You can find possible topics for your thesis in the following list. You can also submit your own topic suggestions (e.g. topics from lectures or practical work in cooperation with companies). Please note that you must prepare an exposé for your own proposals, which briefly describes the topic, central research question and the research method used.

Bachelor topics:

1. Programme planning considering CO2 emissions - a multi-criteria approach
2. Route planning considering environmental impact
3. Operational patient-bed allocation in large hospitals
4. Sequence planning in flexible workshop production with sequence-dependent set-up times
5. Energy-efficient sequence planning in flexible workshop production
6. Resource-constrained multi-project planning of rail vehicle maintenance
7. Integrated planning of maintenance measures and workload distribution in the semiconductor industry
8. Planning of dynamic-inductive charging infrastructures on airport aprons considering an investment budget
9. Planning of dynamic-inductive charging infrastructures on airport aprons considering different vehicle types Planning of electrically powered passenger buses on an airport apron Capacity-oriented production planning in the semiconductor industry inductive charging infrastructures on airport aprons, taking into account different vehicle types
10. Planning of electrically powered passenger buses on an airport apron
11. Capacity-oriented production planning in the semiconductor industry
12. Urban parcel delivery by public transport crowdshipping
13. Optimisation of the food service of a canteen by simulation with AnyLogic
14. Dynamic- inductive charging of public transport buses
15. Route and sequence planning of technicians at a telecommunications company
16. Sequence planning of e-buses taking into account time-variable electricity costs
17. Optimisation of transport logistics with various delivery options
18. Energy-oriented batch size and sequence planning with energy storage
19. Coordination of firefighting measures taking into account various resources

Master topics:

1. Advanced solution methods for process planning in flat steel production
2. Local search methods for planning dynamically inductively charged buses on airport aprons
3. Symmetry breaking using asymmetric reformulation - investigation of the optimal set order
4. Scenario-based planning of inductive charging infrastructures on airport aprons taking into account different vehicle types using Benders decomposition
5. Heuristics for planning a bowser-based supply of liquid hydrogen to aircraft at airports