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I am a multidisciplinary science lover and eager to learn newer skills all the time. Now a days, I mostly work in developing and applying bioinformatics tools to explore quantitative genetics problem of linking genotypes and phenotypes (e.g., Genomic Predictions and Genome-wide Association Analysis) using both statistical genetics and machine learning / deep learning. For this, I am interested in improving methodologies by incorporating prior biological knowledge. Additionally, I am eager to develop innovative solutions for precise crop breeding and management by utilizing high-throughput phenotyping through drones and integration of IoTs. Earlier, I worked on evolutionary bioinformatics of cotton genomics during my Norman E. Borlaug Fellowship in 2015 at Mississippi State University, Mississippi, USA. Moreover, I worked on Cotton Leaf Curl Virus (CLCuV) diversity project, funded by USDA / ICARDA at NIBGE.

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Dr. Shahzad Akbar Khan, Dean Faculty of Veterinary and Animal Scieces, University of Poonch Rawalakot was born on 01st November, 1978, in Muzaffarabad. He got his primary education from the village school and secondary education from Government High School Katkair, Muzaffarabad. He always got distinctions in school education. He preferred Veterinary Education over all other fields and got admission in Sindh Agriculture University Tandojam for DVM degree program in 2000. He passed DVM degree with first class first position (Distinction) in 2004. Soon, he was appointed as a Lecturer in the university. He did his Masters in Veterinary Microbiology from the same university with first class first position in 2007. He joined University of Azad Jammu & Kasmir Muzaffarabad in 2007 as a lecturer.He got Scholarship from TWAS-CNPq for Ph.D studies in 2013 in Brazil and completed Ph.D from state University of Londrina Brazil with in two years in 2015. He has received Best University Teacher Award from University of Azad KJammu & Kashmir in the year-2009. In 2017 he promoted to Assistant Professor in Pathology at University of Poonch Rawalakot. He got PhD in Pathology. In 2021 he promoted to Associated Professor Pathology at University of Poonch Rawalakot. He has completed his two Post-Docs from University of Chinese Academy of Sciences-China in the year 2020 and 2024 respectively and got distinguished achievement award from president of Chinese Academy of Sciences-China. He has published 80 research papers with a cumulative impact factor of (201). He patented four patents at NIH-USA for BCG vaccine Development in adults in 2020. His specialization has remained in the field of tuberculosis vaccines development. Due to his excellent academic and research performances, he has been awarded by the President of Islamic Republic of Pakistan with the awards of Pride of performance (Izaz-i-Sabqat), Presidential Gold Medal, and by the Governor Sindh with Chancellor’s Gold Medal. He has won many grants for research i.e; from National Natural Sciences Foundation of China, Brazilian Council for scientific and Technological Development, Pakistan Science Foundation, Health Security Partners, USA and Directorate of Advanced Studies and Research, UAJK Muzaffarabad. He served in various capacities in University of Poonch Rawalakot as a Chairman/HoD of the Department of Pathobiology twice, Director ORIC, University of Poonch Rawalakot twice from 2018-2023. He has won travel grants from many countries and presented his research in 8 different countries of the world. He has won best presenter’s award in a multidisciplinary Science Conference from Sri-Lanka & Egypt. Dr. Shahzad is a a member of Pakistan Veterinary Medical Council, Life member of World Poultry Science Association, Life member of Pakistan Biological Safety Association, member of American Association for Science & Technology, member of Amrican Society for Microbiology, Life member of Pakistan Society for Microbiology He has also got experience of more than 21 years. In service experience with 18 years academic/ teaching experience in University of Azad Jammu & Kashmir Muzaffarabad, University of Poonch Rawalakot, Gomal University Dera Ismail Khan, University of Chinese Academy of Sciences-China and 02 years experience in private sector and NGO,s.He is a Review Member of Pakistan Science Foundation Islamabad, Pakistan Agriculture Research Council, Punjab Agriculture Research Board and Higher Education Commission of Pakistan.

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I have been employed as a Lecturer/Analytical Chemist at the Centralized Resource Laboratory, University of Peshawar, Pakistan since February 12, 2009. During my tenure, I have gained extensive practical experience and theoretical knowledge in the operation and maintenance of various high-tech sophisticated laboratory equipment. My expertise with these instruments has enabled me to carry out various research projects and provide analytical services to researchers, postgraduate students, and industry clients. I can operate and interpret the data obtained from the listed instruments above. I have participiated in various national and international workshops, training sessions, conferences etc. The deatil is give below; 1) First one-week introductory workshop on CRL equipment, CRL, University of Peshawar, Pakistan, 15-20 June 2009 (Resource person). 2) 1st Training Course on “Application of Stable & Radioactive Isotopes in Food, Agriculture and Medicine, Nuclear Institute for Food & Agriculture (NIFA) Tarnab, Peshawar, Pakistan, October 5-9, 2009 (Participant). 3) Training Course of Analytical Equipment (HPLC, AAS, GC) by Analytical Measuring System (AMS) Pvt.Ltd (Perkin Elmer), February 8-12, 2010 (Participant). 4) Training Course of Analytical Equipment (DSC, TG/DTA, DMA) by Analytical Measuring System (AMS) Pvt.Ltd (Perkin Elmer), February 15-19, 2010 (Participated as Participant). 5) A two- day work shop on Vacuum and Thin Film Technology, National Centre for physics Quaid-e- Azam university Islamabad, Pakistan, 29-30 July 2010 (Participant). 6) 11th International & 23rd National Chemistry Conference, National Centre of Excellence In physical chemistry University of Peshawar, Pakistan, 15-17 October 2012 (Participant). 7) 4th Spring Research Poster Exhibition, Institute of Chemical Sciences, University of Peshawar, Pakistan, April 11, 2013 (Presenter). 8) 3 Days Indigenous On-Campus Training (IOT) on “Leaderships in Higher Education Institutes” Centre for Human Resource and Career Development, University of Peshawar, Pakistan, 31st August to 2nd September, 2016 (Participant). 9) Patent Drafting and Filing of Patent Application, Training and Development Centre, Islamia College, Peshawar, Pakistan in Collaboration with Intellectual Property Organization of Pakistan, May 16, 2017 (Participant). 10) 1st International Conference on Emerging Trends in Material Sciences, Center for Material Science, Islamia College Peshawar, Pakistan, 27th February to 1st March, 2018, (Presenter). 11) Exhibited research facilities of CRL in the 26th Annual Technical Symposium & Exhibition of Oil and Gas industry of Pakistan, 19-20th November 2019 at Serena Hotel, Islamabad. 12) Joined three days training course on Operation, Maintenance & Calibration of Waters LC product, Alliance e2695 Separation Module, 2489 UV, Fraction Collector III, and Empower 3 software Under Kamstec Engineers at CRL from 26-29 April 2021. 13) Acted as an Organizer and Resource person in “one-week training workshop on CRL equipment” held from July 05th-9th, 2021, at Centralized Resource Laboratory, University of Peshawar. 14) Joined five days of training on “Sample preparation, analysis, and data interpretation techniques specific for petroleum biomarkers” at Hydrocarbon Development Institute of Pakistan (HDIP) Islamabad from October 30 to November 3, 2023.

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Rotary ,UV Studies,antimicrobial,cytotoic and phytotoxic studies of medicinal plant extracts

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I am a microbiologist with extensive experience in vaccine and antivenom production, currently serving as a Senior Scientific Officer and faculty member at the National Institute of Health (NIH), Islamabad. My professional focus includes biomanufacturing, venom proteomics, and molecular diagnostics, with strong hands-on expertise in managing, maintaining, and training on specialized equipment used in industrial, scientific, and medical laboratories. I have in-depth experience in operating and troubleshooting a broad range of equipment including high-performance liquid chromatography systems, mass spectrometry platforms, SDS-PAGE and Western blotting systems, ELISA readers, spectrophotometers, centrifuges, biosafety cabinets, incubators, anaerobic workstations, cold chain units, and clean room-grade processing equipment. I am proficient in the use of tangential flow filtration systems, lyophilizers, bioreactors, fermenters, and sterile filtration assemblies. In the domain of vaccine fill-finish operations, I have worked with vial washing, filling, capping, labeling, and sealing machines as part of GMP-compliant production environments. I played a leading role in Pakistan’s COVID-19 vaccine production efforts, where I supervised equipment installation, process optimization, and validation of fill-finish lines, contributing to the production of over 20 million doses. I have also led initiatives in the development of Pakistan’s first region-specific antivenom for Sindh Krait, establishing workflows from venom collection and plasma immunization to downstream processing and final product formulation. My responsibilities include drafting and implementing standard operating procedures (SOPs), developing equipment maintenance logs, and conducting root cause analysis for system failures. I have conducted training sessions and developed instructional materials for technical staff and postgraduate students, with an emphasis on quality assurance and compliance. I am a certified Lead Auditor for ISO 9001 and ISO/IEC 17025, with strong command over quality management systems, laboratory accreditation requirements, and internal audit procedures. I have completed multiple specialized courses from the NIBRT Online Academy through the World Health Organization (WHO), covering key areas such as vaccine production, cleanroom operations, aseptic processing, molecular biology, and quality control in biomanufacturing. My dual role in scientific research and technical training has enabled me to contribute meaningfully to national health programs, infrastructure development, and local capacity building in the biological sciences and public health manufacturing sectors.

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I am a pharmaceutical chemist with over a decade of professional experience in drug development, HCV, Cancer, microbial infectious Diseases research, and pharmaceutical production and management. My core expertise includes installation, maintenance, troubleshooting, and technical training on a wide range of scientific, medical, and industrial equipment, with full compliance with GMP and GLP standards. I have hands-on experience operating and maintaining Real-Time PCR systems (Applied Biosystems, Bio-Rad CFX series) for HCV RNA quantification and gene expression analysis. My molecular biology skillset includes molecular cloning, ELISA assays, thermal cyclers, gel electrophoresis, and nucleic acid quantification. I routinely work with UV-Vis spectrophotometers (Shimadzu UV-1800), FTIR systems (FTIR-8400S), and inverted and fluorescence microscopes (Olympus, Leica) for routine drug screening and cytotoxicity testing. In my role as a Production Manager in the pharmaceutical industry, I manage and troubleshoot high-speed rotary tablet compression machines (Fette, Cadmach), automatic capsule fillers (Bosch GKF series), fluid bed dryers and coaters (Glatt, GEA), rapid mixer granulators, and autoclaves (Tuttnauer, Fedegari). I ensure optimal functionality and regulatory compliance through regular preventive maintenance, equipment calibration, and cleanroom monitoring. To support my technical and regulatory expertise, I have obtained certifications from: Fogarty International Centre, USA – focused on advanced biosafety methods in biomedical research and global regulations. ICGEB (International Centre for Genetic Engineering and Biotechnology) – training in molecular NGS, diagnostics and virology. COMSATS University – capacity-building workshops in applied biotechnology, gene expression, and molecular assay development. With a combined background in academic research and industrial production, I bridge R&D and commercial-scale pharmaceutical manufacturing. I am committed to maintaining equipment performance, ensuring regulatory compliance, and mentoring multidisciplinary teams to support innovation, safety, and product quality.

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Dr. Atif Liaqat is working on natural antimicrobials extracted from different sources for their use in food as natural preservatives (Bio preservation). Currently, his research group is working on several natural antimicrobials for their use in antimicrobial packaging, films, nanoparticles and coatings.

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Dr. Gulistan Raja is currently working as Dean Faculty of Electronics and Electrical Engineering, UET Taxila. He received his B.Sc. Electrical Engineering Degree from University of Engineering and Technology, Taxila in 1996. He worked as Research Associate at Department of Electrical Engineering, UET Taxila from June 1997 to March 1999. In April 1999, upon availing scholarship by Government of Japan, he completed Masters in Information Systems Engineering from Osaka University, Osaka, Japan from April 2000 to March 2002. During that, he has also worked in Synthesis Corporation, Osaka Japan. He was appointed Assistant Professor in Electrical Engineering Department, UET Taxila in May 2003. He completed his PhD in Electrical Engineering from UET Taxila in 2008. He received Best University Teacher award for year 2010 by Higher Education Commission, Islamabad. He became Associate Professor in April 2012 and then Professor of Electrical Engineering at UET Taxila in December 2012. He has authored/co-authored more than 100 research publications in reputed international journals, and refereed conferences. Moreover, he has also supervised 4 PhDs and more than 65 M.Sc. Electrical Engineering Thesis at UET Taxila. He was Chairman, Electronics Engg. Dept., UET Taxila from Mar. 2015 to Apr. 2018, Founding Chairman of Biomedical Engg. Dept., UET Taxila from Oct. 2017 to Apr. 2018, Counselor of IEEE student branch UET Taxila from December 2009 to Nov. 2022 and Associate Editor, IEEE Access Journal from Aug. 2019 to Sep. 2022 . He is a senior member of IEEE and has been member of technical program committees in many IEEE international conferences and reviewer in international journals. He is currently working as Professor of Electrical Engineering at UET Taxila and Director of Research at UET Taxila. He is Vice Chair, IEEE Islamabad Section since Feb. 2023, Academic Editor PLOS-ONE Journal since Aug. 2020 and Associate Editor IET Journal of Engineering from Dec. 2020. He has also been actively involved in capacity building of engineering faculty on outcome based system of education and accreditation. His research interests include signal and image processing, medical image analysis, computer networks. VLSI architecture of image processing systems, outcome based system of education and accreditation.

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Dr. Muhammad Akmal is a Fish Pathologist and Aquaculture Specialist with over a decade of hands-on experience in operating, maintaining, troubleshooting, and training others in the use of advanced scientific and aquaculture equipment. Currently serving as a Lecturer at the University of Veterinary and Animal Sciences (UVAS), Pakistan, Dr. Akmal specializes in fish disease diagnostics, antimicrobial resistance, bacteriophage therapy, and microbial genomics, supported by international training in South Korea and Japan. His laboratory expertise includes the maintenance and operation of molecular diagnostics platforms such as PCR thermal cyclers, gel electrophoresis systems, UV documentation systems, spectrophotometers, and fluorometers. He is proficient in setting up and troubleshooting these systems for DNA/RNA quantification, electrophoretic profiling, and nucleic acid amplification. His technical acumen extends to teaching students and research staff through workshops and laboratory courses on molecular diagnostics and microbial techniques. In the domain of aquaculture research, Dr. Akmal manages small-scale recirculating aquaculture systems to conduct experimental infection trials with fish pathogens and evaluate therapeutic strategies such as phage therapy. He oversees the setup, water quality calibration, and sensor integration using advanced multi-parameter meters, ensuring precise monitoring of dissolved oxygen, pH, salinity, ammonia, and temperature under biosecure conditions. His ability to calibrate and troubleshoot these instruments has been critical during research trials involving pathogenic strains such as Aeromonas hydrophila and Lactococcus garvieae. Dr. Akmal has led training sessions on bacteriophage isolation, propagation, and purification using double-layer agar methods, precipitation techniques, and ultracentrifugation. His practical knowledge in virology includes plaque assays, spot tests, and ELISA-based immunodiagnostics. He has conducted and facilitated multiple training workshops on Enzyme-Linked Immunosorbent Assay (ELISA), sharing standard operating procedures and technical documentation tailored for postgraduate students and early-career researchers. In addition to his research and laboratory work, Dr. Akmal has made significant contributions to the aquaculture sector in Pakistan through the development of technical protocols, national training programs, and fish farming manuals used in undergraduate and professional training courses. He has also conducted specialized workshops on Next-Generation Sequencing (NGS), focusing on genome assembly and comparative analysis of bacterial and viral pathogens relevant to aquatic animal health. His materials support both academic instruction and field application, bridging the gap between science and sustainable aquaculture practice. His professional experience is further reinforced by international exposure—earning the MEXT Scholarship (Japan) and KOICA Fellowship (South Korea)—and involvement in World Bank research reports and scientific presentations in Japan, Korea, and Pakistan. With strong command over lab instrumentation, data interpretation, and equipment-based training, Dr. Akmal plays a key role in enhancing capacity in aquatic animal health diagnostics, biosafety, and applied aquaculture innovation.

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I am a dedicated academic and technical specialist in food and nutrition sciences with extensive hands on experience in operating, maintaining, troubleshooting and training others on a broad range of advanced analytical and processing equipment commonly used in scientific, industrial and medical domains. Over the years, I have developed deep expertise in both the theoretical and operational aspects of high end laboratory instruments, integrating their applications into research, teaching and institutional capacity building. My technical portfolio includes proficient use and oversight of equipment such as Atomic Absorption Spectroscopy (AAS), High-Performance Liquid Chromatography (HPLC), Gas Chromatography-Mass Spectrometry (GC-MS), Fourier-Transform Infrared Spectroscopy (FTIR), Supercritical Fluid Extractors, Freeze Dryers (Lyophilizers), Zetasizers, Flame Photometers, Spectrophotometers (UV-VIS-NIR), Kjeldahl and Soxhlet Units, FiberTech Systems and dairy and proximate analysis setups. I have successfully managed the installation and commissioning of complex instrumentation, ensuring proper calibration, safety compliance, and operational readiness. This includes liaising with vendors, interpreting technical manuals, developing standard operating procedures (SOPs), and conducting preventive and corrective maintenance. My diagnostic skills are rooted in a sound understanding of instrumental principles and are frequently applied to troubleshoot issues such as pressure faults in chromatography systems, drift in spectrophotometric readings, or sample preparation inconsistencies in AAS. In addition to technical operations, I have played a central role in training programs aimed at capacity building for students, researchers, and laboratory staff. I design and deliver hands-on training modules, prepare user manuals, and supervise experimental runs to ensure users not only operate equipment correctly but also interpret data accurately. These trainings often include both foundational instrument theory and practical applications in food analysis, clinical nutrition assessments, and food quality assurance. One of my key initiatives involved the integration of advanced instrumental methods into undergraduate and graduate curriculum, particularly focusing on chromatographic and spectrometric techniques. I have also mentored junior researchers and supervised laboratory teams working on projects involving nanoparticle synthesis using zeta sizer and FTIR, protein and lipid profiling via GC-MS, and mineral quantification through AAS. Beyond the lab, my work bridges academic research with industry and regulatory stakeholders, ensuring instrumentation is not only used for academic inquiry but also aligned with food safety standards, halal food authentication, and public health policies. I have been actively involved in multi-sector collaborations to strengthen quality assurance systems and develop evidence-based nutrition programs. Throughout my career, I have contributed to institutional growth through academic leadership, peer-reviewed publications, and the development of interdisciplinary technical manuals and laboratory protocols. My work remains driven by the mission to uphold excellence in scientific training, operational efficiency, and innovation in food and nutrition research.

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Dr. Muhammad Shahid is a molecular virologist with over 19 years of experience in research and diagnostics, and six years of academic teaching. He currently serves as Assistant Professor at the Centre of Excellence in Molecular Biology (CEMB), University of the Punjab, under the mentorship of Prof. Dr. Muhammad Idrees. His research explores host-virus interactions, gene expression regulation, and the roles of non-coding RNAs (lncRNA, circRNA, miRNA, piRNA) and competing endogenous RNA (ceRNA) networks in HCV, HIV, and liver cancer. He focuses on identifying biomarkers for disease progression and treatment outcomes. Dr. Shahid has contributed significantly to public health through commercial diagnostic services for Hepatitis B and C (Real-Time PCR and Genotypes) and other viral outbreak responses, including his role in the Prime Minister’s Program for Hepatitis HCV/HBV Control in 2006. At CEMB, Molecular Virology Research Group, he works in areas: commercial diagnostics for HCV/HBV (including genotyping), outbreak investigation (Dengue, TB, SARS-CoV-2), assay and kit development, and fundamental research on viral pathogenesis and antiviral resistance. Dr. Shahid earned his PhD in Molecular Biology from CEMB and completed part of his research at Erasmus MC, Netherlands, through the HEC IRSIP Fellowship. He has received multiple research and performance awards from the University of the Punjab and supervises MPhil and PhD scholars. He teaches Molecular Virology and hands-on training in molecular biology techniques. As Principal Investigator of an NIH-funded project on HIV transcriptomics, he has also submitted competitive grants to HEC, WHO, and PSF. His research has been presented internationally, including at the Viral Hepatitis Congress in Germany. He is working to expand diagnostic services and build collaborative virology networks. His long-term goal is to integrate virology, transcriptomics, and bioinformatics to support personalized medicine.

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Expert in Controlled Environment Agriculture (CEA) with over 7 years of progressive experience in designing and managing mushroom farms, hydroponic systems, and plant tissue culture labs. Currently overseeing full-cycle operations including structure and layout design, crop planning, environmental control, and value addition at Qarshi Industries Pvt. Ltd. Specialized in spawn production, microbial contamination control, and ISO/GMP-compliant lab setup. Adept at transforming traditional farming into high-efficiency, sustainable controlled systems tailored to local and international standards.

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Prof. Ir. Dr. Ahmad Sabirin Zoolfakar earned his Bachelor of Engineering in Electrical from Universiti Malaya and his MSc degree in Microelectronic Systems and Telecommunications from The University of Liverpool in 2001 and 2002, respectively. Subsequently, he pursues advanced studies in nanotechnology and earned his Ph.D. from the Royal Melbourne Institute of Technology (RMIT University) in 2014. In the electronics and semiconductors industry, he has nearly six years of experience. In 2001, he became a junior researcher at MIMOS Berhad. Next, in 2006, he was promoted to the position of senior researcher. Presently, he serves as a lecturer at the Faculty of Electrical Engineering, Universiti Teknologi MARA (UiTM), commencing in 2007. He was invited to share his expertise through research, workshops, consultancies, and conferences both locally and internationally, and has extensive experience in nanotechnology, particularly in the field of transition metal oxides for sensor devices. At present, he has authored nearly 150 manuscripts in high-impact factor journals and over 82 manuscripts in conference proceedings (H index: 25, citation: 2978). He was chief editor of the Journal of Electrical and Electronic System Research (JEESR). His research career has been celebrated with numerous accolades, including the RMIT University Doctoral Research Excellence Prize. He was the chair of the Institute of Electrical and Electronic Engineers Electronic Device Society (IEEE EDS) Malaysia Chapter and used to be an IEEE Executive Member of the IEEE Malaysia Section under the Student Activities portfolio in 2009. Additionally, he is involved in professional societies. Ahmad Sabirin held the position of IEEE UiTM student Branch Counsellor for three years, from 2008 to 2010. He is also a Professional Engineer of the Board of Engineers Malaysia and a companion member of The Institution of Engineers Malaysia. He is also actively engaged in the dissemination of STEM education related to EDS among Malaysian students in primary and secondary schools, as well as in pre-university level. His STEM programs, "Bridging STEM Inequalities Amongst the Under-represented Children Communities in Malaysia" and "STEAM-Based Education for Special Needs Children," are currently being implemented in collaboration with the Ministry of Education Malaysia and Universiti Teknologi MARA. He is the recipient of the IEEE EDS Humanitarian Fund, which is valued at USD60,000.

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Ahmad Taufek Abdul Rahman (ATAR) is a Physics Professor in the Faculty of Applied Science, Universiti Teknologi MARA (UiTM), Shah Alam, with several years of teaching experience at the university level, starting in 1999. His primary research interests lie in the fields of nuclear radiation and medical physics, specifically in the areas of radiation detectors and dosimetry. He is also involved in environmental radioactivity studies across the nation. His current interest is (1) Investigate new potential radiation-sensitive material for TLD and OSL applications; (2) Development of in-house Optical CT Imaging system for 3D dosimetry application in three-dimensional radiation therapy dosimetry; and (3) In the health physics area, he has involved in environmental terrestrial gamma radiation dose rate evaluation and naturally occurring radionuclide material study (NORM) including forecasting and modelling of NORM and TGRD distribution across the country. Medical Radiation Physics: • Radiation Dosimetry • Radiation Measurement & Detection • Optical CT Imaging Health Physics: • Naturally Occurring Radionuclide Material • Radiation Effect & Population Dose • Radiation Protection & Safety Within the area of interest, he has written several articles and books, and has also supervised and graduated several postgraduate students. His publication received citations. He has been invited to give talks on his field of interest, as well as on research management and monitoring.

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Low Speed Wind Tunnel - operation (experiment) and calibration FDM 3D Printers - installation, operation, repair, modification

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With over 20 years of professional experience in plant biotechnology, genome editing, and plant transformation, I have developed deep expertise in the operation, maintenance, troubleshooting, and training associated with a wide array of specialized scientific equipment used in molecular biology, tissue culture, and genome editing laboratories. My career has involved both academic and applied industrial research environments, where I have led the setup, calibration, and optimization of advanced biotechnological instruments. I have extensive hands-on experience with gene editing platforms including CRISPR-Cas delivery systems, Agrobacterium-mediated transformation units, and particle bombardment systems such as the Bio-Rad PDS-1000/He. I have routinely installed and maintained Bio-Rad Gene Pulser Xcell™ electroporation systems for DNA delivery into plant cells, and I am skilled in adapting these tools for species-specific transformation protocols. My molecular biology experience spans a wide range of platforms, including qPCR systems (Applied Biosystems QuantStudio™, Bio-Rad CFX96), gel documentation systems (Gel Doc XR+, ChemiDoc MP), and fluorometers (Qubit™, NanoDrop™, and Promega GloMax®). I have been responsible for the long-term operation, validation, and user training on these systems, ensuring research accuracy and equipment longevity. I have led the setup of plant tissue culture laboratories, including installation and calibration of laminar flow hoods (Esco, Thermo), growth chambers (Conviron, Percival), autoclaves, pH meters, and orbital shakers. As a principal investigator, I have also ensured GLP compliance and equipment SOP documentation. In metabolite and protein analysis, I have routinely used HPLC systems (Agilent 1260 Infinity, Shimadzu LC-20 series) and ELISA plate readers (Tecan Infinite® series), and I have trained graduate students and junior researchers in their operation, troubleshooting, and maintenance. I’ve also developed in-house manuals for common troubleshooting and calibration procedures for these instruments. A key component of my role has been capacity building—I have organized multiple hands-on training workshops for young scientists and lab technicians across institutions. I have developed technical manuals and SOPs for equipment operation, safety protocols, and maintenance logs, especially for high-throughput PCR and transformation setups. I am also regularly involved in equipment procurement decisions, specification reviews, and vendor negotiations, ensuring alignment with research needs and budgets. Though not required in all academic contexts, I have attended several certified short courses in molecular diagnostics instrumentation, lab equipment calibration, and biosafety practices, further strengthening my technical and operational competency. Overall, my experience bridges technical mastery and leadership, ensuring not just effective equipment use but also knowledge transfer and sustainable lab operations in the scientific domain.

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I am an expert in Computational Materials Science as well as Quantum Optics, with a strong academic and practical background in both disciplines. My expertise lies in understanding the electronic, structural, and optical properties of materials using advanced computational techniques, along with the theoretical and numerical analysis of light–matter interaction at the quantum level. In the domain of Computational Materials Science, I have developed significant proficiency in using various first-principles simulation tools, particularly WIEN2k, which is based on Density Functional Theory (DFT). My experience includes modeling materials at the atomic level to investigate their thermodynamic, electronic, and magnetic behaviors. I am skilled in performing band structure calculations, density of states analysis, and evaluating optical spectra, which are crucial for understanding the potential applications of novel materials in electronic and optoelectronic devices. I have hands-on training in several computational software packages used for materials modeling and quantum simulations. These include WIEN2k, Quantum ESPRESSO, among others. Alongside my computational skills, I am highly proficient in technical and scientific writing. I have extensive experience using LaTeX, the standard typesetting system for scientific documents. LaTeX allows me to prepare professional-quality manuscripts, reports, and presentations that adhere to academic and publication standards. Whether drafting research papers, project proposals, or theses, I ensure that the content is well-structured, technically accurate, and properly formatted. My background in Quantum Optics complements my expertise in materials science, allowing me to investigate how quantum phenomena such as coherence, entanglement, and photon-matter interactions can be used in the design of advanced photonic materials and quantum devices. I have studied the quantum behavior of light and its interaction with various materials, which plays a crucial role in the development of technologies like quantum communication, sensors, and lasers. Throughout my academic and research career, I have participated in workshops, training sessions, and collaborative projects that have enhanced my theoretical foundation and practical capabilities. I stay updated with recent advancements in the field through continuous learning, literature reviews, and interaction with the scientific community.

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Jasni Mohamad Zain received her Bachelor degree in Computer Science from University of Liverpool, England, UK in 1989; and PhD from Brunel University, West London, UK in 2005. She starts her career as a tutor in 1997 at University of Technology Malaysia (UTM). She currently holds the post as Director of Institute for Big Data Analytics and Artificial Intelligence (IBDAAI), UiTM Shah Alam, Malaysia. She was the Deputy Director (Cybertechnology) Research Nexus UiTM and the Head of Advanced Analytics and Engineering Centre (AAEC). She was the Dean of Faculty of Computer Systems & Software Engineering, University Malaysia Pahang for 8 years. She has been actively presenting papers and keynote address in national and international conferences. Her research interests include Data Mining, digital watermarking, image processing and network security. She has graduated 17 PhDs and 6 Masters by research under her supervision and published more than 100 refereed articles. She has a patent file for digital watermarking (PI 2008047).

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Syed Khurram Abbas has studied his advanced post graduate research studies in the discipline of Government & Public Policy at NDU- National Defence University, Islamabad. He has overall 09+ years of experience in diverse fields comprising renewable energy, higher, secondary and medical education. Mr. Khurram has been previously engaged in one of the pioneering wind energy projects of Pakistan with 02 years of teaching experience at Air University, Islamabad and University of Gujrat. His major areas of research include education policy and curriculum differences within private sector educational institutions in Pakistan. He has also worked previously with Punjab Higher Education Commission, Lahore and Private Educational Institutions Regulatory Authority, Islamabad. Currently, Mr. Khurram is working has Deputy Registrar at the University of Health Sciences, Lahore. He has hands-on experience in Accreditation, Quality Assurance, Policy-Development, Regulatory Compliance, SDGs in Education and Organizational Development related assignments. I have completed advanced post graduate research studies in the discipline of Government & Public Policy at NDU- National Defense University, Islamabad. I have overall 08+ years of experience in diverse fields comprising renewable energy, higher, secondary and medical education. I have previously with Punjab Higher Education Commission, Lahore and Private Educational Institutions Regulatory Authority, Islamabad. Currently, I am working as Deputy Registrar at the University of Health Sciences, Lahore. My major areas of research include education policy and regulatory compliance. I have hands-on experience in Accreditation, Quality Assurance, Policy-Development and Organizational Development related assignments.

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Dr. Shah Fahad has done his bachelor’s degree in Zoology from University of Peshawar and earned his master’s degree (with thesis on epidemiology of dengue Infection) in Zoology from University of Malakand, Dir (lower). He completed his M.Phil degree (with thesis on molecular & serotyping analysis of dengue vector Aedes aegypti) in Zoology from Government College University Faisalabad, Punjab. After completing M.Phil, Immediately he qualified the test and interview for his Ph.D admission in Pakistan top ranked university, Quaid-i-Azam university Islamabad, Pakistan. Fahad’s area of specialization is “Biological control and management of different disease vectors in Pakistan”. I have also done my Master of Public Health in 2025 from Health Services Academy, Prime Minister’s National Health Complex, Park Road, Chak Shahzad, Islamabad. He has begun his professional career from lectureship in Malalay Medical university Kandahar, Afghanistan. Dr. Fahad worked with the Health Department, Government of Khyber Pakhtunkhwa under Integrated Vector Control (IVC)/Malaria Control Program (MCP), as Medical Entomologist of district Mansehra for 2 years. Dr. Fahad was selected to attend “VI ICGEB workshop on Human RNA viruses in Fudan university Shanghai, China” October 26-28, 2018 and were awarded for travel grant certificate. Mr. Fahad enjoys a very strong research outlook and has published many research articles in well reputed national and international journals. He has been chosen multiple times by different universities and research centers for “scientific talks” and invited for conferences & workshops as speaker. I have worked as visiting faculty (coordinator) of Medical Entomology & Disease Vector Control (MEDVC) and Manager Office of Research, Innovation and Commercialization (ORIC) in Health Services Academy, Prime Minister’s National Health Complex, Park Road, Chak Shahzad, Islamabad from 2021 to 2025. Dr. Fahad is of now working as vector biologist in the Integrated Disease Surveillance & Response (IDSRS), National Institute of Health (NIH) Islamabad.

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PERSONAL STATEMENT A highly experienced professional with over 24 years of experience of academia and research and 10 years’ experience of industry. A productive researcher with completed international and national projects funded by EU, USAID, NSF, HEC, IDB, PSF, NCSF, Tubitak, defense sector and industry with contributions to Defense, Health, Water, Energy, Petrochemical, Climate Change, Water sectors and National Industrial needs with reasonable socio-economic impact. A widely published author with Impact Factor above 300. Having worked in administrative roles as Head, Chair, Dean, Director research and Director Campus. Effectively worked for internationalization and have signed MoUs with international universities of China, UK, US, Italy, Ukarine, Kazakhstan and others for joint research and exchanges and Campus development for new infrastructure and have visited many institutions as visiting professor, expert or collaborator around the globe. Developed and implemented several undergraduate and graduate curriculum and programs and established new engineering and non-engineering departments of international repute. Widely recognized for services and contributions in the field of Mechanical Engineering and awarded the Civil Award Tamgha-i-Imtiaz, Pakistan Engineering Excellence Award – 2023 by Pakistan Engineering Council (for Lifetime Achievement for Distinguished National Service), Pakistan Academy of Sciences Gold Medal Award, HEC Outstanding Research Award, HEC Best University Teacher Award, MOSS Prize from IMechE UK, Special Contribution Award from HEU, honorarium, merit certificates, cash awards and others.

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Dr Mehboob-ur-Rahman has been experienced in understanding crop genomes, utilization of DNA markers for crop improvement, etc. Dr Rahman completed mega projects with the international collaborators (funded by USDA, NSF China, IAEA FAO, etc.)—explored cotton and wheat genetics and genomics for developing resilient crop varieties. Dr Rahman as a partner with Chinese collaborator re-sequenced 423 cotton varieties/lines developed in Pakistan and China. The information generated was published in various journals (two papers in Nature & one in Nature Genetics), and the total number of publications is exceeding 130 (including 27 chapters). He also edited two books on cotton. His total Impact Factor is ~338 with more than 9280 (google citation) & ~5200 (Web of science/Scopus). Using the genomic information, he developed 17 approved cotton and wheat varieties as Principal Breeder. The cotton variety, IR-NIBGE-3701 produced 49% more yield than control in national trials (2848 kg ha-1 versus 1901 kg/ha-1 for control). This variety covered ~30% of the total cotton area, and remained popular in Punjab till 2020. This variety is under cultivation in Sindh province. The second cotton variety, IR-NIBGE-1524, produced 2668 kg ha-1 versus 1901 kg ha-1 of control, has been under cultivation in Sindh over the last two decades. Third cotton variety, IR-FH-901 got popularity (covered up to 30% of the total area) in Sindh, and still is under cultivation. After the introduction of Bt-cotton, yield in Sindh was increased from 2.1 to ~4.00 million bales. Similarly, IR-NIBGE-11, cotton variety developed through introducing wild alleles from untapped genetic resource, outyielded the whole national trial by producing 3150 kg ha-1, approved for cultivation in 2021. Efforts for developing this variety was appreciated by the funding agency (USDA) by bestowing a letter of appreciation, and was showcased in the final meeting of C-PEP in 2021. He also developed wheat variety NN-Gandum-1 which remained under cultivation for five years in Punjab. Total benefit (at farm gate value) due to cultivation of NIBGE cotton varieties till 2023 was 9.893 million bales. Total advantage was 3960 million US$ or $3.9 billion. Dr Rahman also served as “Expert” by the FAO/IAEA Vienna for training scientists for using next-gen techniques for developing improved crop cultivars. He has also been nominated as “Eminent Cotton Scientist” in PCCC, member in Provincial Green Revolution Committee and member of board of directors of PSC. The International and National Agencies including Govt of Pakistan bestowed him with several recognitions including pride of performance-2012, ICAC Researcher of the year-2014, PAS Gold Medal in Agriculture, TWAS (under 40), etc.

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Currently working in National Institute of Health (NIH) Data center Islamabad pakistan. I have been working in Primary & Secondary Healthcare Department Govt. of Punjab Lahore as a Network administrator on contract bases and also working with NU (Fast) university Lahore campus as well as in Eastern Group (Pvt) Ltd. Well familiar with Networks & Systems domain. Hands on the cisco devices as well as Next Generation Firewall Fortinet. VSphere VMware ESXI 8.0 and Venter management, Veeam backup and Replication 12.0. Technical knowledge on Cisco ISE, WSA, ESA, WAF as well as AWS Cloud technology such as Amazon EC2, Amazon S3, Amazon VPC, AWS Lambda, AWS Auto Scaling.

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Dr. Kamal serves in the Institute of Chemistry, Khwaja Fareed University of Engineering & Information Technology Rahim Yar Khan, Pakistan. He is an experienced teacher and researcher of analytical chemistry with around 8 years of experience. He obtained PhD degree from University of Chinese Academy of Sciences Beijing China by availing the prestigious CAS-TWAS President’s Fellowship. After his PhD, he also worked at Government College University Faisalabad Pakistan. Research area of Dr. Kamal is mainly focused on Analytical & Bioanalytical Chemistry covering the fields of food, nutrition and disease/drug metabolomics, food chemistry, environmental chemistry. To date Dr. Kamal has published 53 journal papers with several in high impact factor journals. Dr. Kamal has also published 08 book chapters and participated in several national and international conferences/seminars/trainings. He has also focussed his research on the valorisation of bio wastes into value added products and 03 of such ideas have been filed as patents. Till date Dr. Kamal has supervised 43 MS and 02 PhD Chemistry students. He has completed 02 Start-up Research Grants from Higher Education Commission of Pakistan in the capacity of PI and Co-PI. He also won a big research grant (on-going) from Higher Education Commission of Pakistan as PI.

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 He has lead more than 1,400 training programs and 600 audits, inspections, risk assessments and incident investigations.  Approved trainer of United Nations Organization (UNO) & ZDHC for Climate Action.  Member of Advisory Board to Dept. of Environmental Sciences at University of Lahore  Approved trainer of SGS Pakistan  Approved HABC UK trainer for 17 HSE trainings.  Approved HSE Auditor & Trainer of TUV Rheinland  IOGP auditors have regarded him the worlds’ best and most compliant DDC Trainer.  Registered With The Ministry of Manpower Oman, As Certified Trainer  Approved National Trainer & Consultant of NPO Govt. Of Pakistan.  Certified & Authorized First Aid CPR Trainer From Medic First Aid USA  He is pioneer in launching rescue trainings in the corporate sector of Pakistan.  He is master trainer for many HSE training programs  Conducted more than 600 audits and inspections  Worked at third party consultant for various clients  Expert in HSE Bridging/Interface  Implemented complete ISO 14001 and 45001 at many organizations  Implanted DuPont PSM  Conducted Fleet Management Audits, route security assessments to ensure security of the clients and redesigned secure routes for them  Lead Route Security Assessment, Spill Response Plan, Crisis Management Plans, Waste Management plans, and Emergency Response Plans for various clients  Conducted many times HAZID, risk assessment, JSA/JHA and various other HSE assessments  Conducted emergency response, emergency evacuation and firefighting drills  Introduced Integrated Management System to many clients  Supervised various HSE projects including chemical warehouses and textiles  Lead many investigation projects  Expert in GHG Accounting and offsetting

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I am a seasoned (33 Years) Chemical Engineer and academic leader with a strong commitment to advancing engineering education, research, and industry collaboration in Pakistan. After completing a successful four-year tenure as Vice Chancellor of Mir Chakar Khan Rind University of Technology (MCUT), Dera Ghazi Khan, I have resumed my duties at the University of the Punjab, where I serve as a Professor at the Institute of Chemical Engineering & Technology and Professor at IEEE. Throughout my career, I have held several prestigious academic and administrative roles, including Dean of the Faculty of Engineering & Technology, Director of the Institute of Energy & Environmental Engineering (IEEE), Director ORIC, University of the Punjab, Lahore and Member Elect (2018–21) of the Governing Body of the Pakistan Engineering Council. Currently, I also serve voluntarily as Member Executive Council of Pakistan Institute of Chemical Engineers (PIChE), a national platform dedicated to the professional growth of chemical engineers. I have also been an editor of two research journals, and the founder and chief organizer of the Symposium on Engineering Sciences and the International Conference on Engineering Sciences held at the University. In addition to my academic contributions, I also deliver lectures, professional trainings, and provide consultancy services to the local industry. My efforts have been recognized through awards and scholarships, reflecting my dedication to excellence in research, innovation, and capacity building.

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I am Dr. Muhammad Imran Rafiq, an accomplished Chemical Engineer with over thirteen years of experience spanning industrial research, academic teaching, and cutting-edge technology development in the energy storage sector. My core expertise lies in designing and developing functionalized carbon composite electrodes for hybrid supercapacitors and advanced batteries, as well as working extensively with redox-active electrolytes. Throughout my career, I have maintained, operated, and trained students and technical staff on a wide range of specialized scientific equipment crucial to electrochemical research and industrial battery manufacturing. I have hands-on expertise with advanced electrochemical workstations and potentiostat-galvanostat systems (e.g., Gamry, Bio-Logic) for cyclic voltammetry, galvanostatic charge-discharge, and electrochemical impedance spectroscopy, ensuring routine calibration, troubleshooting, and smooth operation. My role as a Process Engineer and R&D Scientist at National Battery Industries Pvt. Ltd. strengthened my practical skills in process monitoring and optimization of large-scale battery production, where I was responsible for the installation and commissioning of cell cyclers, electrode fabrication lines, and quality control instruments. In my current role as Assistant Professor at COMSATS University, I have established and managed electrochemical labs, ensuring proper functioning of equipment such as BET Surface Area Analyzers, Thermogravimetric Analyzers (TGA), FT-IR Spectrometers, XRD (e.g., PANalytical), SEM (Zeiss Supra 35VP), and TEM (Zeiss T-10C). I actively train graduate and undergraduate students in the safe and effective use of these instruments for nanoscale materials analysis and performance characterization. I also hold certifications in AutoCAD (2D & 3D drafting) and Process Simulation (HYSYS), supporting my capacity to integrate design and process control tools in battery research. Beyond routine operation, I develop standard operating procedures (SOPs) and training modules for safe handling, troubleshooting, and maintenance of lab equipment, ensuring smooth lab operations and knowledge transfer to my students and research teams. Key projects include leading the fabrication of 3D green template-based electrodes, scaling up lab-scale results to industrial feasibility, and publishing high-impact research on novel carbon materials for sustainable energy storage. I have successfully supervised numerous research theses on advanced electrode development and maintain collaborative R&D engagements bridging academia and industry. My experience, practical know-how, and commitment to training the next generation of engineers position me as a versatile professional capable of managing specialized scientific equipment and translating research into impactful industrial solutions.

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As an Associate Professor and Chairman of the Electronic Engineering Department at The Islamia University of Bahawalpur, Pakistan, I bring extensive experience in optical signal processing, physics-based deep learning for fiber-optic communication systems, millimeter-wave and microwave photonics, and short-reach optical links for 5G transport. My research focuses on the integration of Radio over Fiber (RoF) with Hybrid Passive Optical Networks (PONs), and I have contributed to international projects such as the "Real-time ultra-dense WDM-PON (REAL PON)" at Instituto de Telecomunicações, Lisbon, Portugal. I have over 23 years of experience in both academia and the telecommunications industry, with expertise in planning, designing, and rolling out ISP, wireless, and optical networks. I have also served as a principal investigator for several research projects, including the NRPU research project No. 17107, titled "Design of Architecture and Devices for Short Reach Ultra-Dense Wavelength Division Multiplexing Passive Optical Network for 5G and Beyond Wireless Communications."

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Professor Ir. Dr. Mohd Khairuddin Md Arshad obtained his Dip. Eng. and B.Eng. degrees from Universiti Teknologi Malaysia in 1997 and 1999, respectively. He earned an M.Sc. from Universiti Kebangsaan Malaysia in 2005, receiving the Best Thesis Award, and later completed his Ph.D. (Docteur en Sciences de l’Ingénieur) from Université Catholique de Louvain (UCL), Belgium in 2013. He was a recipient of multiple scholarships, including MARA, Hewlett-Packard (HP), and Skim Latihan Akademik IPTA. He is currently a Professor at the Faculty of Electronic Engineering & Technology (FKTEN) and a Research Fellow at the Institute of Nano Electronic Engineering (INEE), Universiti Malaysia Perlis (UniMAP). His previous academic management roles include Director and Dean of the Centre for Graduate Studies and Deputy Director at INEE. He was instrumental in establishing and accrediting UniMAP's diploma programs as the first university-wide Diploma Coordinator. Prior to joining academia, he worked in industry with Hewlett-Packard and Agilent Technologies, contributing to the development of the first optical sensors used in Logitech’s optical mouse, and at ON Semiconductor in flip-chip packaging development. His research focuses on transistor device technology, biosensors, and advanced materials. He has secured over RM2.6 million in research grants, including national grants, NGO funding (MAKNA), and international grants (Royal Society-Newton, PHC-Hibiscus, and China's OBOR program). He led three consultation projects with Infineon Technologies on SOI power MOSFETs (RM152k). He has published 106 Web of Science-indexed papers (45% in Q1 journals), with an accumulated impact factor of 420, and holds an H-index of 36 (Scopus). His research productivity spans his postgraduate years, publishing 3 IF papers (IF = 2.313) during MSc and 9 IF papers (IF = 19.676) during PhD. He has supervised 2 postdocs and 25 postgraduates (12 as main supervisor, including 5 PhDs), and serves as grant evaluator for international (Khalifa University), national (HiCOE, KKP, YUTP), and university-level funding bodies. He also sits on the HiCOE Jawatankuasa Induk (2023–2026). Prof. Khairuddin has held Visiting Professor appointments in China, Indonesia, and Malaysia, including Shandong University, ITS Surabaya, MSU, and Universitas Pramita. He is an External Examiner for programs at MSU and UTeM and has assessed 14 postgraduate theses. As a Professional Engineer (BEM) and Corporate Member of IEM, he has been actively involved in accreditation panels (EAC, ETAC, MQA), evaluating 19 undergraduate and 1 postgraduate programs. He has also contributed as a journal reviewer (Elsevier, IEEE, ACS, RSC), associate editor for IJNEAM (Scopus and WoS-indexed), and book proposal reviewer. He is a Senior Member of IEEE, founding Chair and advisor of the IEEE Malaysia Sensors & Nanotechnology Chapter, and committee member for multiple IEEE conferences and societies. He has delivered four keynotes and eight invited talks at international conferences.

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Dr. Tariq Zaman is a Professor and Head of the Advanced Centre for Sustainable Socio-Economic and Technological Development (ASSET) at the University of Technology Sarawak (UTS), Malaysia, with over two decades of interdisciplinary experience in academic research, project implementation, and community-based technology development. His expertise spans the installation, troubleshooting, and training of specialized ICT and digital inclusion infrastructure, particularly in remote, Indigenous, and underserved regions.

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With over 12 years of extensive experience in the public sector, I have developed a robust professional background in maintaining, troubleshooting, installing, and training others on specialized equipment within industrial and scientific domains, particularly in higher education institutions. Currently serving as Deputy Director IT at The Islamia University of Bahawalpur (IUB), I oversee a wide spectrum of IT infrastructure, ensuring operational reliability and high-performance standards across multiple campuses. My core expertise lies in network and system administration, where I have managed the end-to-end deployment of network infrastructure, including passive and active components. I have hands-on experience with Cisco Catalyst 9500 (core), 9200 (distribution), 2950/2960 (access), Cisco 9800 WLC, and 9100 Series Access Points. These systems were configured to support Biometric Machines, IP Cameras, Access Points, IP Phones, and projectors, ensuring seamless connectivity and security. I have successfully designed and implemented Site-to-Site and Remote Access VPNs (L2TP/IPSec with PSK) to enable secure communication and remote access for administrators. My work also includes configuring Network Policy Servers (NPS/RADIUS) for AD-based authentication, bandwidth distribution via pfSense firewalls, and real-time monitoring using SolarWinds, Zabbix, and PRTG, with customized dashboards and automated alerting for network health. In the data center environment, I have been instrumental in deploying a VMware-based Software Defined Data Center, using vSphere and ESXi (6.5/7.0), with Virtual Distributed Switches configured using LACP for redundancy. I optimized server performance and availability by managing Dell PowerEdge R740xd, T310, and Cisco UCS C220 M4 servers, alongside managing power systems like APC UPS for uninterrupted operations. My responsibilities also extend to system services administration, including Active Directory, DNS, DHCP (with high availability), GPO, RODC setups for remote campuses, and Google G-Suite configuration for institutional email systems. Throughout my career, I have led training initiatives for internal staff and external candidates, particularly under IUB Testing Services (ITS). I’ve conducted sessions on custom exam software installations, system usage protocols, and troubleshooting guidelines. I also managed online examinations. In addition to my technical work, I have authored and maintained technical documentation and user manuals, ensuring repeatable procedures and smooth handovers. I regularly collaborate with vendors for product evaluations, warranty handling, and procurement. I hold CCNA certification from CISCO, HCNP certification from Huawei and CCNP certifications from Cisco, and , which validate my professional competencies in network technologies. My hands-on technical leadership, combined with in-depth experience across IT infrastructure, has been integral to enabling reliable, secure, and scalable IT environments in institutional settings.

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More than 25 years of experience in pharmaceutical manufacturing in various national and multinational pharmaceutical manufacturing firms include Johnson & Johnson ,Searle, Wyeth lederle, Colorcon and national pharmaceutical industry,also PhD in Pharmaceutical sciences from university of Peshawar, carried out improvement in the dosage forms to make it patient compliant especially formulation of orodispersible tablets ,achieved certificates from the Wyeth Global,receieved training in India and Vietnam to get expertise in tablet manufacturing and design software.

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1. Good Clinical Practice (GCP) Oversight He is responsible for managing the review and revision of DRAP’s GCP inspection guidelines, and coordinates public consultations for these important regulatory updates 2. Clinical Trial Approvals & Monitoring As secretary of DRAP’s Clinical Study Committee, he signs off on major clinical trial approvals—such as COVID 19 vaccine trials—and ensures oversight by the National Data Safety Monitoring Committee. 3. Regulatory Framework for Clinical Research He plays a key role in drafting and implementing guidelines related to trial amendments, recalls, rapid alerts, and related safety measures for therapeutic goods • Role: Deputy Director, Clinical Research (also Secretary to the Clinical Study Committee). • Expertise: GCP inspections, clinical-trial approvals & regulatory governance, safety monitoring guidelines, and therapeutic goods regulation.

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Dr. Hamood has a distinguished academic and professional background, with a Doctorate (PhD) in Electrical Engineering from the University of New South Wales (UNSW), Sydney, Australia, and MBA from Karachi Institute of Engineering and Technology (KIET). An accomplished Innovative Strategist, Academic Leader, Researcher, and Higher Education Transformation Expert with over 35+ years of distinguished experience in steering impactful research and innovation (R&I) initiatives. Adept at developing and implementing strategic R&I frameworks, enhancing institutional research capacity, and fostering academia-industry collaboration to drive sustainable growth. Demonstrated expertise in establishing next-generation research centers, R&I strategic frameworks, innovation portals, high-impact performance dashboards, enabling data-driven decision-making and sustainable institutional growth. A trusted advisor in accelerating the commercialization of research and nurturing innovation driven ecosystems. Passionate about aligning curriculum with evolving research trends and mentoring the next generation of scholars and researchers. Adept at managing strategic partnerships to achieve long-term organizational objectives. Proven expertise in business process reengineering, digital transformation, and strategic roadmap design, with a strong focus on aligning research capabilities with national and global priorities. An accomplished academician with 56+ publications, including a book chapter, and a widely respected invited speaker at global academic and policy forums. Known for managing strategic partnerships and enabling business process reengineering through advanced data analytics and digital tools. Committed to fostering a culture of research excellence, innovation and transformational leadership in frontiers of higher education.

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Dr. Mohsin Abbas is a dedicated and accomplished academic and researcher in the field of Occupational and Environmental Health and Safety (OEHS), with a strong commitment to advancing education, research, and professional practice. Currently he is Program Chair, Occupational Health and Safety in the College of Health Sciences, University of Buraimi, Oman. He holds a Ph.D. with specialization in Occupational Hygiene and has developed a diverse portfolio in areas such as Industrial health and safety management systems, occupational epidemiology, health risk assessment, ergonomic exposure evaluations, Sustainability, and the social and psychosocial determinants of health. Dr. Abbas brings extensive expertise in environmental regulations, occupational safety standards, and comprehensive risk management strategies. He is highly experienced in curriculum development, instructional design, and student-centered teaching approaches that bridge academic content with real-world application. His teaching philosophy integrates experiential learning and industry engagement to prepare students for contemporary challenges in environmental sustainability and industrial health and safety. He has led pioneering research on occupational injuries among insured and migrant workers, authoring three national-level studies for Pakistan and Saudi Arabia. He headed an OEHS research group, he has supervised numerous student-led projects and thesis work, including 15 MPhil and 11 undergraduate research projects in the OHS domain. Dr. Abbas has published 22 Scopus-indexed journal articles (total Impact Factor = 56.2), 31 international peer-reviewed conference papers, and 6 book chapters. He has delivered more than 25 professional training sessions across universities, industries, and business chambers. His academic service includes serving on editorial boards for Scopus index journals along with peer-reviewing for several leading journals in environmental health, safety and Sustainability. He has also contributed as an invited speaker, panelist, and session chair at over 30 national and international conferences. His contributions include the establishment of occupational health and safety laboratories at both his previous and current institutions. Dr. Abbas actively participates in professional development through webinars, workshops, and conferences, and serves on various national and international advisory boards and governmental panels as an expert in OEHS. He was nominated for the prestigious Young Investigator’s Award at the 21st Asian Conference on Occupational Health (ACOH 2014) in Japan, recognizing his early-career contributions to occupational health research. With a passion for environmental sustainability and a deep-rooted commitment to advancing health and safety in industrial settings, Dr. Abbas is eager to contribute to interdisciplinary teaching, impactful research, and community engagement as an Assistant Professor in Environmental Sustainability (Industrial Health and Safety).

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I am an Assistant Professor at the Centre of Excellence in Molecular Biology (CEMB), University of the Punjab, with over a decade of hands-on experience in the installation, calibration, operation, troubleshooting, and maintenance of advanced scientific and diagnostic equipment in genomics and molecular diagnostics. My expertise spans the academic research domains, with a particular focus on next-generation sequencing (NGS) platforms, PCR-based systems, and clinical-grade molecular diagnostics. My key experience includes maintaining and troubleshooting Oxford Nanopore Technologies’ MinION sequencing systems, and Sanger-based Applied Biosystems Genetic Analyzer. I have independently installed and optimized the workflows for the Oxford Nanopore sequencing platform at CEMB, including flow cell quality control, library preparation stations, and real-time data acquisition using MinKnow and EPI2ME. In the domain of BRCA1/2 clinical genetic testing, I led the setup and optimization of the NGS workflow, covering DNA extraction, quantification (Qubit 4.0 Fluorometer, NanoDrop One), fragmentation, and library prep kits, followed by sequencing and variant analysis and secondary annotation tools. I have advanced proficiency in PCR-based systems including Real-Time PCR (Bio-Rad CFX96, ABI veriti), Multiplex PCR, and digital PCR systems. I established the multiplex assay development platform at CEMB, currently applied for COPD and NSCLC mutation screening. My role encompasses equipment calibration, reagent validation. Key projects include the design of a nanopore-based diagnostic panel for BRCA1/2, NSCLC and a multiplex assay for COPD-related SNPs. Both projects required deep integration of technical hardware maintenance with software pipelines (e.g., Guppy basecaller, IGV, ANNOVAR). I also serve as the technical lead for SOP drafting and ISO-aligned equipment logbook management. My experience reflects a comprehensive blend of technical rigor, equipment handling, and a commitment to capacity building in the Pakistani biomedical ecosystem through training, mentorship, and sustainable lab infrastructure.

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Dr. Mohd Hanif Mohd Ramli is a seasoned mechanical engineer with over 15 years of specialized experience in designing, installing, maintaining, and training others on advanced equipment across industrial, scientific, and medical domains. Currently serving as Senior Lecturer at Universiti Teknologi MARA and Director of the Sports Artificial Intelligence Center, he combines academic expertise with extensive hands-on industry experience. Core Technical Expertise Dr. Ramli specializes in control systems, IoT integration, and smart monitoring technologies. His hands-on experience includes magnetostrictive actuators, surface electromyography (sEMG) devices, exoskeleton robotics systems, LoRaWAN technology, and PLC-based control architectures. Training and Knowledge Transfer As a certified trainer, Dr. Ramli has conducted numerous professional development programs, including IoT and Hardware Development Training, Arduino and microcontroller workshops, and drone operation certifications. He has delivered training for government agencies (Jabatan Kerja Raya Selangor), vocational colleges, and private sector clients. His training programs cover equipment installation, troubleshooting, and system integration. Technical Advisory Services Dr. Ramli provides technical advisory services for equipment setup and troubleshooting, including 15 lab equipment installations for technical institutions and RFID system implementations for manufacturing companies. He has served as a technical advisor for flood monitoring systems, aquaculture automation, and industrial IoT deployments. Certifications and Qualifications He holds a PhD in Functional Control Systems from Japan, providing advanced theoretical knowledge complementing his practical expertise. Research and Impact With over RM 450,000 in secured research funding, Dr. Ramli has led multiple equipment development projects. His published research in high-impact journals, including IEEE Transactions on Control Systems Technology, demonstrates his ability to bridge theoretical advances with practical equipment applications. Dr. Ramli's unique combination of academic rigor, industry experience, and proven training capabilities makes him exceptionally qualified for roles requiring expertise in specialized equipment maintenance, installation, troubleshooting, and knowledge transfer across technical domains

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Prof. Dr. Sumera Zaib is a leading academic and research scientist in biochemistry, medicinal chemistry, clinical diagnostics, and computational drug development. She is currently a Professor in the Department of Basic and Applied Chemistry at the University of Central Punjab (UCP), Lahore. She earned her MPhil and PhD in Biochemistry from Hazara University, supported by an HEC Indigenous Scholarship and a DAAD Fellowship in Germany. With over 15 years of academic experience, she has contributed significantly to drug design, enzyme inhibition, molecular pharmacology, nanomedicine, and bioinformatics. Her prolific research includes over 200 peer-reviewed articles, nine patents, and multiple national and international research grants. She has supervised more than 15 PhDs and 40 MPhil students, and actively contributes to curriculum development and academic governance at UCP. She serves editorial boards of reputed journals like Molecules and Frontiers in Pharmacology, and frequently reviews for high-impact publishers. She has been an invited speaker and organizer at numerous scientific events worldwide. Her contributions have earned her several accolades, including UCP’s Best Researcher and Innovator Award and PCST’s Research Productivity Awards. She also provides consultancy to pharmaceutical industries and international research institutions. Her work continues to shape scientific progress and higher education in Pakistan. Completed multiple National and International project; ● Harnessing the Untapped Therapeutic Potential of Phthalazine scaffold as Small-molecule Inhibitors of Ectonucleotidases for the Treatment of Diabetic Complications, 2023, Research project qualified from Pakistan Science Foundation amounting 4.65 Million. ● Development of Novel Selective Inhibitors of HIPK3 by In silico Lego-like Approach to Treat Huntington’s Disease, 2023, won the BioSolveIT Scientific Challenge and obtained 5000 Euros. ● The BioSolveIT Scientific Challenge entitled “Serine Protease Enzymes for the Discovery of Novel Inhibitors to Combat COVID-19” amounting 1.793 Millions. ● Research Project from Higher Education Commission amount 0.5 Millions, entitled: Mechanism of apoptosis in Leishmania tropica promastigotes induced by Pentavalent Antimonials. Worked on diverse range of instruments like: RT PCR, Gel doc system, Flow cytometer, FLUOstar Omega Microplate Reader, Fluorescence microscope, Western Blot Imaging Systems, Biosafety & Fume Hoods, Centrifuges/Incubators, ELIZA plate reader, double beam Spectrophotometer and Fluorescence Spectrophotometer, Have experience of culturing more than 20 different types of cancer/normal cell lines and established Cell culturing techniques like cryopreservation/cell culturing/cell counting/cell seeding/cell washing/harvesting/Microscopic analysis of cells As Bioinformatician has been working on Gromacs/Amber/LeadIT/MOE/autodock and other software as well.

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Over 30 years of achieving business excellence in the fields of Industrial Operations, Manufacturing, Process Waste Reduction, Supply Chain Management, Quality Management, Health Safety & Environment, Chemical & HAZMAT, Design Safety, and Behavior Based Safety, as well as roll down & Implementation of KAIZEN, Lean Production Systems, in companies where I have worked. Having a vision of developing innovative solutions in the manufacturing industry, aim to help stakeholders & business partners in achieving business excellence through Process re-engineering, out-of-box thinking, HSE, and GMP Excellence. Specialties: Coaching, Training & Development in Technical Operations, Implementation of Behavior Based Safety programs, Developing & Implementing HSE-MS, Safety Scorecard, training on report writing & proposal development in organizations.

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Research interests include development of materials design method, the design and computational simulation of spintronics materials, (photo)catalytic materials for energy, and other low-dimensional functional materials.

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I am a highly skilled technical professional with over 11 years of hands-on experience in the installation, maintenance, calibration and troubleshooting of specialized equipment used in industrial, scientific domains. My primary area of expertise lies in supporting pharmaceutical Research & Development laboratories, with deep familiarity across analytical and formulation equipment. In the pharmaceutical R&D sector, I have worked extensively with dissolution testers (USP I & II), disintegration and friability testers, tablet hardness testers, stability chambers, and high-shear mixers/homogenizers used in formulation development. I have also provided critical support for method development and validation studies through my expertise in operating and maintaining HPLC systems (e.g., Agilent 1100/1200 series, Waters Alliance), UV-Vis spectrophotometers (Shimadzu, PerkinElmer), FTIR spectrometers, and Karl Fischer titrators for moisture analysis. My responsibilities have included: Equipment Installation & Qualification (IQ/OQ/PQ) in GMP/GLP environments. Preventive and Corrective Maintenance, reducing equipment downtime and improving lab productivity. User Training & SOP Development, enabling laboratory staff to operate instruments effectively and safely. Technical Documentation, including calibration logs, validation protocols, and service reports, in line with regulatory and audit requirements. Fomulation design Analytical method develpement Compilation & submission of CTD for domestic manufacturing Compilation & submission of E-CTD for ASEAN Countries With strong problem-solving skills and an eye for detail, I serve as a reliable technical resource in fast-paced, regulated environments. My goal is to ensure the highest level of equipment functionality, user training, and documentation compliance to support innovation and quality in scientific research and pharmaceutical development.

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Dr. Muhammad Rizwan Alam is a Cell Biologist with a passion of exploring the intricate biology of mitochondria in different cell types and diseases. He completed his PhD in Molecular Medicine from Medical University of Graz, Austria and a Post-Doctoral Fellowship from Civil Hospital of Lyon, France. Dr. Rizwan is an alumnus of Quaid-i-Azam Univeristy Islamabad, PMAS University of Arid Agriculture University Rawalpindi and National Institute of Health Islamabad, where he completed his MPhil, MSc and BSc.MLT respectively. With lots of working experience in clinical diagnostics, he is currently serving as an Associate Professor in the Department of Biochemistry, Quaid-i-Azam University, Islamabad. His research team is primarily involved in demystifying the contribution of mitochondria in human health and diseases with a particular emphasis on the: (1) Participation of mitochondrial calcium homeostasis in platelet and neutrophil physiology (2) Elucidation of predictive and prognostic biomarkers for cardiovascular, neurological, and psychological disorders, (3) Targeting/using mitochondria as a therapeutic strategy for attenuating cardiovascular disorders (4) Investigation of Mitochondria-ER Contact Sites in T-cell biology during ageing and chronic infections.

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I am a molecular plant breeding specialist with extensive experience operating, maintaining, troubleshooting, and training users on advanced scientific equipment. I have worked hands-on with thermal cyclers and real-time PCR systems (e.g., Applied Biosystems QuantStudio, Bio-Rad CFX96), automated DNA/RNA extraction platforms (Qiagen QIAcube, Thermo Fisher KingFisher Flex), Illumina MiSeq and HiSeq sequencers, and Sanger sequencing instruments (ABI 3500 Genetic Analyzer). My expertise includes installing and calibrating these systems, performing routine maintenance, resolving hardware and software issues, and ensuring compliance with Good Laboratory Practice standards. I have led training workshops, developed SOPs and technical manuals, and guided research teams in high-throughput genotyping and sequencing workflows. My background includes supporting marker-assisted selection pipelines, optimizing molecular assays, and collaborating with vendors and service engineers on instrument setup and validation. This combination of technical proficiency, project management, and capacity building has contributed to efficient and reliable molecular breeding and genomics operations.

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I have been doing research on development of mathematical models and optimization of systems. These models are working as backend models of planning and scheduling tools including ERP. I have hands on experience in developing these models for planning and scheduling of systems resources including production systems, manufacturing industries, transpiration, supply chains and healthcare industries. Moreover, I have hands on experience in new product developments, Patent writing and filing at national and international Patent offices.

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I am a highly experienced medical educationist and academic administrator with a strong technical background in the installation, operation, maintenance, and training related to specialized medical and educational equipment. Over the course of my career, I have overseen the implementation and troubleshooting of assessment technologies such as OSPE/OSCE stations, high-fidelity simulation systems, telemedicine platforms, and integrated learning management systems (LMS) in both undergraduate and postgraduate medical education settings. My hands-on experience includes the deployment and functional oversight of examination software systems, audiovisual equipment for medical simulation labs, and digital assessment tools. I have led quality audits and operational reviews for technology-enabled teaching and assessment platforms, ensuring compliance with international standards in assessment validity and reliability. I have also worked closely with IT departments and facility teams to upgrade or install critical infrastructure such as networked exam hubs, secure data storage units, and real-time monitoring systems for academic assessment. I have supervised technical and academic staff in the management of capital and operational budgets, ensuring appropriate procurement and maintenance of medical education technologies. My role in policy and planning at the University of Health Sciences involved aligning technical acquisitions with institutional goals, including integration of student information systems (SIS), academic databases, and research analytics tools. In the realm of capacity building, I have designed and delivered over 70 workshops and training sessions for faculty and staff across Pakistan, focusing on topics such as the construction of high-validity MCQs and OSPE/OSCE station design, standard setting methodologies, and quality assurance in technical assessment systems. I have developed and disseminated several technical manuals and SOPs to standardize assessment procedures and ensure reproducibility across examination centers. My involvement in projects like “Transparency of OSPE through a Cost and Time Effective Procedure” and the HEC Project on Quality-Based Ranking of Higher Education Institutions reflects my ability to blend policy, pedagogy, and technology to improve institutional performance. I have facilitated trainings at various medical and dental colleges for the use of assessment platforms and developed workshops on curriculum development involving equipment-specific teaching modules. My international exposure includes presenting at leading conferences like AMEE, IMEC, and APMEC, where I have spoken on integrating technology into medical education, standardization of technical assessments, and professional identity transformation through simulation and assessment tools. I hold certifications in curriculum development, qualitative research methods, and assessment techniques, and am proficient in Microsoft Office and SPSS, which support my technical documentation and analysis work. Through my continued collaboration with academic and healthcare institutions globally, I remain dedicated to advancing the safe, effective, and innovative use of specialized equipment in education and training.

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Prof. Dr. Muhammad Naveed, Department of Biotechnology at the University of Central Punjab, Lahore, is globally ranked among the world’s top 2% scientists by Stanford University and Elsevier. He earned his Ph.D. in Biotechnology (Genomics & Bioinformatics) from Quaid-i-Azam University, Islamabad, and completed his post-doctorate in Bioinformatics from Jiangsu University, China. A recipient of the HEC Indigenous and IRSIP scholarships, he was awarded Best Ph.D. (IRSIP) Scholar of the Year in 2013 and honored as a Distinguished Alumnus by QAU in 2017. In 2025, he was selected for the prestigious HEC Pak-Sri Lanka Faculty Exchange Program. Prof. Naveed is among the leading researchers of the UCP, and his research interests include bioinformatics, molecular biotechnology, nano-informatics, vaccine development, and drug design against infectious diseases. He has published 282 research articles with a cumulative impact factor of 4212.48, over 17,150 citations, and an H-index of 39, along with authoring one book, six book chapters, and filing five patents. He has supervised over 90 MSc, 80 MPhil, and 2 Ph.D. scholars. His contributions have earned him numerous honors, including the Prof. A.R. Shakoori Gold Medal (2025), HEC Pak-Sri Lanka fellowship award 2025 and the “Researcher of the Year” award from the University of Gujrat (2016) and the University of Central Punjab (2018, 2019, and 2021).

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14 years of academic experience, skills, techniques and sound knowledge of pharmaceutical science to handle this position properly. expertise in formulation development, dosage form design, drug delivery system, nanotechnology (polymeric nanoparticles, liposomes, noisome, solid-lipid nanoparticles), peptide synthesis, cell bioassay, pharmacokinetics and pharmacodynamics studies using animal models, pharmaceutical analysis, and has the ability to work in a team having good organizational and managerial skills. Worked actively with pharmaceutical industries to develop and stabilize the formulations and different products. I completed my PhD in the discipline of Pharmacy (Pharmaceutics) in 2018; also, my master’s and bachelor’s degrees are in Pharmacy. I have also acquired some of the certifications /courses to assist my academic role, laboratory skills and research expertise. I am currently working at Faculty of Pharmaceutical Sciences, University of Central Punjab, Lahore-Pakistan. My job description involves teaching to undergraduate, M.Phil and PhD students, as we all to supervise the research projects of M.Phil and PhD students. I am also assigned the duties to Coordinate the graduate and post-graduate studies. I am working as consultant for research and development with different pharmaceutical industries. I have the expertise in developing various types formulations related to nanotechnology, and various dosage forms including, tablets, capsules, transdermal patches, microneedle based transdermal patches, nanocomposite, hydrogel, and films, erc. I have presented my research work at various conferences and have 120+ publications. I have proven knowledge of curriculum design, self-analysis reports (SARs) of the educational programs, also worked as a focal person for Quality Enhancement Cell (QEC) for post-graduate study courses. I have also served as a short-term Visiting scientist in the Prof. Dr K. Parang’s lab at School of Pharmacy, Chapman University, Rinker Campus, Irvine California (July 2022-October 2022). During my stay, I was actively involved in the synthesis, purification and evaluation of peptides (W(WR)4K Cyclic Peptide), nanoparticles of anticancer drugs and cell bioassay. I have learned different instrumentation techniques, including Mass Spectrometry, Transmission Electron Microscopy, Zeta Sizer, PurePep Chorus Peptide Synthesizer, Reversed Phase, Preparative High-Pressure Liquid Chromatography, High pressure homogenization and cell bioassay. I also trained two MS students in the synthesis and evaluation of nanoparticles with different anti-cancer drugs. I have good expertise in operating Zeta Sizer, SEM, TEM, HPLC, FTIR, Osmometer, ELISA and many more to design the research projects for post-graduate research projects. I have good knowledge, understanding and expertise in using different modelling parameters for development & optimization of formulations. Box Behnken Design (BBD) and Response Surface Methodology (RSM) for 3D Modelling of various aspects of formulation, characterization and optimization of formulations using statistical tools like ANOVA, t-test, Coefficient of Variation, standard deviation, 3D graph plotting etc., I have good expertise in pharmacokinetic and pharmacodynamic studies, Zero & First Order Kinetic Modelling, Higuchi Modelling, Korsmeyer Papas Modelling, and their implications for different types of formulations. For Invitro bioequivalence studies, I have good experience of working with F1/F2 Models.

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Dr. Baljit Singh a/l Bhathal Singh is an Associate Professor at the School of Mechanical Engineering, Universiti Teknologi MARA (UiTM), with extensive hands-on experience in specialized equipment across industrial and scientific domains, particularly in thermal systems and renewable energy technologies. He has been actively involved in the installation, testing, troubleshooting, and maintenance of equipment such as heat pipes, thermosyphons, thermoelectric generators (TEGs), and hybrid systems incorporating phase-change materials (PCM) and nanofluids. His technical expertise extends to the design and experimental validation of thermal energy recovery systems, including flat-plate solar collectors, exhaust-heat recovery modules, salinity-gradient solar ponds, and cooling strategies for electronics and fuel cells. These systems often require detailed performance calibration using sensors, flow control devices, and customized data acquisition setups. Dr. Baljit has also led various research projects focusing on integrating low-grade heat sources with TEGs, supported by computational modeling using ANSYS Fluent and MATLAB for simulation and system diagnostics. In addition to research and equipment handling, Dr. Baljit plays a key role in training undergraduate and postgraduate students in laboratory-based thermal-fluid experiments, renewable energy systems, and computational methods. He has developed comprehensive lab manuals and course modules for subjects such as Heat Transfer, Thermodynamics, and Renewable Energy Systems, emphasizing safety, measurement accuracy, and operational troubleshooting. As a Professional Engineer (Ir.) registered in Malaysia and certified trainer in higher education, he has conducted numerous workshops and technical sessions for students and staff on system setup, equipment maintenance, and simulation-based validation. His contributions also include mentoring student teams for innovation competitions involving prototype design and system testing. With over 60 research publications and active involvement in grant-funded projects, Dr. Baljit has established a reputation for combining theoretical knowledge with practical engineering application, ensuring systems not only work in laboratory conditions but are optimized for real-world deployment.

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Dr. Tariq Rahim Soomro, Professor of Computer Science and Rector at the Institute of Business Management (IoBM), Karachi, holds a B.Sc. (Hons) and M.Sc. in Computer Science from the University of Sindh, Jamshoro, Pakistan, and a Ph.D. in Computer Applications from Zhejiang University, Hangzhou, China. Notably, he is the first Pakistani to have earned all three degrees in the field of Computer Science. With over 30 years of diverse and extensive experience, Dr. Soomro has excelled as an academic administrator, computer programmer, researcher, and educator. As an administrator, he has held multiple leadership positions, including Coordinator, Head of Department, Dean of Faculty, and Head of Academic Affairs. His expertise in accreditation spans globally recognized frameworks such as ABET (USA), NBEAC, NCEAC, HEC Pakistan, KHDA Dubai, and the Ministry of Higher Education and Scientific Research, UAE. In addition, Dr. Soomro has published more than 100 peer-reviewed research papers. He excelled academically, earning his B.Sc. (Hons) and M.Sc. with distinction. During his Ph.D. studies in China, he received the Exemplary Foreign Student Award (1998) and became the first foreigner to earn the Exemplary Graduate Award (1999) from Zhejiang University. Dr. Soomro has been an IEEE member since 2000 and a Senior Member of IEEE since 2005. He is currently serving as the Chair of IEEE Karachi Section (2024–2025) and as the IEEE Computer Society R10 Southern Area Coordinator (2020–2025). He has served on numerous committees and editorial boards, including the Task Force on Arabic Script IDNs by ICANN’s Middle East Strategy Working Group (MESWG) and the editorial boards of several research journals. Dr. Soomro has also contributed to numerous national and international conferences as a Technical Program Committee member. Dr. Soomro’s contributions have been recognized with several prestigious accolades, including the ISOC Fellowship to the Internet Engineering Task Force (IETF) for its 68th meeting. He is affiliated with several professional societies, such as the Computer Society of Pakistan (CSP), the Sindh Graduate Association (SGA), and the Association for Computing Machinery (ACM). He is the first Pakistani to be recognized as an IEEE Computer Society Distinguished Visitor (2021–2023) and the only Pakistani to be honored as a Distinguished Contributor in the inaugural class of IEEE Computer Society Distinguished Contributors (2021). Dr. Tariq Rahim Soomro exemplifies excellence, resilience, and dedication in academia, research, and professional service, making him an inspiring role model for many.

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Dr. Muhammad Zaffar Hashmi has served as Distinguish Visiting Professor at NIDA Thailand and Northestern University China and PIFI Visiting Scientist as Chinese Academy of Sciences China. Dr. Hashmi conducted training workshops regarding statistical analysis, method development for antimicrobial resistance genes and research paper writing.

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I have experience of Product development and optimization. Developed ISo certified system and also remained ISO auditor. Most on hands-on training is in pharmaceutical regulatory affears, technical explanation with legal and scientific justification to the former Drugs Control Administration of Ministery of Health Pakistan (by now the Drug Regulatory Authority), Provincial Quality Control Boards across Pakistan. One of the main architect in the development of Directorate General of Drug Control & Pharmacy Services Province of Khyber Pakhtunkhwa, Pakistan. Drafted The Child Rights Act 2010 of Khyber Pakhtunkhwa under UNICEF cansultation. lot of expereince of Statutes, Regulation and Rules Drafting at University level as well as Health Department Khyber Pakhtunkhwa, Pakistan.

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Prof. Dr. Yasar Ayaz, Ph.D. (JAPAN) (Pride of Performance) Prof Dr Yasar Ayaz graduated with a PhD specializing in Robotics and Machine Intelligence from Tohoku University, Japan. He is the Founding Chairman and Central Project Director of Pakistan's National Center of Artificial Intelligence (NCAI) headquartered at National University of Sciences and Technology (NUST) in Islamabad. He also founded Pakistan's first Department of Robotics & Artificial Intelligence at NUST in 2010 which he headed from June 2010 to August 2020 and where he is also currently a full Professor. He also holds the prestigious title of Specially-Appointed Professor title at Tohoku University, Japan and has been assisting the university in various roles especially for selection of new international students from Pakistan since 2015. He is also the Vice President of Monbukagakusho Alumni Association of Pakistan (MAAP). Prof Yasar is the author of over 160 international publications and has won international best paper awards in London, UK and Sydney, Australia in 2018 and 2013 respectively. He also has 3 product design patents registered in his name with several more under review. He has delivered more than 60 invited and keynote talks at prominent venues including USA, Japan, UK, South Korea, China, Italy, Belarus, Norway etc and has won and developed projects of well over Two Billion Pakistan Rupees including international grants and national consortium based projects. In addition to winning President's Gold Medal, University Best Teacher Award, SMME Best Researcher Award and University Top Performer award at Pakistan’s top university: NUST, Prof Yasar has also been awarded the prestigious Pakistan Engineering Council (PEC) Engineers' Excellence Award and Gold Medal in 2020. He has been awarded Lifetime Achievement Award by IEEE Islamabad Section and is also a recipient of President's Award for Pride of Performance which is one of the highest Civil Awards of Pakistan conferred by the Honorable President of Pakistan himself in 2021 and conferred with BRAIN Award 2022-23 for NUST Top Performer 2022 by Rector NUST in 2024.

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As a PhD holder and academic researcher, I have been actively engaged in basic and applied research focused on land, air, and water resources. My research endeavors have aimed to address pressing environmental issues, and I have employed a range of techniques and instruments/equipment to characterize samples and diagnose problems. My research objectives have centered on: 1. Understanding environmental processes: Investigating the complex interactions between land, air, and water resources to identify key factors influencing environmental quality. 2. Diagnosing environmental problems: Using various analytical techniques to characterize samples and diagnose issues related to pollution, contamination, and degradation of environmental resources. 3. Developing remediation strategies: Applying research findings to develop effective solutions for mitigating environmental problems and promoting sustainable resource management. Impact and Applications My research has contributed to a better understanding of environmental processes and the development of effective solutions for addressing environmental problems. The findings and techniques developed through my research have potential applications in: 1. Environmental monitoring and assessment: Informing policies and practices for monitoring and assessing environmental quality. 2. Remediation and restoration: Developing strategies for remediating contaminated sites and restoring degraded environmental resources. 3. Sustainable resource management: Promoting sustainable management practices for land, air, and water resources.

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I have leading role as Director (Plant Protection/Plant Sciences) in Pakistan Agricultural Research Council, Pakistan in South Asia. The significant experiences that is most significantly related to this current position are project planning, formulation and appraisal on agriculture for sustainable development to achieve the SDG’s in Pakistan. Also initiating the memorandum of understanding (MoU’s) development in bilateral agreements in between the regional countries and intercontinental for generating funds, loan agreements and other financial resources establishment. They includes the climate policies and environmental management for agriculture development. The addressed organizations are Islamic Development Bank (IsDB) Saudi Arabia, Asian Development Bank (ADB) Manila, Philippine, World Bank (WB), UN Food and Agriculture Organization (UNFAO), Intergovernmental Panel on Climate Change (IPCC), China-Pakistan Economic Corridor (CPEC), International Plant Protection Convention (IPPC), Conventional on Biological Diversity (CBD), European Union Marie Sklodowska-Curie Actions (MSCA), European Framework Program (HORIZON) for Research & Innovation, The World Academy of Sciences (TWAS), Korea Program on International Agriculture (KOPIA), The Scientific and Technological Research Council of Turkey (TUBITAK), International Maize and Wheat improvement Center (CIMMYT), International Center for Agriculture Development in the Dry Areas (ICARDA), Pakistan Science Foundation (PSF) etc.

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Dr. Muhammad Akhtar is a full Professor (regular) of Pharmaceutics, Department of Pharmaceutics, Faculty of Pharmacy, The Islamia University of Bahawalpur, Pakistan. He is also the In-Charge /Chairman, Department of Human Nutrition and Dietetics, Faculty of Medicine and Allied Health Sciences, The Islamia University of Bahawalpur, Pakistan. Dr. Akhtar has been the founding Chairman, Department of Medical Laboratory Technology, Faculty of Medicine and Allied Health Sciences, The Islamia University of Bahawalpur, Pakistan. He is a Registered Pharmacist (RPh) at Punjab Pharmacy Council (PPC), Pakistan. He has been awarded PhD (Pharmaceutics) from The Islamia University of Bahawalpur, Pakistan including six months of PhD research under IRSIP-HEC program at School of Pharmacy, Queen’s University Belfast, UK. Dr. Akhtar completed One-year Postdoc fellowship at the Institute of Pharmaceutical Science, King’s College London, UK where he joined a cancer research group in Nanomedicine and Drug Delivery. The highly competitive, fully funded postdoc fellowship was awarded by Punjab Higher Education Commission (PHEC) Pakistan. His research interests are targeted drug delivery, nanomedicine, polymeric nanoparticles, pharmacokinetic studies, HPLC method development and validation, solubility enhancement studies. He is HEC Approved PhD Supervisor and currently supervising PhD and MPhil research scholars in Pharmaceutics. Until now 6 PhD and 29 MPhil scholars have been completed their research and awarded degree under his supervision. More than 50 research and review articles have been published in National and International peer reviewed journals of good impact. Research grants were awarded as Principal Investigator and other research awards by various funding agencies including HEC-Pakistan, PHEC-Punjab Pakistan, Pakistan Science Foundation (PSF) and ORIC Research Grant-2020 IUB. He has presented in conferences at National and International (Pakistan, USA, UK, Germany, Jordan) forums and secured the travel grants funded by both the national and international funding agencies. He is reviewer of various National and International research journals. He is member of various learned societies, boards and committees. He is subject expert and external examiner of various public and private sector universities at national and international levels.

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My professional certifications span in polymer extrusion, chromatographic method development, thermal analysis, electron microscopy, hazardous-materials handling,and developing the ISO 1750 lab. This combined skill set—balancing advanced synthesis, in-depth analytical expertise (HPLC, FT‑IR, DSC, TGA, SEM, TEM), process scale-up and structured training—empowers me to drive technical innovation, quality assurance and operational excellence across industrial, scientific, and medical polymer processing domains.

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Prof. Dr. Aneela Anwar, a distinguished Professor in the Department of Chemistry UET, has earned numerous accolades for being a teacher, researcher, entrepreneur and philanthrope par excellence. She has more than 21 years rich teaching, training, research and administrative experience. Her exceptional journey is studded with innumerable prestigious honors and accomplishments, including Fulbright Postdoc Fellowship USA, IDB High Merit PhD Scholarship (UCL, UK), the Roll of Honor during her Bachelor of Studies (Queen Mary College), a distinction in her Master's degree at UET, Lahore, Best PhD Abstract Award from the IDB High Merit Scholarship at Cambridge and the Best Presenter Award at the International Conference on Materials Sciences and Nanomaterials Cambridge, UK. She has published national and international patents and research publications in the field of nanotechnology, particularly in the areas of environmental sustainability, climate change, energy innovation, and healthcare advancement and has a UK Patent to her credit. Twice, she has won PUAN Chapter Activity on Nanotechnological solutions to combat climate change. During her tenure as Chairperson, she spearheaded the development of state-of-the-art research labs and introduced both undergraduate and postgraduate programs. Her active role in curriculum development and as PI in securing National and International research projects funded by World Bank, HEC, industries, and her involvement in the Pakistan Climate Resilience Research Coordination Network under HESSA Program USAID, contribution as esteemed cohort of LCOY Pakistan Ambassadors, official member for Environment and energy research group under Fulbright Pakistan US Alumni Network underscore her commitment to addressing pressing issues. She worked closely with industrial collaborators and expertise in fabrication and analysis using SEM, XRD, TEM, FTIR, UV Visible etc. She got yet another feather in her cap when she was awarded the prestigious the King's Award for Excellence 2024 London which is a testament to her exceptional prowess in nanotechnology research, marked by profound contributions in addressing pressing global challenges, including climate change, and advancing innovations in environmental and healthcare applications. She also received Emerging Leader Award 2024 for Outstanding Contributions and Leadership in the field of Education, Pakistan-US Alumni Network (PUAN). Recently, she has been selected for the Aspiring Leaders Cohort 2 of Michigan State University USA for her outstanding achievement in securing a place among 100 women leaders. Dr Anwar chaired the International Women Leadership Conference, receiving the Women Leadership Award 2023. Besides being a part of the Women Leadership Program organized by NAHE, HEC in collaboration with the British Council where she developed a Women Leadership Forum and organized a series of training under these prestigious programs, she is also a Council member for Women in Science Foundation, Convener Standing Committee, Academia-Industrial Linkages, Women Chamber of Commerce and Industry, Director NanoFab International, Ambassador, Fikr e Iqbal Forum and an active member of the Aspire group Pakistan. As a budding entrepreneur, she has successfully commercialized nanocosmetic products. The amazing success story of her life has crisply been published in 101 Incredible Women of Power, Pakistan.

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Zakia Hammouch holds a diploma of advanced studies in Applied Mathematics and a PhD in Numerical Analysis and Fluid Mechanics from the University of Picardie Jules Verne Amiens France. She defended her university habilitation thesis at Moulay Ismail University, Morocco in 2015. She is currently Full Professor at the Ecole Normale Supérieure of Moulay Ismail Meknes University, Associate Professor at the Private University of Fez, Associate Researcher at the Applied Mathematics Division of Thu Dau Mot Binh Duong University, in Vietnam and consultant to the Department of Medical Research, China Medical University Hospital, Taichung Taiwan. She is a member of the European Association of Women in Mathematics (EWM), a permanent member of the Organization for Women in Science for the Developing World (OWSD) and a member of the African Mathematics Union (AMU). She has organized several international conferences in various countries (Morocco, Turkey, Cyprus, Pakistan). She was awarded the Oliviu Gherman Prize for her contribution to fractional calculus in 2020, the CNRST-Web of Sciences- Clarivate Research Excellence Prize in Mathematics in 2021 and the Scopus Award in Mathematics in 2022. She has published more than 100 articles and chapters in indexed journals and reputable works (Springer, Elsevier, etc.). She is a member of the editorial boards of several indexed international journals (Scopus, WOS, etc.).

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As a faculty member, I am doing research and teaching. I have published several scientific articles and have been writing editorial and scientific research columns for national and international newspapers. Moreover, I am an assessor of the ISO/IEC 17025/2017 of the Bangladesh Accreditation Board (BAB).

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My role to make research proposal to grant scientific project on lab and on piolet scale, participate our team work in lab project experimental, solving technical problem and writing report and paper. Worked in project with UNESCO (climate change) by using sustainable economic method Sinking CO2 using Mycorrizal fungi. Production of polyhydroxy butyrate using sustainable economic method by transform milk waste using bacteria . Production of DNA extraction kit (STCE, National research center and city of scientific research and technology and Vacceria Company) using Technology transfer. Production of biogas using sustainable economic method by degradation and recycle of waste using bacteria and fungi.

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Brief Summary: I am a Ph.D. holder in Physics with specialization in materials science and mineral processing. Over the past several years, I have been actively involved in academic research, postgraduate training, and laboratory development, focusing on the extraction of critical and strategic metals from ores, clay, slag, and electronic waste using hydrometallurgical techniques. My core strength lies in the operation, troubleshooting, and maintenance of scientific equipment used in mineral characterization and materials analysis. I have extensive hands-on experience with X-Ray Fluorescence (XRF) for compositional analysis of ores and slags and interpretation of data. I am also proficient in X-Ray Diffraction (XRD) for phase analysis of crystalline materials, and Thermal Analysis instruments such as TGA/DTA for studying decomposition and thermal stability of mineral samples. In addition, I have worked with FTIR spectroscopy to identify functional groups and chemical bonding in clays and treated materials. I am also serving as an incharge of multipurpose mineral and metallic ore upgradation plant to operate the Jaw and roller crushers, ball mill, magnetic separator, shaking table and froth floatation units for mineral comminution and beneficiation. As part of various national and international research projects, I have been involved in setting up and managing lab-scale leaching and purification units, including acid digestion setups, magnetic stirrers with heating plates, fume hoods, and filtration systems. I also have experience using Atomic Absorption Spectroscopy (AAS) and UV-Vis spectrophotometers for trace metal detection in leachates. In most cases, I was responsible for developing the operating procedures, training research students, ensuring instrument maintenance, and creating safety protocols for chemical handling. In recent projects, I led hands-on training sessions for undergraduate and graduate students on sample preparation, instrumental analysis, and data interpretation using these devices. My teaching and mentoring roles have further strengthened my ability to transfer knowledge effectively, especially in settings where lab infrastructure is emerging or being upgraded. I have contributed to institutional capacity building by advising on equipment procurement, lab setup for mineral processing and materials research, and integrating research tools into academic curricula. In summary, I bring a balanced profile of technical competence, research experience, and training skills, with a focus on scientific instrumentation related to mineral and materials processing. I am particularly well-positioned to support COMSTECH initiatives that aim to build technical capacity in OIC member states through equipment-based training, lab development, and knowledge transfer in mineral and materials technologies.

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Dr. G. Hasnain Tariq is currently working as assistant professor at Institute of Physics, Khwaja Fareed University of Information Technology Rahim Yar Khan, Pakistan and the Principal Investigator of Higher Education Commission Pakistan’s Funded NRPU Project, titled “Photovoltaic Materials Synthesis for Resourceful Energy Salvage”. Earlier, Dr. Hasnain was awarded scholarship under ‘INDIGENOUS 5000 fellowship program’ of Higher Education Commission, Pakistan in 2006 to pursue his MS leading to PhD studies in Department of Physics COMSATS Institute of information Technology Islamabad. In 2008, he completed his MS degree and in 2014 completed his PhD degree under supervision of Professor Dr. Muhammad Anis-ur-Rehman. Dr. Hasnain also availed six-month research fellowship through International Research Support Initiative Program (IRSIP) of HEC and visited Cranfield University UK from May - Oct 2012. He worked there under supervision of Dr. David Lane and at Rutherford Laboratory, Department of Materials and Applied Science, Cranfield University, Defence Academy of the United Kingdom at Shrivenham, Swindon, Oxfordshire, where Dr. Hasnain worked as a visiting researcher in a project “Photovoltaic Materials for the 20th Century, The Engineering and Physical Sciences Research Council (EPSRC) UK funded SUstainable PowER GENeration (SUPERGEN) Project, (EP/F029624/2) £1,806,675, (Mar 2011 – Sep 2012)”. Earlier Dr. Hasnain received his middle education from Elementary School Sitiana District Jhang, secondary education from Govt. high school Lawa District Attock (now Chakwal), intermediate and bachelor degree from Government College of Science Wahdat Road Lahore, and he did his MSc (Physics) from Govt College Chakwal. Dr. Hasnain has started his carrier in education department since 13th Feb 1997. Dr. Hasnain won first NRPU for KFUEIT in May 2019 and completed in May 2013. He supervised about of MS and PhD 50 research students.

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Dr Hamid Mukhtar has been working in different areas of Biotechnology especially Biofuels/Bioenergy (Bioethanol, Biodiesel, Biogas, Microbial Fuel Cells), Bioremediation and Protein purification & characterization etc. Dr Mukhtar completed his PhD in 2006 from Government College University, Lahore and the post-doctorate from Harvard University, USA. Dr Mukhtar has expertise in Bioprocessing/Fermentation technology and is expert in running and troubleshooting bioreactrors/fermenters. In addition, he is also expert in running HPLC and LPC.

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I am Dr. Amjad Khan, and currently I serve as a Tenure Track Assistant Professor of Clinical Pharmacy at Quaid-i-Azam University, one of Pakistan’s top-ranked institutions. I completed my PhD in Clinical Pharmacy from the prestigious Universiti Sains Malaysia (USM). Over the course of my career, I have received multiple academic awards and established strong research collaborations with leading institutions worldwide. My academic record includes the publication of over 65 peer-reviewed articles, 7 international patents, and 16 book chapters. I have also played a prominent role in organizing and presenting at numerous national and international scientific conferences. As an HEC-recognized PhD supervisor, I have successfully supervised 22 MPhil/MS theses and currently supervise 3 MPhil and 5 PhD students as a principal supervisor. I have co-supervised research students from esteemed institutions such as the University of Oslo (Norway), University of Edinburgh (UK), and USM (Malaysia). In addition to my academic engagements, I actively contribute as an editorial board member and reviewer for several high-impact journals, including those affiliated with The Lancet and the National Kidney Foundation (AJKD). My research interests include medication safety, antimicrobial stewardship, pharmacist-led interventions in infectious diseases and nephrology, clinical pharmacy, health systems research and epidemiology, clinical trials and public health.

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I am a research scientist with specialized expertise in molecular biology, pharmaceutical chemistry, and pilot-scale pharmaceutical production, with over a decade of hands-on experience in operating, maintaining, troubleshooting, and training others on a wide range of scientific, medical, and industrial equipment. My work has been conducted in ISO/IEC 17025:2017-accredited laboratories, GMP/GLP-compliant pharmaceutical settings, and BSL-2/BSL-3 research environments. During my Ph.D., I received advanced research training at KU Leuven, Belgium, where I expanded my technical proficiency in molecular diagnostics, real-time PCR, protein expression systems, and analytical instrumentation used for drug discovery and development. I have practical expertise with a wide array of equipment including ABI Sanger Sequencers (3130/3500 series) for microbial identification and DNA sequencing, qPCR systems such as the Bio-Rad CFX96 and Applied Biosystems StepOnePlus for viral quantification (HCV/HBV), GMO testing, and gene expression profiling. I routinely work with ELISA readers (Multiskan FC) for immunoassays and cytotoxicity analysis, UV-Vis and FTIR spectrophotometers (Shimadzu UV-1800, FTIR-8400S) for phytochemical and dietary fiber analysis, and HPLC systems (Agilent 1100/1200 series) for quality control of pharmaceuticals and natural product extracts. I am also experienced in toxicological analysis using the WMicroTracker (Phylumtech) for C. elegans behavior and viability assays. In the industrial pharmaceutical domain, I have served as a Master Trainer for API production, overseeing pilot-scale operations involving equipment such as reactors, tablet compression machines, fluid bed dryers, granulators, and sterile filtration systems, all under GMP protocols. I have developed and implemented SOPs, calibration plans, and equipment validation protocols (IQ/OQ/PQ) to ensure regulatory compliance and reproducible product quality. I also provide hands-on training to laboratory and production staff on equipment operation, troubleshooting, and quality documentation. My certifications include the Health Security Partners (USA) program on global biosafety and health security, D8 Trainer of Trainers in Bioinformatics and NGS with a focus on genomic surveillance and pathogen diagnostics, and additional specialized training from ICGEB and COMSATS in virology, molecular assay development, and lab biosafety. I am also certified in ISO 17025 testing protocols, with experience in GMO analysis, dietary fiber quantification, and cytotoxicity testing of medical devices. Through my interdisciplinary background and international exposure, I bridge the gap between academic research and industry, combining strong technical knowledge with training capabilities to support scientific advancement, regulatory compliance, and institutional capacity building in pharmaceutical and biomedical sectors.

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I am a plant molecular biologist and biotechnologist with extensive hands-on experience in genome editing, transgenic crop development, and advanced molecular diagnostics. My core expertise lies in the application of cutting-edge CRISPR/Cas9 and Cas12 technologies to develop genetically engineered crops with enhanced resistance to biotic and abiotic stresses, particularly focusing on cotton—a vital crop in Pakistan’s economy. My work involves maintaining, operating, and troubleshooting a range of specialized scientific equipment essential for plant biotechnology and molecular biology. These include real-time PCR systems (ABI StepOnePlus, Bio-Rad CFX96), gel documentation systems, high-throughput DNA/RNA extraction platforms (Qiagen BioRobot EZ1), electroporators, gene guns (Bio-Rad PDS-1000/He), laminar flow hoods, growth chambers, and controlled-environment greenhouses. I have also conducted training sessions and workshops for students, researchers, and lab technicians on proper usage, calibration, and maintenance of these instruments to ensure data quality and lab efficiency. My research team has successfully developed several genetically modified cotton varieties using Bt genes (Cry1Ac, Cry2A) for insect resistance, EPSPS for herbicide tolerance, and RNAi constructs for Cotton Leaf Curl Virus (CLCuV) management. These innovations have resulted in the release of approved varieties such as CEMB 33 and CA 12, which are now in active cultivation by farmers. The herbicide-tolerant cotton developed under my supervision demonstrated ~99% weed control with a single glyphosate application, dramatically reducing labor and losses. My CRISPR/Cas-based research includes targeted genome editing to develop resistance against viral pathogens, including ongoing efforts to combat CLCuV in collaboration with the Karlsruhe Institute of Technology (KIT), Germany. This partnership, supported by the Humboldt Foundation, enabled me to work closely with European experts and optimize genome editing protocols and delivery systems for plant tissues. Beyond agriculture, I lead research on plant-based immunogenic responses to avian diseases like Newcastle Disease Virus (NDV) and Avian Influenza, using transgenic approaches for vaccine development, underscoring the translational scope of my expertise in molecular tools. In recognition of my scientific contributions, I was honored with the ICRA Asia Young Innovation Gold Medal (2017). I have also developed technical manuals for CRISPR construct design, plant transformation, molecular assays, and routinely supervise thesis-based training for graduate students. With a proven record of handling sophisticated scientific instrumentation, leading translational research, and mentoring future scientists, I continue to contribute to sustainable agriculture and bio-innovation.

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organic/peroskite solar cells device fabrication trainings, materials design and synthesis, projects managment, polymers synthesis

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Technical Fields

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Dr. Nauman Khalid is a Fellow of the Institute of Food Science and Technology and a Fellow of Advanced Higher Education, UK. He has vast experience in teaching and researching various food science, life sciences, and nutrition specializations. His expertise includes emulsions and encapsulation, nutritional interventions, public health, food safety, and functional food development. He ranked among the world's top 2% of scientists by Stanford University in 2021, 2022, 2023, and 2024. He has published extensively in numerous journals with over 270 peer-reviewed articles, over 200 conference proceedings, and international presentations. His H index is 65, with over 55000 citations. His 15 publications have been selected as "ESI Highly Cited Papers." Six of his articles have also been chosen as "ESI Hot Paper," ranking in the top 0.1% of articles in the relevant field. He is the Editor-in-Chief of Nutrition and Health and a Board Member of ACS Food Science and Technology. He holds a Ph.D. in Food Science and Nutrition from the University of Tokyo, Japan. He has a post-doctoral degree from Deakin University, Australia, as an Alfred Deakin Post Doctorate Researcher, and Loughborough University, UK, as an IAS Fellow. Dr. Nauman established Pakistan's First Private Sector, the School of Food and Agricultural Sciences (SFAS), at the University of Management and Technology (UMT), Lahore, Pakistan. This school was formally accredited by the Institute of Food Technologists (IFT), USA, and is the only accredited school in South Asia. He worked with national/international institutions, departments, and organizations like Deakin University, Australia; University of Tokyo, Japan; University of Tsukuba, Japan; Putra University, Malaysia; Loughborough University, UK; UAE University, UAE; Imam Abdul Rehman bin Faisal University, Saudi Arabia; Sohar University, Oman and many others. He works as the founding Dean and Professor at SFAS, UMT, Lahore, Pakistan, and Professor of Nutrition at the College of Health Sciences, Abu Dhabi University, Abu Dhabi, United Arab Emirates.

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I have had the privilege of serving as an invited speaker and guest lecturer at several prestigious universities across Southeast Asia, including Mae Fah Luang University in Thailand, UCSI University in Malaysia, and Universitas Andalas in Indonesia. These opportunities have allowed me to share my expertise in areas related to food science, green extraction technologies, and applied research in natural products, while engaging with a wide range of academic audiences including undergraduates, postgraduates, and faculty members. At Mae Fah Luang University, a leading institution in northern Thailand known for its strength in natural product research, I delivered lectures focused on supercritical fluid extraction (SFE) and pressurized liquid extraction (PLE) for herbal and botanical applications. My sessions highlighted the practical and industrial relevance of these advanced extraction techniques, particularly in the development of high-value phytochemicals for the nutraceutical and pharmaceutical industries. I also shared case studies and laboratory experiences to illustrate the real-world application of green extraction methods in research and commercial product development. At UCSI University, Malaysia, I was invited to speak as part of a special seminar series on innovation in food and health sciences. My lecture titled "Green Technologies in Herbal Extraction: From Lab to Industry" explored the transition of academic research to industrial application, emphasizing sustainability, regulatory compliance, and product standardization. The session was well-attended by students and researchers from the Faculty of Pharmaceutical Sciences and the Faculty of Applied Sciences. I also participated in a panel discussion addressing future career pathways and research trends in food technology and biotechnology. Meanwhile, at Universitas Andalas in Padang, Indonesia, I delivered a series of lectures and hands-on workshops on natural product extraction, bioassay-guided fractionation, and the importance of phytochemical standardization. These engagements were conducted in collaboration with the university's Faculty of Pharmacy and Faculty of Agricultural Technology. My lectures focused on the challenges and innovations in working with tropical plant materials, and I provided guidance to postgraduate students working on herbal drug development and functional food formulation. These academic engagements have strengthened my ability to communicate complex scientific concepts to diverse audiences, including those with varying levels of technical background. I have also benefited greatly from the cross-cultural academic exchange, gaining insights into regional research priorities, indigenous medicinal plant usage, and collaborative opportunities in ASEAN’s growing herbal and functional food sectors. Beyond formal lectures, my invited speaker roles have also included mentoring student researchers, participating in research colloquiums, and contributing to discussions on curriculum development related to green extraction technologies and sustainable food systems. Each of these experiences has enriched my academic and professional journey, allowing me to contribute meaningfully to the advancement of science education and to build lasting academic networks across borders. Through these speaking opportunities, I continue to advocate for science-based innovation, sustainability in extraction and processing technologies, and regional cooperation in research and development, especially in the context of unlocking the potential of natural resources through responsible and modern scientific approaches.

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♦ Aptamer-based Genotyping of Influenza Viruses ♦ Involvement of vault RNAi in Multi-drug resistance of cancer cells ♦ Anti-termination regulation of the hut operon in Bacillus subtilis ♦ Developing anti-coagulant aptamers ♦ Glycan-based discrimination of influenza viruses ♦ Developing an RNA-aptamer as the drug for Human Herpes simplex viruses and clinical trials ♦ Nanobiosensors using commercial Digital versatile disc: a BioDVD platform technology ♦ Optical nano-biosensor using evanescent-field-coupled waveguide-mode sensor ♦ Optical sensor for biomolecular interactions using Surface Plasmon Resonance ♦ Dye or Immuno Gold-nanoparticle-mediated signal enhancements for biosensing ♦ Isolation and Purification of microbial Lipases and Keratinases ♦ Molecular characterization Protease inhibitors from Plant and Animal systems ♦ Polysialylation on human cancer cells during growth and differentiation ♦ Anti-viral aptamers for Hepatitis C Virus ♦ Anti-EPO for aptamers to screen the drug intake during sports events ♦ Aptamers for infectious diseases-Malaria, TB, SARS, Dengue, HIV & Food Mouth Diseases ♦ Nanostructures on Interdigitated Electrode sensor (Impedance) ♦ Encapsulation of herbal product/Cow Urine in Cellulose Nanoparticle as anti-microbes ♦ Green Synthesis of Nanomaterials (Silver, Iron, rGraphene Oxide) and antimicrobial activities ♦ Analysis of Single-walled Carbon Nanotube. Mxene ♦ Production of extracellular fungal cocktail enzymes ♦ Production of Zeolite nanoparticle from fly-ash ♦ Capturing human pathogen from water from post-flooding ♦ Early diagnosis of Lung, Cervical and Prostate cancers ♦ Diagnosis of Parkinson’s Disease, Hyperglycemia, Hypertension, Leukemia, Osteosarcoma ♦ Diagnosis of SARS-CoV-2 [COVID-19] ♦ Determination of Arsenic in paddy grains ♦ Fabrication of semicondustor materials – Failure analysis ♦ In silico analysis & modelling on anti-human clotting factors: A substitute for heparin ♦ Molecular imprinting with clinical biomarkers ♦ Alloyed Nanomaterials for sensing surface enhancement

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Brief Profile

I have expertise in the phytochemical investigation of medicinal plants by using different techniques like chromatography, HPLC, LCMS, NMR etc. and isolated phytochemicals of medicinal importance. furthermore, i have administrative experience of 17 years in the domains mentioned below. Associate Dean, Faculty of Biological, Health Sciences and Technology, KFUEIT Director, Institute of Biological Sciences, KFUEIT Ex- Coordinator Department of Chemistry, KF UEIT, Rahim Yar Khan. Ex-member, Local Purchase committee, KF UEIT, Rahim Yar Khan. Additional Director Maintenance, KFUEIT. Member of academic council of Khwaja Fareed University of Engineering and Technology (KFUEIT), RYK Member of Board of Faculty at Khwaja Fareed University of Engineering and Technology (KFUEIT), RYK Member of scholarship award committee of Khwaja Fareed University of Engineering and Technology (KFUEIT), RYK Convener, Examination Vigilance ad Monitoring Committee, KFUEIT. Member, Marketing and Communication Committee, KFUEIT Member, Scholarship Committee, KFUEIT. Member, Vigilance Committee examination, KFUEIT. Convener Departmental Quality Enhancement Cell (QEC) (2017 to date). Member Admission Campaign committee 2018 Coordinator Department of Chemistry at KFUEIT (2016-17). CBA Coordinator at KFUEIT (2016 – 2018). Member, Local Purchase Committee at KFUEIT (2016-17)

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1. Bioinformatics (Drug design) 2. Virology (Identification, amplification and sequencing of important RNA/DNA viruses of plants, animals and birds) 3. Genetic transformation of plants (both Biolistics and Agrobacterium) 4. Hydroponics & Tissue Culture 5. Plant Breeding

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A motivated and dedicated Ph.D. researcher with robust leadership skills and effective communication abilities. Deeply committed to pushing the boundaries of research and innovation in nutritional sciences while also nurturing the growth of future healthcare professionals. With 24 years of experience, I have a proven track record of successfully connecting academic & research knowledge with practical implementation, clinical nutrition practice with therapeutic lifestyle changes, and food nutrition services with culinary excellence, resulting in measurable enhancements in patient health outcomes, improved quality of life, and increased nutrition awareness for public health.

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As Medical Laboratory Scientist i had working more than 06 years working experience in clinical field and 02 years working experience in academia in the field of Medical Laboratory Technology/Sciences. I had my experties to worked in almost all different sections of laboratory including Laboratory Quality Management LQMS (Quality Assurance/Quality Control) , Hematology, Clinical Pathology, Special Chemistry, Immunology & Serology, Microbiology, Molecular Biology, Blood Banking and having my expertiese in almost all relevent techniqies applied in all these sections through different devices including , Spectrophotomery, PCR, ELISA, FIA, RIA, Flamephotometer, ICT, HPLC, Electrical Impedence, Culture Media, Latex Aglutination Tests, Gel Electrophorasis, Lectures Presentation, PPTs, Online Classes (Zoom, Google Meet, Microsoft Team, Google Classroom etc).

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I am an Associate Professor and Senior Research Fellow at Universiti Teknologi MARA (UiTM), with over 20 years of experience in configuring, maintaining, and training others on advanced data science and computing platforms widely used in industrial and scientific domains. My expertise lies in the deployment and troubleshooting of research-grade software environments, big data infrastructure, and AI-based simulation systems. I have led the setup and administration of UiTM’s Big Data Lab, where I managed the installation and optimization of Cloudera Hadoop, Apache Spark, and Hive on a multi-node physical and virtual cluster environment. These platforms are actively used for postgraduate training, large-scale data analysis, and simulation of real-world job scheduling workloads. I am responsible for their ongoing configuration, system performance tuning, and technical support. In research, I developed EcoPyCSim, a simulation framework supporting deep reinforcement learning (DRL) strategies for energy-aware job scheduling. The simulator integrates environments such as OpenAI Gym and CloudSim Plus, and I handle all aspects of its configuration, testing, and customization for reproducible experimentation. This work supports both academic outputs and innovation competition participation, including recognition through multiple Gold Awards for simulator-based projects like DRL-EnergySim. I have a number of training sessions and workshops for public agencies and industry, including Agensi Nuklear Malaysia and Technology Depository Agency Berhad, covering topics such as big data pipeline setup, model evaluation, and explainable AI. I also design lab modules and technical documentation to guide postgraduate students and professionals in using these platforms effectively. While my domain is software-centric, the platforms and environments I develop and maintain are essential tools for modern scientific inquiry, comparable in function and complexity to physical instrumentation in other fields.

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I am contributing to the Research, Teaching, and Management of educational institutes with dedication and enthusiasm. I have more than fifteen years of experience in teaching at the University level, conducting research projects, and developing of Labs and growth of academic Departments. I am currently working at Namal University, Mianwali, Pakistan. Previously, I served the Department of Earth & Environmental Sciences, Bahria University Karachi Campus. I have keen interest and expertise in domains of GIS & Remote Sensing applications, Research Methodology, and Geophysics, Seismology, Hydrogeology, Environmental Sciences, and Climate Change. Sixty-two (62) research papers are in my credit, which were published in  Impact Factor international and national research journals (recognised by HEC). I have utilised several software, including ArcGIS (ArcMap, ArcScene, Arc Catalogue, etc) and ERDAS Imagine for providing professional training at universities and industry. I have an exposure to international projects, including the International Workshop on Marine Geophysical Surveys, held in Beijing and Qingdao, organized by the China Geological Survey. I have conducted several Professional Training Courses/Workshops related to GIS and Satellite Image Processing for students, geophysicists, geologists, surveyors, experts of Oil & Gas exploration companies, environmentalists, and professionals in Karachi and Islamabad. My research interest is in developing Integrated studies for the mapping and modelling of natural resources for their sustainable use and social impact. Peer-reviewed publications in recent years reflect my orientation toward specific research domains in GIS & RS, Seismology, and Environmental Sciences, for the study areas of Pakistan, Oman, North Sea, USA, and Australia. I believe the novelty of my work significantly added a tiny drop into the 'Sea of multidisciplinary research'.

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Prof. Dr. Tanveer Hussain, an accomplished academic and researcher in forestry and medicinal plant sciences, brings over two decades of hands-on experience in the installation, troubleshooting, and training of specialized equipment and methodologies used in the scientific and environmental sectors. With a PhD in Forestry from the University of Agriculture Faisalabad, his research has primarily focused on biodiversity conservation, agroforestry, and the sustainable use of medicinal plants, particularly in arid and semi-arid regions such as the Cholistan Desert. He has served in multiple leadership roles, including Dean of the Faculty of Agriculture and Environment, Director Cholistan Institute of Desert studies, at the Islamia University of Bahawalpur, and has overseen large-scale national and international projects totaling over Rs. 100 million. Notably, he led a Punjab Agricultural Research Board (PARB) project focused on the germplasm collection and characterization of indigenous forest and medicinal plants. His expertise includes deploying and maintaining equipment for phytochemical analysis, tissue culture, and biodiversity monitoring. Dr. Hussain has authored and edited several technical manuals and textbooks, including chapters on forest ecology and medicinal plant pharmacology. He is also actively involved in capacity building, having trained numerous postgraduate students and junior researchers in laboratory protocols and field-based data collection techniques. He has supervised over 120 BS, M.Phil., and PhD students and regularly delivers training programs on biodiversity assessment and plant-based therapeutic studies. Certified through leadership and governance programs with Edinburgh Napier University and the British Council/NAHE, Dr. Hussain blends academic excellence with administrative leadership. His work not only advances scientific understanding but also supports sustainable livelihoods and environmental resilience in vulnerable ecosystems.

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Dr. Farid is a leading young scientist in the area of Environmental Sciences in Pakistan and worldwide with a research interest in environmental chemistry, ecotoxicology, Biogeochemistry of trace elements, Soil and wastewater treatment. He holds significant research contribution with a total 81 impact factor publications in the field with a total, h-index=40, i10index=63, IF=310 and 9200 citations. A total of 45 international published abstract and 41 Book chapters are also in his credit. He was awarded research productivity awards multiple times in his career. He holds different research and academic honors and awards from various international prestigious organizations. He was invited multiple times as external examiner for both PhD and MS dissertation defense. He is running research collaborations with scientists of different countries like China, Europe, Australia, Middle East. He was awarded two NRPU research projects by the Higher Education commission, Pakistan of worth 7.3 Million PKRs. He made several scientific visits for research talks including Japan, France, United Kingdom etc. Dr. Farid successfully completed six months fully funded research training in Scottish Universities Environmental Research Center (SUERC), University of Glasgow, Scotland, UK by Higher Education Commission of Pakistan under IRSIP Program. He is a consistent winner of 26th,27th,28th,33rd and 34th Goldschmidt congress travel grants funded by European Association of Geochemistry (EAG) and Elsevier. He is member of various national and international organizations in the area of Environmental Sciences including Divisional Expert member of the Environmental projects approval committee, Gujranwala, Pakistan. Dr. Farid also awarded several travel grants due to his unique and significant work in the field of Environmental Sciences. He supervised 20 MPhil and 22 BS students research projects/thesis and taught a range of environmental sciences courses at all level BS/MS/PhD at university level.

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My 34-year career as a Professor of Biochemistry and Dean of Sciences at the University of Agriculture Faisalabad Pakistan has been deeply rooted in the practical application and dissemination of advanced scientific techniques, particularly in Molecular Biology, Molecular Diagnostics, and Nanobiotechnology. This extensive experience encompasses not only cutting-edge research but also a significant hands-on role in the lifecycle of specialized scientific equipment, from installation and maintenance to advanced troubleshooting and comprehensive training. A significant aspect of my professional contribution lies in technical training and capacity building. I am a pioneer in Pakistan for offering hands-on molecular techniques trainings. I have personally organized and delivered over 50 intensive workshops on diverse topics including PCR, gene cloning, bioinformatics, and DNA barcoding. These programs, which I designed and executed, emphasize direct participant engagement with the equipment, ensuring practical proficiency. My "Future Scientist Training Series" for high school students further demonstrates my ability to simplify complex techniques for diverse audiences. Through my startup, "Molecular Care," I established a facility that not only provides high-quality diagnostic services but also serves as a practical training ground, offering hands-on experience on real-time PCR and ELISA-based diagnostic platforms. I have also developed comprehensive online lecture series and general presentations on research methodologies, including "How to conceive research idea" and "Writing research synopsis and thesis," which implicitly cover proper data generation and equipment usage. My expertise extends across a range of high-precision instruments crucial for modern biological and chemical sciences. In Molecular Biology and Diagnostics, I possess profound hands-on experience with Real-time PCR machine, having utilized them extensively for gene expression analysis, viral load quantification (e.g., HCV, HBV diagnostics at Molecular Care), and genetic profiling. I am proficient in the setup and troubleshooting of systems for gene cloning and expression, including eukaryotic cell line transfection systems and in vitro transcription assays. In Biochemistry and Analytical Chemistry, I have routinely operated and maintained sophisticated equipment such as HPLC (High-Performance Liquid Chromatography) and GC (Gas Chromatography) for compound separation and analysis. My experience includes using amino acid analyzer for protein characterization, atomic absorption spectrophotometer for elemental analysis, and enzyme purification and characterization. This involves not only running samples but also understanding instrument calibration, routine maintenance protocols, and diagnosing performance issues. My experience extends to troubleshooting and maintaining these instruments, ensuring optimal performance and data integrity in a research and diagnostic setting. While formal certifications for specific equipment models are not explicitly listed, my 23 PhD and over 115 MPhil supervisions, coupled with leading multiple research projects (including those funded by USAID and IFS), attest to my continuous, high-level engagement with these technologies. My role as Director Quality Enhancement Cell also involved overseeing the quality of laboratory infrastructure and research output across the university. This holistic experience underscores my deep technical proficiency and my proven ability to transfer this knowledge to others effectively.

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I am a healthcare and rehabilitation expert with over 30 years of hands-on experience in clinical practice, academic leadership, and research—particularly in occupational therapy and geriatric rehabilitation. My expertise centres around the assessment, maintenance, installation, and use of specialised rehabilitation equipment across industrial, scientific, and medical domains. I have a strong foundation in both conventional and advanced therapeutic technologies, which I regularly employ in the treatment and training of patients and healthcare professionals. I specialise in cognitive rehabilitation and cognitive stimulation therapy (CST), especially for older adults with mild cognitive impairment and dementia. I have developed and validated culturally adapted interventions such as the Cognitive Stimulation Therapy – Malaysia (CST-M) module, and have led training programs for therapists and caregivers to ensure consistent and evidence-based application. I have also integrated transcranial Direct Current Stimulation (tDCS) into my rehabilitation protocols as a non-invasive neurostimulation technique to support cognitive function and neuroplasticity in older populations. My involvement includes setup, parameter calibration, electrode placement, safety monitoring, and training postgraduate students and clinicians in its application. Throughout my career, I have developed, used, and trained others in a wide array of equipment, including but not limited to: Volumetric Incentive Spirometer (e.g., Voldyne 2500) for respiratory rehabilitation, EH Board for Visual-Motor Integration (which I invented and registered under MyIPO), Snoezelen multi-sensory room equipment for behavioural regulation, Fine motor skill development tools such as Dakon Therapy for ADHD children, Driving simulators and cognitive screening tools for older adults. I routinely maintain, troubleshoot, and upgrade rehabilitation devices in clinical and research settings to ensure they meet operational and safety standards. I also produce training manuals, technical guides, and standard operating procedures to facilitate consistent and safe usage across teams. As a senior academic and postgraduate supervisor, I have mentored numerous students in the implementation of equipment-based interventions, including the use of fNIRS (Functional Near-Infrared Spectroscopy) for cognitive workload assessment, sensory-based therapy tools, and psychometric validation of therapy equipment. My innovation efforts have been recognised with multiple national awards, including Gold and Diamond Awards at UiTM’s Invention, Innovation & Design Exposition (iidex), and several of my products have been granted intellectual property rights. In addition, I have developed Massive Open Online Courses (MOOCs) and conducted workshops on therapeutic equipment usage in occupational therapy practice, ensuring knowledge is transferred not only at the clinical level but also through structured educational programs. My goal is to continue developing effective, evidence-based tools and programs that empower healthcare professionals while improving outcomes for clients, especially older persons navigating cognitive and functional decline.

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As a biomedical engineer by profession and currently serving as CEO of Revive Medical Technologies Inc. (RMT), as well as Professor and Head of the Biomedical Engineering Department at Riphah International University, Islamabad, I have spent over two decades advancing the landscape of medical technology in both industrial and academic sectors. After completing my Ph.D. and postdoctoral research at the University of Sheffield, UK, I returned to Pakistan with a mission to establish the country’s first indigenous medical device industry. With critical support from the Ministry of Science and Technology, I spearheaded the establishment of a pilot-scale production facility in 2007 under a federal government initiative, marking Pakistan’s entry into local cardiovascular device manufacturing. My core team and I underwent specialized training in Germany, gaining expertise in the production of cardiovascular stents and catheters. Later, I was honored with a formal mandate from the Prime Minister’s Office to lead the creation of Pakistan’s first state-owned medical device industry, which led to the founding of N-ovative Health Technologies (NHT)—an ISO 13485-certified and DRAP-licensed facility. As CEO of NHT and Founding Executive Director of the Medical Devices Development Centre (MDDC), a national Center of Excellence at NUST University, I successfully led the development and commercialization of four DRAP-approved cardiovascular products—Rejuvenate, VasoGlide, N-DEavour, and Tracker—priced at just a fraction of imported alternatives. During the COVID-19 pandemic, I directed the development of Pakistan’s first indigenous ventilators and respiratory devices, while also achieving the significant milestone of localizing the production of specialized manufacturing equipment previously imported from Germany and the U.S. In parallel, I have contributed substantially to academic innovation as the Founder of the Biomedical Engineering & Sciences Department at NUST, where I also established the Prosthetics and Implantology Lab and led numerous successful technology transfers to industry. I’ve been recognized nationally with prestigious awards including the Presidential Award, National Development Award, Pakistan Engineering Council’s Excellence Award, and COMSTECH’s Distinguished Scholar Award for my contributions to research, innovation, and capacity building across OIC member countries. In 2023, I co-founded Revive Medical Technologies Inc. (USA) to bridge global gaps in medical device development by offering complete, end-to-end solutions. My technical expertise spans the installation, troubleshooting, and training on a wide range of specialized equipment including HPLC machines, UV spectrophotometers, Leica microscopes, stability chambers, drying ovens, centrifuges, and ultrasonicator units, all of which are essential for product testing and validation. I’ve also led the operation and training on production-grade devices like the Stent Drug Coating Machine (SDCM) and Electropolishing Machine (EPM), and advanced prototyping tools such as Creality K1 Max, Demo K1 Carbon, Artillery SW-X4 Pro, Carvera CNC, and Voltera PCB printers. I’ve authored technical manuals, developed training modules, and mentored engineers, researchers, and technicians both in academic institutions and production facilities. With 27 patents, over 50 international publications, and more than 30 device prototypes, I remain deeply committed to transforming healthcare innovation into practical, life-saving technologies.

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I have been working as Professor and researcher in field of Botany, since last 25 years and i have produced 70 MS and 07 PhD graduates. I have published 170 research articles and I have expertise in field of HPLC , 2-DE, HPLC-MS., Climate Change

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I have experience in biomedical research and academic leadership, with hands-on expertise in management and training of others on specialized scientific research projects. My work spans cardiovascular physiology, molecular biology, and translational research, where I have set up and managed complex lab systems. As PI and Co-PI on multiple funded projects, I have been involved in planning equipment procurement, overseeing installation, and training lab members to ensure data integrity and regulatory compliance. During my various trainings abroad, I gained advanced skills in murine myocardial infarction and ischemia-reperfusion models, including surgical instrumentation and post-op monitoring systems which has been employed in many research projects conducted in Pakistan. I have designed and delivered specialized workshops which included modules on equipment use, safety protocols, and basic troubleshooting. These trainings have equipped graduate students and early-career researchers with the confidence to independently operate and maintain lab equipment. I also serve as a member of Institutional Biosafety Committee having completed international workshops through CRDF Global, the Fogarty International Center (NIH), and the Pakistan Biosafety Association. These programs enhanced my skills in biosafety-compliant equipment management, especially in low-resource settings. In my academic roles, ranging from Associate Professor, Vice Chair Education to MPhil Program Coordinator, I have integrated equipment-based research training into curricula, ensuring that students not only understand the theory but gain real, hands-on skills. I have authored technical documentation, created grant-based equipment justifications, and reviewed laboratory layouts to support research expansion.