Engineering materials for scientific discovery
We develop, analyse and optimise the materials, chemical processes and surface treatments that support CERN’s accelerators, detectors and technical infrastructure. Working at the intersection of chemistry, materials science and engineering, we ensure that components can withstand extreme environments while delivering the performance and reliability required for world-leading research.
From developing innovative materials and surface treatments to analysing failures and improving production processes, we work closely with scientists and engineers to transform complex challenges into practical solutions.
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Project example
Engineering Materials for Big Science: The HL-LHC and Beyond
Purpose
- Develop advanced materials and processes for next-generation accelerator technologies.
- Qualify materials capable of operating under extreme conditions.
- Support the long-term performance and reliability of CERN's scientific infrastructure.
Impact
- Enabled the development of key components for the High-Luminosity LHC
- Improved the performance of superconducting magnets and specialised engineering systems
- Contributed to the reliability and longevity of CERN's accelerators
Key achievements
- Developed and qualified advanced metallic materials and specialised alloys
- Optimised surface treatments and production processes
- Performed material characterisation and failure analysis for critical components
Looking ahead
- Continue developing innovative materials for future scientific challenges
- Advance sustainable and high-performance engineering processes
- Support the next generation of accelerator technologies
Open positions in Chemical, Materials & Process Engineering
That's a fact!
Our LHC materials withstand magnetic fields stronger than the energy of an Airbus A320 in a pencil lead's diameter!
Explore the diverse fields of work at CERN
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