Your Profile
You have or will shortly receive a master degree in any of the computational sciences (e.g., computational materials science/physics/ chemistry, applied mathematics). The project requires knowledge in
- programming (e.g., python),
- atomistic simulation (e.g., DFT, LAMMPS),
and you are enthusiastic to develop new approaches and AI methods to accelerate the design of innovative and sustainable materials.
Taska & Responsibilities
The aim of the project is to develop combined computational/experimental workflows for an AIsupported design of sustainable hard magnets
free of rare earth elements. The activities focus on MnBi-based magnets with the goal to improve magnetic properties by means of optimized processing and doping/alloying. The project will be carried out in connection with national and international research and company partners. You will apply accelerated materials design loops informed by ab initio modeling and machinelearned interatomic potentials to find promising new alloys and processing parameters. The research will take part in a collaborative scientific network and include research stays abroad.
Our offer:
- flexible working hours
- further training/education
- home office
- employee events
- cooperation with Firmenradl
A permanent employment contract with immediate start and a gross salary per year of € 52,862.74 (40h/week).
Please send us your application and a detailed resume. We are looking forward to it!
We would like to especially encourage women to apply.