Master of Applied Science in Electrical and Computer Engineering - Silicon Devices and Integrated Circuits in Waterloo Canada | University of Waterloo

The Department of Electrical and Computer Engineering (ECE) builds upon a legacy of pioneering engineering education, groundbreaking research, an internationally acclaimed cooperative education program, and a tradition of transformative innovation. Recognized within the global top 50 engineering institutions, Waterloo Engineering's ECE department strives to maintain this standard of distinction in established research fields while exploring emerging technological frontiers. We draw exceptional students and faculty members from across the world, with our alumni being highly sought after by premier engineering companies, multinational organizations, governmental bodies, and top-tier research universities. Electrical and Computer Engineering forms the foundation of nearly all technological advancements - from commonplace devices to revolutionary breakthroughs. Our internationally diverse student body pursues excellence through our distinguished faculty, cutting-edge educational programs, and innovative research initiatives. ECE graduates consistently rank among the world's most desirable professionals.

Electrical and computer engineers drive progress by developing transformative technologies. They design and enhance systems addressing society's evolving needs, ranging from power engineering and renewable energy solutions to pioneering wireless communications. Our academic community engages in impactful projects, from developing affordable digital x-ray technology to fight tuberculosis in developing nations, to engineering advanced embedded systems that enhance product design and reliability. Students from across continents choose our institution for access to our renowned faculty, superior education, and leading-edge research opportunities. Our alumni remain highly competitive in the global job market.

The Silicon Devices and Integrated Circuits (SiDIC) specialization encompasses multiple disciplines including semiconductor materials science, electronic device modeling and simulation, manufacturing processes for electronic components, and integrated circuit design. Applications span various sectors such as high-performance chip technologies, medical imaging systems, flexible electronics, display technologies, and solar energy conversion. SiDIC research leverages two state-of-the-art facilities: the Giga-to-Nano (G2N) Center and the Centre for Advanced Photovoltaic Devices and Systems (CAPDS). Established in 2000 with $15 million in funding, the G2N facility was followed by CAPDS in 2004 with a $12 million investment, both resulting from successful CFI Innovation Fund initiatives spearheaded by SiDIC faculty members.