PhD Electronic and Electrical Engineering
Course Overview
This PhD in Electronic and Electrical Engineering at Swansea University offers a unique opportunity to conduct substantial, original research within a world-leading environment renowned for its pioneering work in power semiconductor technology and nanoelectronics. You will undertake a challenging project that makes a substantive contribution to the field, culminating in a thesis and an oral examination. The programme is designed to develop advanced research skills and independent critical thinking, preparing you for a high-level career in academia, industry, or the private sector.
Key Program Highlights
- Conduct research within a world-leading centre for Power IC technology and semiconductor device modelling.
- Undertake a substantial, self-directed project leading to a 100,000-word thesis and oral examination.
- Gain expertise in cutting-edge areas like nanotechnology, biometrics, and advanced numerical modelling.
- Develop advanced research and critical thinking skills for careers in both academia and industry.
- Access skills training and opportunities for teaching and presenting at conferences.
Course Overview
This PhD in Electronic and Electrical Engineering at Swansea University offers a unique opportunity to conduct substantial, original research within a world-leading environment renowned for its pioneering work in power semiconductor technology and nanoelectronics. You will undertake a challenging project that makes a substantive contribution to the field, culminating in a thesis and an oral examination. The programme is designed to develop advanced research skills and independent critical thinking, preparing you for a high-level career in academia, industry, or the private sector.
Key Program Highlights
- Conduct research within a world-leading centre for Power IC technology and semiconductor device modelling.
- Undertake a substantial, self-directed project leading to a 100,000-word thesis and oral examination.
- Gain expertise in cutting-edge areas like nanotechnology, biometrics, and advanced numerical modelling.
- Develop advanced research and critical thinking skills for careers in both academia and industry.
- Access skills training and opportunities for teaching and presenting at conferences.
