To improve, protect, and enhance our environment by supporting the ecological transition of businesses and communities in the face of climate change challenges.
To be a committed player in addressing the challenges of sustainable development at the regional level by exploring the circular economy, conserving resources, promoting renewable energy, reducing pollution, and developing innovative solutions.
Industrial ecology is an environmental management approach aimed at minimizing industry’s environmental footprint, based on:



Engineering Sciences
s ■ Mathematics ■ Electrical Engineering ■ Computer Science ■ Heat Transfer ■ Thermodynamics ■ Fluid Mechanics ■ Material and Energy Balances ■ Multi-criteria Analysis
Technical and Social Sciences of Industrial Ecology
Territorial Organization ■ Environmental Issues ■ Energy and Environmental Law ■ Natural Resources ■ Air and Water Pollution ■ Treatment processes ■ Reactors and bioprocesses ■ Waste management and recovery ■ Energy carriers, energy quality and conversion ■ Energy networks and storage ■ Renewable energy ■ Life cycle analysis ■ Carbon footprint ■ Circular economy ■ Real-world application projects in industrial ecology
Humanities and Project Management
, English ■ Sustainable Development ■ Public Procurement ■ Communication ■ Creativity and Innovation Management ■ Integrated QSE Management System ■ Management Techniques ■ Business Management Simulation ■ Project Management Techniques ■ Financial Management ■ Professional Resources and Dynamics
Professionalization and international exposure are achieved through the involvement of professionals in training, internships (introduction to the professional environment, assistant engineer and engineer), research and development projects, and international mobility.
Companies involved in the training: Inddigo, Trialp, CEA, DREAL, Savoie Déchets, IRH, Cabinet Merlin, Réalités Environnement, Cythélia, EDF, ENEDIS, ENGIE, Energy Pool, Arol Energy, Grand Chambéry, Solagro.