Research project (2026/2027)
During the master, a student will learn research by doing research. During the two years of the master, a student will thus spend between one or two days each week in a research group in order to do research projects with professors and PhD students of IP Paris.
You can find previous years' projects here: 2025, 2024, 2023, 2022, 2021, 2020
Research project schedule
| When | Where | What |
|---|---|---|
| 09/10/2026 at 10h00 | Telecom Paris, (room: 1A340) and online | Presentation of project proposals |
| 10/10/2026 | Project starts | |
| March 2027 | Report and final presentation for M2 students, mid-term presentation for M1 students | |
| June 2027 | TBD | Report and final evaluation for M1 students |
Project Evaluation
Research projects will be evaluated on a research report, and a presentation. The project defense is a 30 minutes presentation of the research work followed by 10-15 minutes of questions. The presentation has to explain the work context and problematics, and describe the contribution of the conducted research project.
The report is a expected to be a 5 to 8 pages research paper formatted using the ACM conference style. The report should present the context of the work, its contribution, a positioning with respect to related works. Both M1 and M2 students are expected to send their research report to their supervisors.
Proposed projects
The following project proposals may be shared with several masters track, including DataAI, PDS, Cybersecurity, or CPS.
| Id | Title | Advisors | Location | Description | Student |
|---|---|---|---|---|---|
| 1 | Powerful Serverless: Power Measurement of Serverless Functions | Mathieu Bacou, François Trahay | Telecom building, Palaiseau | Description | Artur Pereira Galvão |
| 2 | Development of a benchmarking suite to detect the causes and effects of computer ageing | Élisabeth Brunet, Valentin Delis, François Trahay | Telecom building, Palaiseau | Description | Aline Fortaleza Ferreira da Silva |
| 3 | Bootable USB key to automate performance benchmarking | Élisabeth Brunet, Valentin Delis, François Trahay | Telecom building, Palaiseau | Description | Eglė Janušaitytė |
| 4 | High performance serverless computing | François Trahay, Gaël Thomas | Telecom building, Palaiseau | Description | Aaron Bushnell |
| 5 | GPU acceleration on the CVA6 through VirtIO | Nicolas Derumigny | Telecom building, Palaiseau | Description | |
| 6 | JIT Knowledge Centralization and Sharing for JavaScript and Python | Boris Teabe | Remotely | Description | Matheus Meier Schreiber |
| 7 | Distributed Control and Mission Planning for Heterogeneous Robot Swarms in ROS 2 | Alexandre Chapoutot | ENSTA building, Palaiseau | Repo of the project | |
| 8 | Performance analysis using libvolimem | Jana Toljaga, Tara Aggoun, Gaël Thomas | Telecom building, Palaiseau | Description | |
| 9 | Syscall optimization in libvolimem | Jana Toljaga, Gaël Thomas | Telecom building, Palaiseau | Description | |
| 10 | ngFaaS: Next-generation software stack for efficient Function-as-a-Service platforms | Mathieu Bacou | Telecom building, Palaiseau | Description | Lucas Freire Costa |
| 11 | Exposing Processing-in-Memory Capabilities to the Operating System | Lenny Yu Liang | Remotely | Description | |
| 12 | Dynamic, Multi-Language Verification of GDPR Compliance in Scripts: From Prototype to Evaluable Tool | Alain Tchana | Remotely | Description | |
| 13 | GoodKit for userspace applications | Alain Tchana | Remotely | Description | |
| 14 | GoodKit for Containers | Alain Tchana | Remotely | Description | |
| 15 | Security of Sparse BullShark and variations (M1) | Petr Kuznetsov | Telecom building, Palaiseau | Description | |
| 16 | Characterization of read-write computability (M1/M2) | Petr Kuznetsov | Telecom building, Palaiseau | Description | |
| 17 | Conflicts in the wild (M1/M2) | Petr Kuznetsov | Telecom building, Palaiseau | Description | Aymen Kabil |
| 18 | Robustness of deterministic consensus hierarchy (M1) | Petr Kuznetsov, Pierre Sutra | Telecom building, Palaiseau | Description | |
| 19 | Toward efficient sharding in blockchain with timestamps | Pierre Sutra | Telecom building, Palaiseau | Konstantin Shprenger | |
| 20 | Detecting cross-process races in shared GPU memory | François Trahay, Antoine Martin (Nvidia), Pawel Lacek (Nvidia) | Telecom building, Palaiseau | Description | Nikolay Tsonev |
| 21 | Modeling dynamic register redistribution in Accel-Sim | François Trahay, Pawel Lacek (Nvidia) | Telecom building, Palaiseau | Description | Guilherme Soeiro de Carvalho Caporali |
| 22 | Fast, almost classical, and Bell-pair aware quantum backend | Pavel Chuprikov | Telecom building, Palaiseau | Description | |
| 23 | Entanglement distribution effect on coordination protocols | Pavel Chuprikov | Telecom building, Palaiseau | Description | |
| 24 | High-level quantum network protocols as rule sets | Pavel Chuprikov | Telecom building, Palaiseau | Description | |
| 25 | Génération automatique de micro-kernels pour un compilateur ciblant un accélérateur d’opérateurs tensoriels | Fabrice Rastello, Sylvain Noiry | Remote | Augustin Perrin | |
| 26 | Multi-agent collaborations with CRDT | Pierre Sutra | Telecom building, Palaiseau | Beatriz Galhardo Carneiro Leão | |
| 27 | PG-CRDT: Property Graph Replication with Coordination-free Execution and Invariant Preservation | Pierre Sutra | Telecom building, Palaiseau | Joni Dervishi | |
| 28 | Distributed, streaming ingestion and analysis of online arenas | Ioana Manolescu | Inria, Palaiseau | Alexander Loayza | |
| 29 | Deploying LLMs at the edge | Jalil Boukhobza | Sorbonne University | Mohamad Soueid | |
| 30 | Ressource sharing of dual-core CVA6 SoC | Nicolas Derumigny | Telecom building, Palaiseau | Hanan Ronaldo Quispe Condori |
If you don't find a subject that suits you, you can contact:
- Gaël Thomas: operating system, virtualization, managed languages
- François Trahay: performance analysis of HPC applications
- Petr Kuznetsov: theoritical distributed computing
- Pierre Sutra: data consistency and cloud computing
- Mathieu Bacou: serverless computing
- Élisabeth Brunet: GPU programming
