Teaching material
Open lecture notes and tutorials on programming, DFT, atomistic simulation, machine learning and workflows.
Student projects
Student projects provide an opportunity to apply knowledge from your studies to an open scientific question. Projects are connected to ongoing research in the Materials Informatics group at MPI SusMat and adapted to your background and interests.
How a project is formally registered depends on the examination regulations of your degree programme. Supervision, registration and working arrangements are agreed individually before a project starts.
Use this as orientation, not as a checklist.
| If you enjoy or know … | … you could work on |
|---|---|
| Thermodynamics | Free energies, phase stability, defects |
| Atomistic simulation | Density functional theory, molecular dynamics, machine-learned interatomic potentials |
| Python programming | Scientific workflows, pyiron, research software |
| Machine learning | Interatomic potentials, Bayesian optimisation, uncertainty quantification |
| High-performance computing | Parallel execution and workflow infrastructure |
| AI and large language models | Agentic scientific workflows |
These are starting points, not prerequisites. Nobody is expected to know all of these topics – projects are matched to your background, your interests and the scientific question.
You do not need to arrive with a complete research proposal. A short email is enough – we will find a suitable question together.
Useful information for a first email:
Group Leader, Materials Informatics
Max Planck Institute for Sustainable Materials
Open lecture notes and tutorials on programming, DFT, atomistic simulation, machine learning and workflows.
The open-source tools used in projects – with documentation and tutorials you can run on your own computer.