Designing the electronics behind scientific discovery
We develop advanced electronic systems that enable CERN’s particle accelerators to operate with exceptional precision. From custom microelectronics and embedded systems to data acquisition, firmware and photonics, we create technologies capable of performing in some of the world’s most demanding scientific environments.
Working across multidisciplinary teams, we transform innovative ideas into reliable electronic solutions that support cutting-edge research and future technologies.
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Project example
Designing the Electronics Behind CERN's Detectors
Purpose
- Develop custom electronics capable of operating in extreme radiation environments
- Deliver ultra-fast and highly reliable signal processing
- Support the next generation of particle detectors
Impact
- Enable precise measurements of particle collisions
- Contribute to discoveries in fundamental physics
- Support detector upgrades across CERN's experiments
Key achievements
- Designed radiation-tolerant electronics and ASICs
- Developed high-speed data acquisition systems
- Integrated custom firmware and embedded electronics
Looking ahead
- Advance next-generation detector electronics
- Integrate AI-enabled embedded technologies
- Support future accelerator and detector programmes
Open positions in Electronics Engineering
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