The Centre for Chemical Engineering (SPIN) at Mines Saint-Étienne is involved in the training of engineers, students, and researchers capable of optimizing and mastering industrial and natural processes by integrating environmental and energy dimensions. Its approach is distinguished by a multidisciplinary pedagogy, combining scientific expertise, technological innovation, and sustainable development.
Initial & Degree-Granting Academics
Engineering Cycle
- Ingénieur Civil des Mines (ICM)
A multidisciplinary engineering programme of excellence. - Specialized work-study engineering programmes (ISTP)
A professionalizing curriculum combining academic theory and field experience.
Research & International Masters of Science in Engineering
- Erasmus Mundus Multiphase Systems for Sustainable Engineering
Coordination of this international programme of excellence dedicated to multiphase systems. - Master GPIA (Process Engineering and Artificial Intelligence)
At the forefront of the digital transformation of industries. - Master MISPA (Mathematical Imaging and Spatial Pattern Analysis)
Expertise in image analysis and spatial modeling.
Advance Master (CGE Label)
- MS-SSP (Management of Polluted Sites and Soils Projects)
Expert training to meet the challenges of environmental rehabilitation.
Doctoral Supervision
The SPIN center supports doctoral and post-doctoral students within its laboratories. Immersion in interdisciplinary research projects promotes innovation and prepares students for high-level careers in higher education or industrial R&D.
Continuing Education & Corporate Expertise
We support the skill development of professionals facing the energy challenges of the market:
- CPE & DIWII
Structured continuing education programmes. - Tailor-made seminars
Specific training organized in-company upon request to meet precise technical needs.
Teaching Fields & Expertise
The courses delivered by the teacher-researchers of the SPIN center are structured around two major pillars:
1. Fundamentals of Process Engineering
- Balances: Matter, energy, and momentum.
- Thermodynamics: Heat transfer and chemical kinetics.
- Unit operations: Reactor design and control,
- Scale-up,
- General chemistry.
2. Fundamentals of Physics
- Mechanics
Porous media, fluid mechanics (multiphase, turbulence, rheology), and mechanics of divided solids. - Statistical physics
- Methods of material analysis
- Industrial systems
Rotating machinery (pumps, compressors) and electrical machines. - Digital
Signal processing and image analysis.