• You will contribute to our high temperature electrolysis product development
  • You are part of the interdisciplinary stack design & materials team (>10 Members) with an outstanding engineering competence (>80% PhD) which is employing advanced development methodologies (e.g. DFSS, DOE, FMEA, Agile PM) and has access to wide range of advanced computational and experimental resources
  • You are the expert for all aspects related to the thermo-mechanical behavior of high temperature electrolysis stacks
  • You set up cutting edge models and numerical simulations describing the mechanical load situation and respective material reactions, including friction, elasto-visco-plastic deformation and fracture to identify potential design flaws and to derive potential design solutions, using Finite Element Analyses (FEA) and other sophisticated state-of-the art methods
  • You set up experiments that validate or improve your models and the respective results
  • You conduct advanced tolerance studies to derive the functional relationship between design, product and process features
  • You contribute to the respective stack design FMEAs and technical specifications and design stack components with CAD (SolidWorks)


  • Diversified and challenging work on an innovative technology with enormous growth potential that will shape the world we will live
  • Access to well-established network in industry and start-ups
  • Flexible working hours, 30 days of vacation, Job bike leasing, Job ticket for public transport
  • A kind and always supportive team
  • A corporate culture of trust that provides scope for creative thinking, innovative action and various options for professional and personal growth
  • Lounge area for creative work and relaxing
  • For sports cracks: kicker, running, yoga and a variety of team events


  • Master’s Degree in mechanical engineering, materials science, solid state physics or similar, PhD is a plus
  • Very good intuition and analytical understanding of material mechanics especially regarding linear-elastic and visco-plastic deformation, fracture mechanics of brittle materials and stick-slip effects, experience with systems operated at high temperatures is a plus
  • Several years of professional experience in thermo-mechanical modelling and simulation and respective experimental validation
  • Experience with either DFSS, FMEA, DOE, tolerance analysis, Agile Project Frameworks is a plus
  • High degree of personal responsibility, pro-activity, and structure in the way you work
  • You are fluent in English (written and spoken), German is a plus