successfully completed university degree (Diploma, Master or equivalent) in Energy or Process Engineering, Engineering Science, or a closely related field sound understanding of heat transfer, sorption technology, and refrigeration systems; demonstrated through relevant coursework, project work, or professional experience experience in steady-state and dynamic modelling of system components such as heat exchangers and piping proficiency in data processing, analysis, and visualization tools, and basic programming skills, e.g. in Python or Matlab good command of German and/or English, with willingness to acquire the missing language skills demonstrated experience in academic or collaborative research projects (is desirable) structured, independent working style and ability to work in a team (is desirable) friendly and clear communication skills (is desirable)

adaptation of existing simulations from the previous project assessment of design options and estimation of performance limits under varying boundary conditions validation and improvement of simulation models based on experimental data support of construction activities at the test bench and assistance during prototype measurements supervision of student assistants and thesis projects within the scope of the research project dissemination of project results through publications and presentations at international conferences contribution to project management and organization of project meetings