MSc Electronics & Photonics Manufacturing
Course Overview
This MSc in Electronics & Photonics Manufacturing equips you with the expertise to pioneer the next generation of industrial and consumer technologies, from micro-sensors to advanced photonic systems. The programme masterfully integrates cutting-edge nanofabrication and material science with practical, industry-focused manufacturing principles. You will graduate prepared to lead in a high-tech sector that is critical to global innovation.
Key Program Highlights
- Engage in an interdisciplinary team project tackling real-world technical, financial, and environmental challenges of industrial manufacturing.
- Gain hands-on experience through an MSc research project, often in direct collaboration with leading industry partners or world-class academic researchers.
- Master the fusion of novel processes like microforming and nanofabrication with advanced material technologies within a production context.
- Join a school committed to an inclusive environment, recognized with an Athena Swan Bronze Award for supporting women in science.
- Launch a career with top global employers like Apple, Dyson, and Rolls-Royce, or become part of the ecosystem that creates new spin-out manufacturing companies.
Course Overview
This MSc in Electronics & Photonics Manufacturing equips you with the expertise to pioneer the next generation of industrial and consumer technologies, from micro-sensors to advanced photonic systems. The programme masterfully integrates cutting-edge nanofabrication and material science with practical, industry-focused manufacturing principles. You will graduate prepared to lead in a high-tech sector that is critical to global innovation.
Key Program Highlights
- Engage in an interdisciplinary team project tackling real-world technical, financial, and environmental challenges of industrial manufacturing.
- Gain hands-on experience through an MSc research project, often in direct collaboration with leading industry partners or world-class academic researchers.
- Master the fusion of novel processes like microforming and nanofabrication with advanced material technologies within a production context.
- Join a school committed to an inclusive environment, recognized with an Athena Swan Bronze Award for supporting women in science.
- Launch a career with top global employers like Apple, Dyson, and Rolls-Royce, or become part of the ecosystem that creates new spin-out manufacturing companies.
