Senior GaN Power IC Design Engineer in Newtown

Senior GaN Power IC Design Engineer in Newtown

Newtown Full-Time No working from home possible
Cambridge GaN Devices Ltd

At a Glance

  • Tasks: Design and test innovative GaN Power IC solutions for cutting-edge technology.
  • Company: Join Cambridge GaN Devices, a leader in sustainable power electronics.
  • Benefits: Enjoy excellent benefits and a dynamic work environment focused on innovation.
  • Other info: Be part of a team committed to sustainability and technological advancement.
  • Why this job: Make a real impact in the world of power electronics with your expertise.
  • Qualifications: Master's degree in engineering and strong project management skills required.

Cambridge GaN Devices Ltd is seeking an experienced Analog IC Design Engineer to develop GaN Power IC solutions. The role involves designing and testing power ICs and requires a Master's degree in engineering or a related field. Success in this role will depend on a deep understanding of analog ICs, EDA processes, and strong project management skills. Cambridge GaN Devices is committed to innovation and sustainability in power electronics, offering a dynamic work environment and excellent benefits.

Senior GaN Power IC Design Engineer in Newtown employer: Cambridge GaN Devices Ltd

Cambridge GaN Devices Ltd is an exceptional employer, offering a vibrant work culture that fosters innovation and sustainability in power electronics. Employees benefit from competitive remuneration, comprehensive benefits, and ample opportunities for professional growth within a collaborative team environment, all set in the inspiring city of Cambridge, known for its rich academic heritage and technological advancements.

Cambridge GaN Devices Ltd

Contact Details:

Cambridge GaN Devices Ltd Recruitment Team

We think you need these skills to ace Senior GaN Power IC Design Engineer in Newtown

Analog IC Design
GaN Power IC Solutions
EDA Processes
Project Management
Testing Power ICs
Master's Degree in Engineering
Innovation in Power Electronics