Electrical Design Engineer: LV Power & Control Safety

CERN; Genf; Vor Ort; CHF 59.000 - 65.000; Vollzeit

Benefits dieser Stelle

Relocation package

Health insurance

CERN Pension Fund

30 days paid leave + 2 weeks annual 1

Zusammenfassung

CERN in Geneva, Switzerland is seeking an Electrical Design Engineer to design and document low‑voltage power and control systems for magnet safety and auxiliary infrastructure. You will contribute to operation and reliability of magnet systems for LHC experiments and work on future upgrades in a multidisciplinary team.

This role requires collaboration with physicists, engineers and technicians, proficiency in electrical design tools (e.g., EPLAN), and the ability to read schematics and perform

Qualifikationen

• Design and document low-voltage power and control systems for magnet safety and auxiliary infrastructure.
• Experience with reading and interpreting electrical schematics/technical documentation.
• Exposure to PLCs, instrumentation and industrial control systems.
• Experience with electrical design tools (e.g., EPLAN or equivalent).
• Ability to work in multidisciplinary teams and communicate clearly.

Aufgaben

• Design and document low-voltage power and control systems for magnet safety, control and auxiliary infrastructure.
• Participate in implementation, testing and commissioning of electrical systems for future LHC upgrades.
• Contribute to development and validation of electrical circuits for control and protection applications.
• Collaborate with physicists, engineers and technicians to develop reliable technical solutions.
• Produce technical documentation and support operation of critical systems.

Kenntnisse

Low-voltage power

Electrical schematics

PLCs

Instrumentation

Analytical

Communication

English

French learning

Ausbildung

Electrical Engineering degree (Bachelor/Master)

Tools

EPLAN

Jobbeschreibung

CERN in Geneva, Switzerland is seeking an Electrical Design Engineer to design and document low‑voltage power and control systems for magnet safety and auxiliary infrastructure. You will contribute to operation and reliability of magnet systems for LHC experiments and work on future upgrades in a multidisciplinary team.

This role requires collaboration with physicists, engineers and technicians, proficiency in electrical design tools (e.g., EPLAN), and the ability to read schematics and perform