0Master's thesis in the field of environmental testing: fatigue strength comparison simulation and testing (m/f/d)
Hensoldt | Germany | 89xxx Ulm | Full time | Published since: 04.02.2026 on stepstone.de

Master's thesis in the field of environmental testing: fatigue strength comparison simulation and testing (m/f/d)

Branch: Electrical engineering Branch: Electrical engineering


HENSOLDT is a leading company in the European defence industry with global reach. Located in Taufkirchen near Munich, the company develops complete sensor solutions for defence and security applications. As a technology leader, HENSOLDT is driving the development of defence electronics and optronics and continuously expanding its portfolio on the basis of innovative approaches to data management, robotics and cyber security. Our products can be used in the areas of Space, Air, Land, Sea, Security, Cyber & Information Space. In 2023, HENSOLDT achieved sales of 1.85 billion euros. After the acquisition of ESG GmbH, the company employs about 8,500 employees. HENSOLDT is listed on the Frankfurt Stock Exchange in the MDAX. Master thesis in the field of environmental testing: operational strength comparison simulation and experiment (w/m/d) The department carries out the support of mechanical and electrical development and regulatory approval of reliability calculations, fluid and structural mechanical calculations and product safety analyses for system integrity. The experimental range of tasks includes climatic, mechanical (vibration, shock...) and electromagnetic testing. In the field of environmental testing and approval, the operational strength of samples should be investigated. The investigation takes place both in the experiment and in the simulation. This work is intended to provide a deeper understanding of the operational strength of more complex components, based on existing knowledge of simple samples. .

Your tasks • Your profile • What we offer

Performing a computational operational strength test by means of FEM to determine the service life of a sample geometry Adaptation and further development of a sample geometry (increasing complexity) Experiments to measure the service life Comparison of the lifetime of measurement and simulation Consideration of different materials/production methods (e.g. CFRP, aluminum-cable alloy, 3D-printing aluminum) Validation of FEM results

Student of a Master's degree course in Mechanical Engineering, Physics, Air and Space Engineering or comparable Basic knowledge of technical mechanics Basic knowledge of FEM desirable Target-oriented thinking and team-ready work Willingness to incorporate into new topics independent solution-oriented work Joy in working in an interdisciplinary team Very good German knowledge and good English skills

Flexible working hours & work-life balance Remuneration & social benefits Personal and professional development Working atmosphere Health and safety Mobility & Sustainability

Contact

ava Hensoldt
89077  Ulm
Germany
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