It means building, creating, improving and innovating, and participating in the energy and digital transition of the construction sector.
It means playing an active role in the building construction process, from design to technical studies, site supervision and property management.
These are the building and renewable energies sectors, serving users and society as a whole.
■ Propose sober and efficient management of natural resources and construction materials
■ Control the environmental footprint of buildings throughout their lifecycle
■ Manage and lead a construction project from conception to completion according to its technical, economic and human dimensions
■ Design and dimension building foundations and structures (concrete, wood or metal)
■ Develop efficient energy systems and integrate renewable energies
■ Ecoconstruction
■ Building engineering
■ Structural mechanics
■ Environmental physics (thermal, acoustic, lighting)
■ Climate engineering and renewable energies
■ Building information modeling (BIM)
■ Studies and consultancy
■ Projects, business
■ Project management
■ Project management
■ Production-operations
■ Construction management
■ Technical inspection and diagnostics
■ Research and development
academics is based on a common set of skills enabling the trainee to carry out multi-disciplinary and cross-disciplinary assignments in the building sector.
This involves designing, sizing, constructing and operating buildings using a multi-technical (structural, thermal) and multi-player approach (architect, client, design offices, contractors).
In semester 8, two courses offer specific in-depth training:
Construction engineering: design and construction of structurally efficient buildings (geotechnics, site management, concrete, wood or metal structures) to meet the challenges of eco-construction.
Engineering of energy systems and renewable energies : energy, economic and environmental issues, design and implementation of efficient energy systems, and integration of renewable energies (wood, geothermal, aerothermal).
Professionalization and international openness are acquired through internships (discovery of the professional environment, assistant engineer and engineer), problem-based and project-based learning using BIM digital mock-ups, R&D projects, and international mobility.
A work-study contract is available in the final year of academics ingénieur (year 5).
Scientific foundations
■ Mathematics, electricity, mechanics, computer science, heat transfer, energy, fluid mechanics, structural mechanics
Specific teaching
■ Building functions and processes, soil mechanics, structural mechanics, reinforced concrete
■ Building thermics, climate engineering, acoustics, lighting, solar energy
■ Digital building modeling (CAD and BIM), life cycle of a construction operation, legislative context
Construction engineering
■ Geotechnics, reinforced concrete & metal structures, methods and site preparation
Energy systems and renewable energies
■ Thermodynamics, fluid network design, renewable energies, energy, economic and environmental issues
Languages
■ Compulsory English and a choice of another language from year 4 onwards
Economic and Social Human Sciences
■ Communication, law, financial management, management, economics, sport, sustainable development, innovation, internship search strategy
The survey carried out by Université Savoie Mont Blanc confirms
the excellent placement of our Sustainable Building Engineering
engineers on the job market.
Employment rate: 98% - Median gross annual salary in France: €33,250
Employment rate: 94% - Median gross annual salary in France: €38,657
The companies sponsoring academics : Artelia, Bouygues, Eiffage
Chambéry / Le Bourget du Lac site
academics work-study program in partnership with ITII 2 Savoies
■ Co-academics and double tutoring school/company
■ Carrying out school and company projects throughout the academics
■ International exposure: 9-week mobility program
The academics program is based on a common core of skills enabling the successful completion of multi-disciplinary, cross-disciplinary assignments in the building sector. The aim is to design, build and operate buildings using a multi-player (architect, client, design offices, contractors) and multi-technique approach, combining construction engineering (geotechnics, concrete, wood or metal structures), efficient energy systems engineering and renewable energies.
4 weeks at school / 4 weeks at the company
We support work-study students through projects and define their needs:
■ Apprenticeship to integrate a new employee
Public: under 30 / BUT / BTS, L2 or preparatory class
■ academics Continuing education to promote a high-potential employee
Public: Bac+2 employees with more than 3 years' professional experience
Scientific basis
■ Mathematics, computer science, fluid mechanics, heat transfer, applied mechanics
Specific courses
■ Building functions and processes, soil mechanics, structural mechanics, geotechnics, reinforced concrete, wood and metal construction, structural modeling
■ Building thermics, power engineering, HVAC engineering, acoustics, lighting, renewable energies, modeling
of energy systems
■ Sustainable development and eco-construction, digital building modeling (CAD and BIM), management of construction operations and built heritage, methods and site preparation, economic and legislative contexts of construction
Languages
■ English required
■ LV2 after TOEIC validation
Humanities, economics and social sciences
■ Business management, project management, innovation and creativity management, management systems
Chambéry / Le Bourget du Lac site
Contact the teacher in charge of the academics