PhD Electronic and Electrical Engineering
Course Overview
The PhD and EngD programs in Electronic & Electrical Engineering at the University of Strathclyde offer advanced research opportunities across several key areas, including energy systems, hydrogen and wind technologies, and high-value manufacturing. These programs are designed to address critical challenges in sustainability, defence, and industrial innovation through cutting-edge interdisciplinary research. Students engage in funded projects with strong industrial and institutional partnerships, contributing to transformative advancements in their fields.
Key Program Highlights
- Research in High Voltage Technologies for environmental applications, such as non-thermal plasma discharges.
- Focus on Hydrogen and Wind Energy through the EPSRC-funded EnerHy Centre for Doctoral Training.
- Opportunities in deep water wind energy and electricity system optimization with industry funding.
- Projects in Non-Destructive Evaluation and AI-enabled manufacturing with international industrial partners.
- Integration of optics, mechanics, and robotics for real-time material inspection and automation.
Course Overview
The PhD and EngD programs in Electronic & Electrical Engineering at the University of Strathclyde offer advanced research opportunities across several key areas, including energy systems, hydrogen and wind technologies, and high-value manufacturing. These programs are designed to address critical challenges in sustainability, defence, and industrial innovation through cutting-edge interdisciplinary research. Students engage in funded projects with strong industrial and institutional partnerships, contributing to transformative advancements in their fields.
Key Program Highlights
- Research in High Voltage Technologies for environmental applications, such as non-thermal plasma discharges.
- Focus on Hydrogen and Wind Energy through the EPSRC-funded EnerHy Centre for Doctoral Training.
- Opportunities in deep water wind energy and electricity system optimization with industry funding.
- Projects in Non-Destructive Evaluation and AI-enabled manufacturing with international industrial partners.
- Integration of optics, mechanics, and robotics for real-time material inspection and automation.
