Solving complex problems as a team
Developing new semiconductor technologies requires scientists and engineers working together to solve complex problems.
Heather Flint's work focuses on taking new ideas and helping to turn them into technologies that can be produced successfully and reliably.
A big part of the job is understanding how semiconductor devices perform and how that performance can change over time.
Heather also works on helping to develop and improve the processes used to manufacture semiconductor devices, and developing ways to package and connect devices while they are still part of the semiconductor wafer.
Useful skills you may need
Problem-solving
Device scientists investigate complex technical challenges and work out why a semiconductor device or manufacturing process isn’t behaving as expected. You’ll need to think logically, explore different possibilities and use evidence to find and test solutions.
Curiosity
Science starts with asking questions. A curious mindset helps you explore how devices behave, why their performance changes over time and how new technologies or manufacturing processes could be improved.
Data analysis
Experiments can generate large amounts of information about how semiconductor devices perform. Being able to analyse data, spot patterns and draw conclusions helps scientists understand what’s happening and make informed decisions about what to do next.
Teamwork & communication
Developing semiconductor technology involves people from many different scientific and engineering disciplines. You’ll need to share your findings clearly, listen to different perspectives and work with others to turn research and experiments into reliable technologies that can be manufactured at scale.
Courses Available
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Multiple Courses
Cardiff University offers a suite of CPD short courses in semiconductor manufacturing. Some courses are offered fully online and others are offered in-person (delivery in South Wales).
- Cleanroom Protocols (online) Meet Heather, a Lead Device Scientist at Pragmatic
- Introduction to Compound Semiconductor Electronics Part 1 (online) Meet Heather, a Lead Device Scientist at Pragmatic
- Introduction to Compound Semiconductor Electronics Part 2 (in person) Meet Heather, a Lead Device Scientist at Pragmatic
- Introduction to Compound Semiconductor Photonics (online) Meet Heather, a Lead Device Scientist at Pragmatic
- Introduction to Etching for Semiconductor Manufacturing (in person) Meet Heather, a Lead Device Scientist at Pragmatic
- Introduction to Wire Bonding (in person) Meet Heather, a Lead Device Scientist at Pragmatic
START-SEMI (Skills, Talent, And Re-education Training for Semiconductors)
START-SEMI will concentrate on developing CPD content, Bolt-on apprenticeship, degree and Masters modules at post-16 Levels.
Photonic Integrated Circuit Packaging ACademy (PICPAC)
The Photonic Integrated Circuit Packaging ACademy (PICPAC) project shall create and deliver course content and materials on packaging necessary to enable the rapidly growing field of photonics within the semiconductor sector.
Co-design Of an Advanced Educational Program To Support The Emerging And Future Eco-system Of Semiconductor Manufacturing And Design In The UK
Both scale and depth matter. King's College London (KCL) and Arm are world-leading UK academic and semiconductor industry players respectively.
4
of the world’s top 10 universities are in the UK
#1
In Europe for semiconductor related publications
$1.6B
raised by UK spin-outs in 2024
Useful links
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The UK Semiconductor Centre exists to help the sector move faster, work together more effectively, and grow the UK’s global presence and impact.