Master Mecanique — M1 Tronc commun

Aix-Marseille University is the largest multidisciplinary French-speaking university, hosting 80,000 students and 8,000 staff across five large campuses. It is a research-intensive institution known for its international outlook and commitment to academic excellence.

The Master Mecanique at Aix-Marseille Université, based in Marseille Cedex 13, France, begins with this track, M1 Tronc commun, the shared first-year core curriculum common to students before they choose a specialized path. Mechanics as an academic discipline studies the physical behavior of solids, fluids, and structures under forces, combining applied mathematics, physics, and engineering methods. Students in a mechanics program typically study solid mechanics, fluid mechanics, thermodynamics, materials science, structural analysis, and the mathematical and numerical methods used to model mechanical systems. A common first-year core is designed to give all students in the program a shared foundation in these subjects before they branch into more specialized tracks in later stages of the degree, ensuring that everyone entering advanced coursework has comparable grounding in the fundamentals of mechanics and engineering science. Practical work in this discipline commonly includes laboratory exercises, computational modeling, and problem-solving exercises applied to mechanical and structural systems. This foundational stage is intended to prepare students for advanced study in areas such as structural engineering, fluid dynamics, industrial design, or specialized mechanical fields, depending on the track chosen afterward. Career paths that follow from a mechanics degree generally include mechanical engineer, design engineer, research and development roles in industry, or further specialized study within engineering. The program is a two-year master, taught entirely in French, with an annual tuition of 250 EUR and a start date in September, based on available registry information, suited to students building a strong grounding in mechanical and structural engineering science.