Physicist / Engineer for Radiation Environments and Effects (SY-STI-BMP-2026-120-GRAP)
Core
Characterizing radiation fields at CERN accelerators and analyzing data to mitigate electronic system exposure and improve accelerator availability.
Role type
Applied physicist specializing in radiation-matter interaction and electronics effects
Builds
Radiation monitoring data analysis and mitigation strategies for accelerator systems
Domain
Nuclear physics / Accelerator technology / Radiation effects on electronics
Deliverable
production ML models | product features | dashboards & analysis | research | client delivery | infrastructure | physical/clinical work
Required skills
Radiation-matter interaction physics, Radiation level measurements, Electronics engineering, Data analysis (Python, SQL), Monte Carlo simulation, Experimental data interpretation, Technical documentation
Preferred skills
Monte Carlo codes, Advanced data processing tools
Technologies
Python, SQL, Monte Carlo codes
Responsibilities
Characterize radiation field at CERN accelerators and facilities, Analyze data recorded in the CERN accelerator complex, Assess need for R2E mitigation measures, Consolidate and improve software tools for radiation data processing, Analyze radiation effects characterization and modeling in electronic components
Seniority
Mid-level professional (Master's + 2-6 years exp) or Early-career PhD (PhD + <3 years exp)
