PhD in Electrical and Computer Engineering - Biomedical Engineering in Waterloo Canada | University of Waterloo

Electrical and computer engineering professionals drive progress by pioneering cutting-edge solutions. They design and enhance technologies that address societal challenges, ranging from power systems and renewable energy to revolutionary advances in mobile communications. Our academic community works on diverse projects, from affordable medical imaging devices to fight tuberculosis in underserved regions, to developing embedded systems that enhance product performance and safety. The ECE Department combines top-tier engineering education with groundbreaking research, an internationally recognized co-op program, and a rich legacy of technological breakthroughs. Ranked among the global top 50 engineering institutions, Waterloo's ECE department maintains this standard while expanding into emerging fields. We draw exceptional students and scholars worldwide, with our alumni securing positions at premier engineering companies, multinational organizations, government bodies, and research universities. The PhD program prepares graduates for research-focused careers in academic, governmental, or industrial settings.

Our biomedical research encompasses multiple specialized domains such as nanoscale engineering, semiconductor technology, electronic circuits, computing systems, digital communications, artificial intelligence, control systems, wireless networks, and photonics. Current investigations span: advanced ultrasound technologies, diagnostic imaging systems, computational medical imaging (noise reduction, alignment, feature extraction), automated diagnostic tools, remote healthcare solutions, stochastic systems, movement analysis, artificial intelligence applications, human-machine interfaces, micro-electromechanical systems, integrated circuit design, point-of-care diagnostic tools, biomaterial compatibility, neural interface electronics, nonlinear dynamics, data compression techniques, electromagnetic biological interactions, and robotic systems.