MECHANICAL ENGINEERING
- Type of diploma : Engineer Background
- Level : BAC +5
- Domain : Sciences, technologies, Health
Presentation
Objectives
The Mechanical Engineering programme highlights the complementarity of sciences and technologies. It has been built on several conceptual studies ending with today's industrial projects. It is renowned for its open minded character and industrial realism, enabling the engineer:
-to manage and lead development projects (overall design or detailed design)
-to treat system problems (manufacturing, production, integration and testing).
Through a global understanding of the complete process and industrial constraints (from requirements to operations), the engineer is able to work with mechanical systems, equipments, components or piece parts. His generalist profile allows him to adapt to any industrial area.
During his training, he will gain in-depth learning in one of the following subjects:
-Computer assisted design to develop structures and power transmission systems using design software.
-Design of energy transfer systems for the generation, transmission and conversion of energy.
-Design and engineering for project management in the industrialization of mechanical systems.
Admission
Access condition
Diplôme d'ingénieur habilité par la commission des titres d'ingénieur, 5 années d'études après la fin des études secondaires, confère le grade de Master.
Baccalauréat ou équivalent pour une admission en première année
Admission sur titre possible en année 2, 3 ou 4.
Admission
A tous les niveaux, l'admission aux INSA s'effectue par concours sur titres, dossier et éventuellement entretien ; le dossier rassemble des éléments d'évaluation obtenus par ailleurs par le candidat.
For more information, please refer to : http://admission.groupe-insa.fr/candidater-linsa
Program
Organization
- FOURTH YEAR INSA TOULOUSE
- Autumn semester
- MECHANICAL ENGINEERING COURSES
- Courses
- Finite Elements (7 ECTS credits) - I4GMEF71
- Manufacturing of raw materials (6 ECTS credits) - I4GMFA71
- Mechanical power transmission (9 ECTS credits) - I4GMTM72
- Improving autonomy and building a professional project (4 ECTS credits) - I4CCGA11
- Improve your management abilities (4 ECTS credits) - I4CCGE11
- Courses
- SYSTEM ENGINEERING COURSES
- Courses
- Control Systems (4 ECTS credits) - I4ISAU11
- Power systems and instrumentation (7 ECTS credits) - I4ISEI11
- Multiphysic modeling (6 ECTS credits) - I4ISMP11
- Improving autonomy and building a professional project (4 ECTS credits) - I4CCGA11
- Modelling and Optimization (5 ECTS credits) - I4ISSE11
- Improve your management abilities (4 ECTS credits) - I4CCGE11
- Courses
- MECHANICAL ENGINEERING COURSES
- Spring semester
- MECHANICAL ENGINEERING COURSES
- Courses
- Advanced heat transferts and fluid flow (5 ECTS credits) - I4GMMF81
- Advanced mechanical modelling (7 ECTS credits) - I4GMMA81
- Multidisciplinary industrial project (6 ECTS credits) - I4GMPJ81
- Research projects and Sports (6 ECTS credits) - I4GMPR81
- Communicating with in organizations (6 ECTS credits) - I4CCLA21
- Courses
- SYSTEM ENGINEERING COURSES
- Courses
- Tutored projects (4 ECTS credits) - I4ISPJ11
- Systems Engineering processes (5 ECTS credits) - I4ISIE11
- Dynamics of structures and control (4 ECTS credits) - I4ISSN11
- Object oriented and real time programming (3 ECTS credits) - I4ISIL11
- Mechatronic project (4 ECTS credits) - I4ISPM11
- QSE and Sport (4 ECTS credits) - I4ISQSEAPS
- Communication with in organizations (6 ECTS credits) - I4CCLA21
- Courses
- MECHANICAL ENGINEERING COURSES
- Autumn semester
- FIFTH YEAR INSA TOULOUSE
- Autumn semester
- MECHANICAL ENGINEERING COURSES
- Courses
- System level modelling (3 ECTS credits) - I5GMSY91
- Composite structures (3 ECTS credits) - I5GMMX91
- Engineering Thermodynamics (3 ECTS credits) - I5GMTH91
- Non destructive testing/English (4 ECTS credits) - I5GMCA91
- Research projects (part 3) (4 ECTS credits) - I5GMPR91
- Elective classes (7 ECTS credits) - I5GMOP91
- Human Resources Management and Group Work (6 ECTS credits) - I5CCGE21
- Courses
- SYSTEM ENGINEERING COURSES
- Courses
- Dependable systems (5 ECTS credits) - I5ISGR22
- Multidisciplinary design (4 ECTS credits) - I5ISCM21
- Thermal engines and systems (4 ECTS credits) - I5ISTH12
- Systems on chip (4 ECTS credits) - I5ISEC11
- Industrialization and logistics (5 ECTS credits) - I5ISPR22
- Human Resources Management and Group Work (6 ECTS credits) - I5CCGE21
- Research project and Industrial property (6 ECTS credits) - I5ISPJ21
- Courses
- MECHANICAL ENGINEERING COURSES
- Spring semester
- Autumn semester
And after
Further studies
Le diplôme d'ingénieur confère le grade de Master et permet donc la poursuite d'étude en thèse.
À l'issue de leur formation, les ingénieurs peuvent également candidater à un Mastère de spécialisation des grandes écoles (Institut Français Supérieur du Pétrole et des Moteurs, ISAE, ENSEEIHT).
Job opportunities
La formation de généraliste en Ingénierie Mécanique et en Ingénierie Systèmes s'appuie sur des solides compétences techniques et méthodologiques.
En conséquence, elle offre, même pour les débutants, une grande diversité de débouchés sectoriels (aéronautique, espace, automobile, production de l'énergie etc.), dans des secteurs d'activité très variés tels que l'architecture des systèmes, les domaines des études, des essais ou de la production.
De nombreuses opportunités sont offertes dans le secteur aéronautique et spatial, dans le domaine des transports terrestres ou les domaines de la production d'énergie.