Company Description
At CERN, the European Organization for Nuclear Research, physicists and engineers probe the fundamental structure of the universe using the world's largest scientific instruments to study fundamental particles and their interactions. More info.
Job Description
Introduction
We seek a Power Electronics Engineer to develop large-scale power electronics systems that drive CERN's particle accelerators. Collaborate with experts in power electronics, digital control, and system integration on designing, simulating, installing, testing, and commissioning high-power systems like Static Var Compensators (SVCs) and power converters in the multi-megawatt range, including their operation and maintenance.
Join the Accelerator Systems Department (SY), responsible for beam-related technical systems across CERN's accelerators. The Electrical Power Converter Group (EPC) manages electrical power systems supplying CERN's infrastructure. Work in the High-Power Converter Section fostering knowledge sharing and innovation.
Functions / Responsibilities
- Construct, test, and deploy SVCs and high-power converters
- Design and model power electronic components and systems using simulation tools
- Develop and simulate advanced power electronics control systems
- Implement digital control strategies within CERN's control platform
- Operate and maintain power electronic systems including troubleshooting and coordinating interventions
- Supervise junior team members and external personnel
Qualifications
- Master's degree or PhD (or equivalent experience) in electrical/electronics engineering or related field
Experience
- Design of power converters and power systems with simulation tools like MATLAB/Simulink
- Understanding of analog and digital control principles; programming microcontrollers and logic development
- Advantageous: prior experience in design, operation or maintenance of multi-megawatt power systems
Technical Competencies
- Knowledge of power electronics techniques, especially high-power converter topologies and reactive power compensation
- Design and modeling of power electronic components
- Operation and maintenance of power electronics systems
- Knowledge of automation and control theory
Behavioural Competencies
- Autonomous working and task initiation
- Structured approach to task planning and prioritization
- Complex problem solving
- Teamwork and active participation
- Effective communication and documentation
Language Skills
- Spoken and written English or French with commitment to learn the other
Additional Information
- Diversity valued and encouraged
- Application deadline: June 24, 2025
Employment Conditions
- Limited duration contract (5 years) with possible indefinite appointment
- 40 hours per week
- Participation in standby duty including nights, Sundays, holidays
- Work in radiation areas and underground installations
- Valid driving licence required
- Medical clearance mandatory prior to contract offer