


Future focus excellence seminars

PhD

MSc Eco-design and Advanced Composite Structures


Advanced Master® in Circular Economy Engineering Applied to Sustainable Materials

Advanced Master® in Cybersecurity Engineering

Advanced Master® in Expert in AI and Networks of the Future

Advanced Master® in Occupational and Technological Risk Management

Advanced Master® in Positive Energy Building

Advanced Master® in Products and Processes for the Concrete Industry

Artificial intelligence management

Future focus excellence seminars

General engineering through continuing education

MSc Advanced Design and Management of Durable Constructions

MSc Eco-design and Advanced Composite Structures

MSc in Design and Management of the Industry 4.0

Project manager in Artificial Intelligence

Semester in Composites Materials

Semester in Energy and Environmental Process Engineering

Semester in Materials and Structure Design in Civil Engineering

Semester in Production Management and Automation

Skills blocks

Specialized engineer in civil engineering and railway systems

Specialized engineer in plastics and composite materials

Specialized engineer in power engineering

Telecommunications and IT engineer through continuing education
Chargement…
Your company and its employees are constantly evolving. To meet everyone’s needs, IMT Nord Europe provides tailor-made training courses. These skills blocks lead to a qualification and are recognised by the State.
Learn about major innovations thanks to the Future Focus excellence seminars. The themes selected meet the business needs of manufacturers to support them in their transformations and meet current skills development needs, such as “DevOps”, “Smarcities”, “Air and odours”.
What are composite materials?
This programme focuses on a specific class of materials resulting from the association of a fibrous material with a polymeric resin. Have you heard of the carbon frame bike, windmill blades, or lightweight aircraft? They are all composites! The composite market is still growing with an average of 3 to 8% per year, with an increase in the use of sustainable materials. Thanks to their high strength, lightweight, and corrosion resistance, they can replace traditional materials like steel and aluminum in many applications, driving innovation in various industries:
- Aerospace and Aviation: A350 fuselage, wings, satellites and propellers
- Automotive: bumpers, dashboard structures, battery covers, Formula One car
- Energy: wind turbine blades, gas and hydrogen tanks, …
- Construction and Infrastructure: panels, bridges, profiles, structures repair,
- Sports and Recreation: golf clubs, bicycles, oars, fishing rods, skis, …
- Marine: hulls, decks, …
Expert engineers are expected to join those industries. Be part of it! Become a design engineer, a project leader, or a researcher… and build your professional success story.

