MSc - Astrophysics & Data Science Master 2
Study current astrophysical knowledge and methods: galaxy physics, stellar evolution, high-energy phenomena, virtual observatory tools and numerical simulations.
Context
I completed this Master’s program while simultaneously attending classes during my third year at Télécom Physique Strasbourg.
Classes
Semester 1
| UE / Course Title | Hours |
|---|---|
| UE 1 – Astrophysical Objects and Theories (12 ECTS) | |
| Introduction to Astrophysics | 12h |
| Cosmology | 16h |
| Galaxies | 22h |
| Stellar Physics | 16h |
| Interstellar Medium | 10h |
| UE 2 – Data Analysis (6 ECTS) | |
| Statistics, Inference and Machine Learning | 20h |
| Databases | 20h |
| UE 3 – Numerical Physics and Astrophysical Medium Modeling (6 ECTS) | |
| Introduction to Programming | 26h |
| Plasmas and MHD | 20h |
| Numerical Methods and Simulations | 30h |
| UE 4 – Options (Choose 2 or 3) (3 ECTS) | |
| Inverse Problem Theory and Advanced Data Analysis | 20h |
| High Energy Astrophysics | 20h |
| Galaxy Evolution | 20h |
| Exoplantes (not taken) | 20h |
Semester 2
| UE / Course Title | Hours |
|---|---|
| UE 1 – Bibliographical and Observational Projects (6 ECTS) | |
| Observation Mission at Observatoire de Haute Provence | 44h |
| Observation Project at 2T36 Telescope | 4h |
| UE 2 – Professional Integration (3 ECTS) | |
| Seminars, Professional Forum, and Internship Host Institute Projects | 6h |
| UE 3 – Internship (21 ECTS) | |
| Internship |
