We offer three types of student projects, proposed as follows. Projects are always available for EPFL MSc students, and if the information here is not up to date, the best is to come directly to the potential Advisor for discussion or contact us via e-mail. General and further information about them can be found on the STI website.
BSc Semester Project (6 ECTS credits).
MSc Semester Project (11 ECTS credits)
MSc Thesis (30 ECTS credits).
Current Offered Projects:
| Project Topics | Project Type |
| Grid-Aware, Fair and Adaptive Formation of Local Energy Communities (pdf) | MSc Thesis, MSc Semester project |
| Optimal PV Feed-in Limits in Swiss Distribution Grids: Trading off Curtailment Remuneration against Grid Reinforcement (pdf) | MSc Thesis, MSc Semester project |
| Dynamic Operating Envelopes Using Voltage Sensitivity for Distribution Networks (pdf) | MSc Thesis, MSc Semester project |
| Fair and Efficient Optimization of Distribution Grid Interconnection Queues Using Flexible Connection Agreements (pdf) | MSc Thesis, MSc Semester project |
| Physics-Grounded RAG-Enhanced LLM Agents for Reliable Power-System Simulation, Optimization, and Security Assessment (pdf) | BSc Semester project, MSc Semester project |
| Data-driven Network Reduction for Electrical Distribution Networks for TSO-DSO Coordination (pdf) | MSc Thesis, MSc Semester project |
| Extrapolation and Directional Anisotropic Behavior of Neural Operators for Power-Flow Applications (pdf) | MSc Thesis, MSc Semester project |
Ongoing and Past Projects:
| Student Name | Project Title | Project Type | Term |
| Poindextre Quentin Pierre Corentin | Electricity Supply, Generation and Storage Strategy for Commercial Infrastructure | MSc Thesis | Fall 2026 |
| Rodrigue Henri Marie De Guerre | Power infrastructure for large-scale data centers: Characterizing power fluctuations and exploring mitigation strategies | MSc Thesis | Fall 2026 |
| Baumberger Eliott | GIS-Based Assessment of Neighborhood Power Demand and Distribution Grid Interactions | MSc Thesis | Fall 2026 |
| De Lamberterie Marc Claude Christophe | Data-driven Network Reduction for Electrical Distribution Networks for TSO-DSO Coordination | Semester Project | Fall 2026 |
| Sébastien Charlotte Lise Marie | Fair and Efficient Optimization of Distribution Grid Interconnection Queues Using Flexible Connection Agreements | Semester Project | Fall 2026 |
| Van Haaren Oscar Charles Hermann | Charging of EVs and Evacuating During Emergencies | Semester Project | Fall 2026 |
| Yeji Huber | Enhanced LLM Agents for Reliable Power-System Simulation, Optimization, and Security Assessment | Bachelor Project | Fall 2026 |