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Space Education Catalogue

Ingénieur ENIT par apprentissage

• Organisation : Toulouse INP - ENIT
  (Université de Technologie Tarbes Occitanie Pyrénées (UTTOP))
• Way of training : Sandwich/Apprenticeship training
• Language(s): French
• Place: Tarbes (French Regions: Occitanie)
• Prepared diploma/grade/title: Diplôme d’ingénieur (French national engineering degree)
• 1st required level : French baccalauréat + 2

Course Details

Objectives : The ENIT's pedagogical project is to train a general engineer, in mechanical engineering and industrial engineering, with strong culture and openness, capable of designing, implementing and driving complex industrial systems and production equipment. , with respect for the environment and security.
Learning skills are accompanied by acquiring qualities of know-how, acting and interacting, knowing manager and, above all, knowing how to evolve.
To become versatile and adapt to the company's best, the student engineer will follow various teachings:
Common base:
Basic Science: Mathematics, Physics, thermodynamics, optics, electricity, electromagnetism, chemistry....
Engineering Science: Mechanics, design, manufacturing, industrial engineering, industrial computing, materials...
Human, economic and social Sciences: Communication, eco-management, management, socio-economic openness, LV1, LV2...
Options from Semester 6: Two options are proposed according to the initial course of the student and the host company (about 15% of the training)

Degree Level (EU) : 7 - (EQC level or equivalent)

Duration and terms : 3 years

Dedicated web site : https://www.enit.fr/fr/formations/diplome-d-ingenieur/je-me-forme.html

Disciplines

• Engineering Sciences
• System Engineering, Programme Management, Production

Topics

• 3 - Mechanical and Materials Engineering: Solid Mechanics, Structural Dynamics, Composites, Metallurgy, Forming, Additive Manufacturing, Metamaterials, Processes, Plastics, Chemistry, Polymers, Surface Treatment, etc.
• 6 - Electrical Engineering: Generation and Storage of Electrical Energy, Conversion, Regulation, Power Electronics, Actuators, Electric Propulsion, Microsystems, Mechatronics...
• 7 - Embedded/Cyberphysical Systems: Embedded Networks, Real Time Systems, Formal Methods, Embedded Software, Avionics, Instrumentation...
• 10 - Control Systems and Robotics: Linear systems, Identification, Optimization, Command and Control, Filtering, Non-linear Systems, Autonomous systems...
• 17 - Programme and Production Management: Project Management, Lean, Industrialization, Life Cycle, Ecodesign, Supply Chain, Assembly Line, Digital Transformation, Factory of the Future, Integration, Maintenance, Recycling, etc.