We use cookies to ensure you get the best experience on our website. View our privacy policy

Careers in semiconductors

Meet Mazid, an Epitaxy Development Lead at Paragraf

Pushing the boundaries of what is technically possible

Turning new ideas into real-world applications

A PhD can provide a route into some of the most advanced research and development roles in the semiconductor industry. It gives you the opportunity to develop deep technical expertise, conduct original research and build the skills needed to tackle complex scientific and engineering challenges.

After completing a PhD, this scientist progressed into industry and is now an Epitaxy Development Lead at Paragraf, working at the forefront of advanced materials and semiconductor technology.

Epitaxy is a highly controlled process used to grow crystalline materials and thin layers with specific properties. An Epitaxy Development Lead helps develop and improve these processes, combining scientific research with experimentation, analysis and engineering to turn new ideas into technologies that can ultimately be manufactured and used in real-world applications.

It’s a career for people who enjoy exploring difficult questions, pushing the boundaries of what is technically possible and turning scientific understanding into practical innovation.

Useful skills you may need
Scientific curiosity

Development work often starts with questions that don't have obvious answers. Being curious, challenging assumptions and wanting to understand what is happening at a fundamental level are important qualities when developing new materials and processes.

Experimental thinking

R&D involves designing experiments that can test an idea and produce meaningful results. You'll need to think carefully about what to change, what to measure and what the results tell you – including learning from experiments that don't produce the outcome you expected.

Resilience and persistence

Breakthroughs rarely happen first time. Research can involve setbacks, unexpected results and long periods of refinement. Being able to learn from failure, change your approach and keep working towards a solution is an important part of developing new technology.

Leadership and knowledge-sharing

As you progress into senior technical roles, success isn't only about your own expertise. You'll need to guide development activity, communicate complex ideas clearly, share knowledge and help other scientists and engineers work towards a common technical goal.