Objectives: Analyze scientific or technical issues and implement problem-solving methods in complex environments
Lead the search for innovative and appropriate solutions by integrating the most recent technologies: additive manufacturing, modeling of manufacturing lines, augmented reality, cobotics, artificial intelligence, etc.
Model and design solutions using a rational approach to scientific study, in an eco-responsible logic that respects sustainable development objectives
Integrate the technical dimension, the human, economic and organizational aspects, as well as the values ??of corporate social responsibility (CSR)
Develop your skills to fully contribute to the performance objectives of the teams you will supervise while respecting the rules of health and safety at work
Develop an international dimension to lead projects in a multi-cultural framework
Degree Level (EU) : 7 - (EQC level or equivalent)
Admission requirements: Hold a general baccalaureate with a scientific emphasis, STI2D or STL
Acquired skills during the training : Technical skills in areas typically encountered in the industry:
electricity, mechanics, energy. This knowledge is part of the mastery of tools
digital technologies and software occurring at all stages of a product’s life cycle:
design, modeling, prototyping, production, distribution.
Know-how: Privileged interlocutor in the context of industrial projects, the student
has interpersonal skills and good communication skills. He shows
organization and availability to anticipate and ensure the smooth running of projects.
Duration and terms: 3 and 5 year courses on many other CESI campuses
continuously and alternating on the Arras Rouen and Toulouse Campuses
also in apprenticeship (check the Campuses: e.g.: not in Bordeaux or Toulouse)
in apprenticeship in CESI of Pau in Partnership with the UIMM Adour Training Center in Assat (see specific file)
Dedicated web site: https://www.cesi.fr/formation/ingenieur-e-generaliste-majeure-industrie-services-cursus-en-5-ans-2511330/