The member states of the Organization of Islamic Cooperation (OIC) possess abundant technical
expertise and specialized human capacities across various developmental sectors. Field studies and
survey reports reveal that these national competencies and local capacities are not consistently
utilized to their fullest potential, both domestically and in terms of inter-regional and
international cooperation. This underutilization of available human resources adversely impacts the
sustainable development progress of these countries and exacerbates the issue of brain drain, as
individuals struggle to find suitable environments to realize their aspirations.
The specialized landscape of human capacities within OIC member states, characterized by technical
capabilities, also boasts diversity and complementarity. This collective pool of expertise covers a
wide range of technical needs crucial for the development process. Hence, there is a growing need
for an initiative that is practical, cost-effective, focused, regularly updated, and integrated into
government structures and policy priorities. This initiative should prioritize the exchange of
technical expertise among OIC member states, leveraging a voluntary and non-monetary approach to
foster cooperation.
Through its COMSTECH Expert Service program, COMSTECH aims to create a platform comprising a robust network of technical experts, including engineers, technologists, technicians, and professionals. These experts will conduct hands-on training sessions and knowledge exchange in various technical fields within the OIC member states, catering to the functioning, maintenance and troubleshooting needs of high-end scientific and research equipment, as well as software tools. The provision of this service will be tailored to the specific requirements and needs assessment of the recipients, which may include universities, research institutions, private companies, or laboratories. This initiative aims to foster collaboration, promote sustainable development, and enhance the technical capabilities of OIC member states.
The scope of inter-cooperation within this platform is defined
by each country’s priorities and its immediate and ongoing needs.
Below, several
areas are outlined that may serve as the initial focus of the platform.
Sophisticated medical equipment such as MRI machines, CT scanners, Health Monitoring Devices, Hospital Management Systems, Telemedicine/E-health, and laboratory instruments.
High-tech manufacturing equipment including CNC machines, robotics, and automation systems.
Equipment for renewable energy such as solar panels, wind turbines, and biomass reactors.
Advanced machinery in mechanical, electrical, chemical, and materials engineering that requires expert maintenance and troubleshooting.
Maintenance and repair of automotive systems, electric vehicles, and autonomous vehicle technology.
Operation and maintenance of aircraft systems, drones, and space exploration equipment.
Maintenance of ship systems, underwater robotics, and marine renewable energy installations.
Operation of mining equipment, ore processing machinery, and metal fabrication tools.
IT infrastructure including servers, networking equipment, and complex software systems.
Specialized equipment for soil analysis, crop monitoring, and precision agriculture, waste Management, land preservation.
Technologies such as IoT devices, sensor networks, and Sustainable Infrastructure.
Advanced software and equipment like Building Information Modeling (BIM) and 3D printers.
Machinery for packaging, preservation, and quality control in food processing.
Equipment for livestock farming including automated feeding systems, milking machines, and health monitoring devices.
Operation and maintenance of drilling equipment, pipelines, and refining machinery.
Operation of pharmaceutical production machinery and quality control equipment.
Maintenance of railway systems, traffic management systems, and smart transportation technologies.
Installation and maintenance of HVAC systems in residential, commercial, and industrial buildings.
Installation and maintenance of telecommunications infrastructure, including fiber optic cables, cellular towers, and satellite systems.
Engagement of experts through the COMSTECH Expert Service program involves a streamlined process where institutions can submit a request specifying the technical field and requirements. Upon submission, the recipient has the option to identify relevant experts from the directory or submit a request for the committee to find a suitable expert on their behalf. The COMSTECH Expert Service Advisory Committee then reviews the request to ensure it aligns with the program's objectives and assesses the potential contributions of the expert.
Following this, an initial meeting is organized to refine the scope of the engagement and pinpoint specific needs and objectives. This collaborative effort helps tailor the engagement to maximize the expert's impact. Decisions regarding the modalities, including financial arrangements and logistical considerations, are made to ensure clarity and mutual understanding of the engagement terms.
The expert then visits the institution to provide their insights and expertise. After the engagement, an evaluation report is compiled to summarize the outcomes and impact of the expert's involvement, offering valuable feedback for future engagements.
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