Working student (m/f/d) for dynamic process simulation

As a working student, you will support our team in modelling hydrogen production from ammonia for use in fuel cells and engines.

With us, you will work on real challenges of the energy transition: At one of the leading institutes for hydrogen and fuel cell technology, you will contribute your basic knowledge of chemical thermodynamics, apply your programming experience in Python (or a comparable language) and gain practical experience in process simulation – ideally, you will already have some prior knowledge in this area.

As a student/research assistant

you will assist with dynamic process simulation of ammonia cracking plants with a focus on reactor modelling.
you will develop and implement your own code in Python.
you will participate in the development of simulations using process simulation tools.
you will assist in the planning and evaluation of experimental investigations.
you will validate the models based on experimental investigations.

You are a good fit for us if

you have a degree in engineering, physics, computer science or a similar field.
you already have knowledge of programming in Python or similar programming languages.
you are interested in dynamic modelling and simulation in research and development.
you work independently, in a structured manner and as part of a team.
you have very good written and spoken German and English skills.

Prior knowledge of process simulation tools such as AVL Cruise M, Simulink, etc. is desirable but not required.

Wissenschaftler:innen besprechen sich neben dem Modell einer Cracker-Anlage zur Wasserstofferzeugung aus Ammoniak

We offer you

exciting and challenging work in research projects.
the opportunity to contribute your own ideas and take on responsibility.
flexible working hours (compatible with your studies).
weekly working hours between 14 and 19 hours, depending on agreement.
open corporate culture: collegial environment, short communication channels, open door policy.
a location with good transport links by bike, car and public transport.