Please find below the list of accepted project proposals for which candidates could apply until Jan. 15, 2022 (for a PhD position starting in October 2022) - Call terminated.
List of project proposals for a start in October 2022 (Call terminated)
| Nr. | Project leaders | Topic | Link |
|---|---|---|---|
| 1. | Nunes Alves (TU), Leimkühler (UP) | Machine learning to predict Michaelis constants for aldehyde oxidase enzymes | Proposal 1 |
| 2. | Rosowski (BasCat), Matera (FHI), Schomäcker (TU) | Modeling of single and tandem reactions: from kinetic investigations to a general framework to understand catalytic systems | Proposal 2 |
| 3. | Thomas (TU), Bojdys (HU) | Interfacial catalysts for overall water splitting (InterCat) | Proposal 3 |
| 4. | Gurlo (TU), Schomäcker (TU), Hess (TU) | Application of substitutional and intermetallic alloys to carbon dioxide hydrogenation by tandem catalysts | Proposal 4 |
| 5. | Dobbek (HU), Zebger (TU) | Semi-artificial metallo-enzymes for CO2 reduction and oxygenation | Proposal 5 |
| 6. | Kneipp (HU), Esser (ISAS) | UV resonance Raman investigations of enzymes in action | Proposal 6 |
| 7. | Neubauer (TU), Lenz (TU) | Development and scale-up of a fed-batch process for heterologous hydrogenase production in E. coli | Proposal 7 |
| 8. | Repke (TU), Matera (FHI) | Machine learning assisted parameter estimation for optimal kinetic characterization of bifunctional heterogeneous catalysts | Proposal 8 |
| 9. | Heberle (FU), Mroginski (TU) | Flavin/protein interactions that differently shape the reactivities of the two cofactors in bifurcating electron transfer flavoproteins | Proposal 9 |
| 10. | Rosowski (BasCat), Repke (TU) | New design-of-experiment strategies for efficient materials discovery in heterogeneous catalysis | Proposal 10 |
| 11. | Nunes Alves (TU), Leimkühler (UP) | Effects of cell-like quinary interactions over enzyme catalysis | Proposal 11 |
| 12. | Rosowski (BasCat), Thomas (TU) | Synthesis of bifunctional heterogeneous catalysts based on metal-organic frameworks | Proposal 12 |
| 13 | Reuter (FHI), Driess (TU) | Single ion activities for pH determination: Combining robotics and artificial intelligence to tackle an unsolved fundamental problem | Proposal 13 |
| 14 | Weber (ZIB), Horch (FU) | Understanding catalyst reactions by time-resolved spectroscopy and mathematic modeling | Proposal 14 |
| Possibly more proposals to come: check this page regularly for updates! |