1. Climate Change, the Energy Challenge, and the Hydrogen Economy
2. Sustainable hydrogen production and electrolysis
3. Basic semiconductors properties: energy levels, charge carriers, dopants, and junctions
4. Electronic properties and defect chemistry of metal oxides
5. The semiconductor/electrolyte interface: energetics and charge transfer processes
6. Photoelectrochemical processes: water splitting, CO2 conversion, production of high-value chemicals
7. Materials design and selection, stability, protection layers
8. Solar fuel devices, artificial leafs & reactors
- Trainer/in: Frank Beuster
- Trainer/in: Marco Favaro
- Trainer/in: Roel Krol