Accelerator Magnet Modelling Engineer (TE-MSC-MMM-2025-183-LD)

The Accelerator Magnet Modelling Engineer role requires a mid-level professional with a solid foundation in engineering principles, supported by a bachelor's degree. The position focuses on the modeling and analysis of accelerator magnets, which are critical components in particle accelerator facilities. Candidates should possess expertise in electromagnetic field simulation, magnet design, and performance optimization, utilizing specialized software tools commonly used in magnet modeling. Proficiency with finite element analysis (FEA) and computational electromagnetics is essential to accurately predict magnet behavior under various operational conditions. A strong understanding of accelerator physics and magnet technology, including superconducting and normal conducting magnets, is important. The role demands experience in interpreting complex technical data and collaborating with multidisciplinary teams to refine magnet designs and ensure alignment with accelerator requirements. Effective problem-solving skills and the ability to apply theoretical knowledge to practical engineering challenges are key. Familiarity with industry standards and safety protocols related to magnet manufacturing and testing is beneficial. Overall, the ideal candidate combines technical modeling expertise, practical engineering experience, and a thorough understanding of accelerator magnet systems to contribute to the development and optimization of high-performance accelerator components.