Electromechanical Engineer
Job Description
Job Posting Organization:
CERN, the European Organization for Nuclear Research, is a leading scientific research institution established to probe the fundamental structure of the universe. It employs physicists and engineers who utilize the world's largest and most complex scientific instruments to study fundamental particles. CERN's mission is to provide insights into the basic constituents of matter and the fundamental laws of nature. The organization operates in multiple countries and employs a diverse workforce, emphasizing the importance of diversity in its mission since its foundation.
Job Overview:
The Electromechanical Engineer position at CERN involves shaping the next generation of normal-conducting accelerator magnets for the Future Circular Collider (FCC). The role encompasses a wide range of responsibilities, including the design and prototyping of magnet technologies, developing scalable manufacturing and procurement strategies, and applying lessons learned from existing magnet systems to ensure the reliability and cost-effectiveness of new systems. The engineer will collaborate with CERN teams and industrial partners to ensure that the FCC magnet systems are developed efficiently and effectively, from concept through to system integration. This position requires a proactive approach to problem-solving and a commitment to innovation in the field of electromechanical engineering.
Duties and Responsibilities:
The duties and responsibilities of the Electromechanical Engineer include:
Required Qualifications:
Candidates must possess a Master's degree or PhD in Mechanical or Electrical Engineering or a related field, or equivalent relevant experience. Additionally, candidates should have experience in the design or construction of accelerator magnets or comparable complex electromechanical equipment. Proficiency in analyzing mechanical or magnetic measurements and using them to validate and improve designs is essential. Experience in the procurement of magnets or similar equipment, whether in industry or in a laboratory, is considered an asset. Candidates should also demonstrate technical competencies in the design and modeling of normal conducting magnets, operation and maintenance of magnet systems, and knowledge of magnetic materials and electric insulations.
Educational Background:
The educational background required for this position includes a Master's degree or PhD in Mechanical or Electrical Engineering or a closely related field. Candidates with equivalent relevant experience may also be considered. A strong foundation in engineering principles, particularly in the areas of electromechanical systems and magnet technologies, is essential for success in this role.
Experience:
The position requires candidates to have relevant experience in the design or construction of accelerator magnets or similar complex electromechanical systems. Experience in analyzing mechanical or magnetic measurements and applying this knowledge to improve designs is crucial. Additionally, familiarity with the procurement processes for magnets or similar equipment is advantageous. Candidates should demonstrate a proven track record of working on complex engineering projects and collaborating effectively within multidisciplinary teams.
Languages:
Fluency in spoken and written English is mandatory, and candidates should have a commitment to learning French. Proficiency in additional languages may be beneficial but is not required.
Additional Notes:
This position is a limited duration contract for 5 years, with the possibility of extension up to 8 years and eligibility for an indefinite contract tenure. The role involves a 40-hour work week with hybrid job flexibility. Candidates should be prepared for work in radiation areas, interventions in underground installations, and may be required to work during nights, Sundays, and official holidays. Shift work and stand-by duty may also be necessary depending on the needs of the organization. Selected candidates must obtain medical clearance due to occupational health risks associated with the position. The job grade is 6-7, and the reference for this position is TE-MSC-NCM-2026-180-LD.
CERN, the European Organization for Nuclear Research, is a leading scientific research institution established to probe the fundamental structure of the universe. It employs physicists and engineers who utilize the world's largest and most complex scientific instruments to study fundamental particles. CERN's mission is to provide insights into the basic constituents of matter and the fundamental laws of nature. The organization operates in multiple countries and employs a diverse workforce, emphasizing the importance of diversity in its mission since its foundation.
Job Overview:
The Electromechanical Engineer position at CERN involves shaping the next generation of normal-conducting accelerator magnets for the Future Circular Collider (FCC). The role encompasses a wide range of responsibilities, including the design and prototyping of magnet technologies, developing scalable manufacturing and procurement strategies, and applying lessons learned from existing magnet systems to ensure the reliability and cost-effectiveness of new systems. The engineer will collaborate with CERN teams and industrial partners to ensure that the FCC magnet systems are developed efficiently and effectively, from concept through to system integration. This position requires a proactive approach to problem-solving and a commitment to innovation in the field of electromechanical engineering.
Duties and Responsibilities:
The duties and responsibilities of the Electromechanical Engineer include:
- Designing and developing cost-effective normal-conducting magnet technologies for the FCC, from initial concept and modeling through to prototyping and system integration.
- Studying and proposing manufacturing and procurement strategies tailored to the scale of the FCC project, ensuring efficient production, installation, and maintenance.
- Planning, organizing, and coordinating the maintenance, repair, testing, and modification of existing magnets in operation, including specific renovation campaigns.
- Preparing technical specifications, reports, and other engineering documentation, and effectively communicating technical results to relevant stakeholders.
- Collaborating with multidisciplinary teams to ensure the successful integration of magnet systems into the FCC project.
Required Qualifications:
Candidates must possess a Master's degree or PhD in Mechanical or Electrical Engineering or a related field, or equivalent relevant experience. Additionally, candidates should have experience in the design or construction of accelerator magnets or comparable complex electromechanical equipment. Proficiency in analyzing mechanical or magnetic measurements and using them to validate and improve designs is essential. Experience in the procurement of magnets or similar equipment, whether in industry or in a laboratory, is considered an asset. Candidates should also demonstrate technical competencies in the design and modeling of normal conducting magnets, operation and maintenance of magnet systems, and knowledge of magnetic materials and electric insulations.
Educational Background:
The educational background required for this position includes a Master's degree or PhD in Mechanical or Electrical Engineering or a closely related field. Candidates with equivalent relevant experience may also be considered. A strong foundation in engineering principles, particularly in the areas of electromechanical systems and magnet technologies, is essential for success in this role.
Experience:
The position requires candidates to have relevant experience in the design or construction of accelerator magnets or similar complex electromechanical systems. Experience in analyzing mechanical or magnetic measurements and applying this knowledge to improve designs is crucial. Additionally, familiarity with the procurement processes for magnets or similar equipment is advantageous. Candidates should demonstrate a proven track record of working on complex engineering projects and collaborating effectively within multidisciplinary teams.
Languages:
Fluency in spoken and written English is mandatory, and candidates should have a commitment to learning French. Proficiency in additional languages may be beneficial but is not required.
Additional Notes:
This position is a limited duration contract for 5 years, with the possibility of extension up to 8 years and eligibility for an indefinite contract tenure. The role involves a 40-hour work week with hybrid job flexibility. Candidates should be prepared for work in radiation areas, interventions in underground installations, and may be required to work during nights, Sundays, and official holidays. Shift work and stand-by duty may also be necessary depending on the needs of the organization. Selected candidates must obtain medical clearance due to occupational health risks associated with the position. The job grade is 6-7, and the reference for this position is TE-MSC-NCM-2026-180-LD.
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We are not liable for any decisions or actions taken by applicants in response to this job listing. By applying, you agree that all application processes, interviews, and potential job offers are managed exclusively by the listed employer or organization.
Beware of fraudulent job offers. Do not provide sensitive personal information or make any payments to secure a job.