Detector Engineering
We design and deliver complete detector systems that help push the boundaries of science. By integrating technologies from across our detector division and beyond, we transform end-user requirements into fully realised, high-performance solutions.
Our systems engineering approach ensures every detector element works together, from sensor materials to mechanical integration. Whether developing bench-top demonstrators to test innovative ideas or delivering productised cutting-edge instrumentation, we operate across all technology readiness levels to support diverse application needs.
Our expertise spans:
- Mechanical and radiation, data-path design, and cooling solutions for harsh environments.
- Advanced detector assembly and integration techniques.
- Data acquisition systems optimised from the probe station through to production.
- High-speed sensor integration in electron microscopes.
- World-leading X-ray detector systems for major science facilities and industrial applications.
Research papers
- Development of data correction for the 1M Large Pixel Detector at the EuXFEL - IOPScience
- Demonstration of cooling by the Muon Ionization Cooling Experiment - Nature
- Development of a SiPM based Detector Array and Data Acquisition System for the Muon Spectrometer ‘Super-MuSR’ - IEEE Xplore
- The optical links of the ATLAS SemiConductor Tracker - IOPScience
- Quantum C100: Wafer Scale CMOS Sensor for Direct Detection of 100keV Electrons for CryoEM - IEEE Xplore
Enquiries
For more information, please contact Matt Hart.