VISION
To become a global leader in cutting-edge research and innovation in semiconductor and microchip technologies, driving advancements that shape the future of electronics, communication, and sustainable development.
MISSION
To foster pioneering research, design, and development in semiconductor and microchip technologies by:
- Cultivating interdisciplinary collaborations between academia, industry, and government.
- Training and mentoring the next generation of scientists, engineers, and innovators.
- Advancing high-impact publications, patentable technologies, and real-world solutions for national and global challenges.
Our Objective stratigecs
Advance Scientific Research and Innovation
Conduct cutting-edge research in semiconductor and microchip technologies, including emerging materials like GaN, SiC, and CMOS, as well as next-generation device architectures.
Focus on high-impact areas such as RF/mmWave systems, AI hardware, power electronics, and heterogeneous chiplet integration.
Produce world-class scientific publications and secure patents that contribute to technological advancement and global competitiveness.
Foster Talent and Build Technical Capacity
Develop specialized training programs, graduate scholarships, and hands-on research opportunities to cultivate the next generation of microelectronics engineers and scientists.
Host seminars, workshops, and certification courses to upskill students, faculty, and industry professionals in IC design, fabrication, and testing.
Promote interdisciplinary learning by integrating electronics, materials science, physics, and computer engineering.
Drive Impact Through Collaboration and Societal Engagement
Build strategic partnerships with local and international universities, research centers, and semiconductor foundries (e.g., UMS) to accelerate innovation and prototyping.
Support local industries by providing consultancy services, design-to-tapeout support, and access to advanced semiconductor R&D infrastructure.
Align with national development goals (Saudi Vision 2030) to localize semiconductor technologies and strengthen regional self-sufficiency in advanced electronics.
Collapse
