Electromechanical Engineer - Normal-Conducting Magnets, FCC

Big Science Sweden; Genf; Hybrid; CHF 120,000 - 180,000; Full time

Job summary

Big Science Sweden at CERN is seeking an Electromechanical Engineer for Normal-Conducting Magnets, FCC. You will contribute to the design and prototyping of next-generation accelerator magnets, moving from concept to industrialisation and system integration.

Collaborating with CERN teams and industrial partners, you will help develop scalable manufacturing and procurement strategies, and apply lessons from testing, maintenance and renovation of existing magnets to deliver reliable,

Responsibilities

• Design and develop cost-effective normal-conducting magnet technologies for the FCC, from concept and modelling through prototyping and system integration.
• Study and propose manufacturing and procurement strategies for FCC magnets, tailored to the scale of the project and targeting an efficient and effective production, installation and maintenance.
• Plan, organise and coordinate the maintenance, repair, testing and modification of existing magnets in operation, including specific renovation campaigns, applying the experience gained to the development of FCC magnets.
• Prepare technical specifications, reports and other engineering documentation, and communicate technical results to relevant stakeholders.

Job description

Electromechanical Engineer - Normal-Conducting Magnets, FCC

Datum: 10 september, 2026 Tid: 11:59

Placering: CERN

Mer information

You will help shape the next generation of normal-conducting accelerator magnets for the Future Circular Collider (FCC), from design and prototyping through industrialisation and system integration. Working with CERN teams and industrial partners, you will develop scalable manufacturing and procurement strategies and apply lessons learned from the testing, maintenance and renovation of existing accelerator magnets to the development and delivery of reliable, cost-effective FCC magnet systems.

Your responsibilities

• Design and develop cost-effective normal-conducting magnet technologies for the FCC, from concept and modelling through prototyping and system integration.
• Study and propose manufacturing and procurement strategies for FCC magnets, tailored to the scale of the project and targeting an efficient and effective production, installation and maintenance.
• Plan, organise and coordinate the maintenance, repair, testing and modification of existing magnets in operation, including specific renovation campaigns, applying the experience gained to the development of FCC magnets.
• Prepare technical specifications, reports and other engineering documentation, and communicate technical results to relevant stakeholders.