Academic background
Education
Mathematics and physics first, then electronics, communications and RF
Line of study
- Foundation
- CPGE PCSI / PC, 2023 - 2025, two intensive years of mathematics and physics
- Engineering
- ENSEEIHT / INP Toulouse, 2025 - 2028, 3EA department, SYSCom track
- Specialisation
- RF and microwave, communications, signal processing, instrumentation
- Extension
- Summer school at Institut Polytechnique de Paris, self-paced graduate coursework at CU Boulder
Institutions
-
Engineering degree · 2025 - 2028
ENSEEIHT - INP Toulouse
3EA department, SYSCom track: RF and microwave, communications, signal processing, electronics, embedded systems, instrumentation.
Open the programme -
Preparatory classes · 2023 - 2025
CPGE PCSI / PC - Lycee Deodat de Severac
Two intensive years of mathematics and physics, ranked 1/43 in Computer Science and 6/43 in Mathematics.
Open the record -
Summer 2026
Institut Polytechnique de Paris
AI, Data Science and Machine Learning for Engineering: transformers, diffusion models, flow matching, scientific ML, constrained learning.
Open the programme -
Self-paced coursework
University of Colorado Boulder
Online graduate coursework in RF and spectrum engineering, embedded systems, semiconductor devices, FPGA and algorithms. Coursework, not a degree.
Open the coursework
What carries through
- Mathematics and physicsTwo preparatory years: an array factor, a Smith chart and a regularised inverse are read as the same kind of object, a physical model with a solvable structure.
- Fields and circuitsENSEEIHT: transmission lines, passive microwave circuits, electromagnetic propagation and the measurement practice that goes with them.
- ComputationIP Paris and CU Boulder: the numerical and machine-learning side used in calibration and inverse design.
- TeachingElectromagnetics and materials physics, taught back to third-year engineering students.
RelatedTeaching assistantTechnical skillsRF and satellite projects