This challenge awaits you:

Legislative and customer requirements present vehicle manufacturers with major challenges for future mobility. Increasingly stringent emissions legislation and the need for climate-neutral drives require efficient and predictive simulation processes as a pillar of engine development.

Your Tasks:

• You will support the development of new combustion processes and contribute to 1D simulation.

• The scope covers simulations of charge exchange, combustion and exhaust gas aftertreatment either in co-simulation or with the aid of a single simulation model.

• You will use the following tools: GTSuite, Converge, Python.

Necessary Skills:

• Advanced degree in mechanical engineering, automotive engineering, physical engineering, information technology in mechanical engineering, chemistry or comparable fields of study

• Good knowledge of fluid mechanics and thermodynamics

• Knowledge of combustion engines is explicitly desired

• Knowledge of GT Power or GT-SUITE

• Experience with test data correlation and engine performance prediction

• Programming skills for the automation and improvement of simulation sequences (MATLAB, Python, Java)

• Familiarity with co-simulation, design optimization and test tools

• Independent working style and a high degree of initiative, commitment and creativity

Desired Skills:

• The ability to interpret emissions data and knowledge of combustion chemistry are an advantage.

With appropriate qualifications/experience, it is also possible to work as a student trainee.

The salary is based on our collective wage and salary agreement. The current monthly salary for this position is EUR 979.