1,2,3 Engineer INSA Toulouse
- Type of diploma : Engineer Background
- Level : BAC +3
- Domain : Sciences, technologies, Health
Presentation
Objectives
The aim of the first year is to give students the basic training they will need to follow their studies in any of the pre-specializations.
The general objectives remain the mastering of the fundamental disciplines, the acquisition of work methods, both in personal work and team work, the improvement of human skills, oral and written expression both in French and foreign languages.
To this must be added a better knowledge of the engineering profession through the elaboration of the student's professional project(PPI) and an introduction to business with an economics/management course and a compulsory training period.
- Construction engineering (IC) : this pre-specialization focusses on konwledge of the basics laws in the field of the mechanics of solids and multi-body systems, strength of materials, science of heat and fluid mechanics; knowledge of numerical methods and the command of mathematical and computer tools (Matlab); for the mechanical engineering strand, design methodology and power transmission mechanisms; for the civil engineering strand,soil mechanics and properties of materials. It leads to specializations in Civil engineering and Mechanical engineering.
- Materials devices and systems engineering (IMACS) : this pre-specialization develops skills in analog and digital electronics and the electronic command of systems. It treats microscopic and nanoscopic physics and physics of materials.It provides an introduction to the physics of electronic components and develops skills in material informatics including real-time control and setting up automatic measures.It leads to specializations in Automatic Control and Electronics and Applied physics.
- Modelling, informatics and communications (MIC) : this pre-specialization develops skills in the design and modelling of systems, knowledge of information processing methods, skills in material and software engineering; C and ADA languages, Windows and Unix exploitation systems, digital methods; depending on the strand followed, Assembleur, data bases, statistics, or signal processing. It leads to specializations in Computer and networks engineering and Mathematical and modeling engineering.
- Chemical, biochemical and environmental engineering (ICBE) : this pre-specialization aims at providing the necessary knowledge for designing and setting up biological catalysts (enzymes/micro-organisms) and physico-chemical and biological matter transformation processes. The course treats both the description of the behaviour and characterization of molecules and the characterization of transfer phenomena (quantity of movement, heat, matter). It leads to specializations in Process engineering and Biochemical engineering.
Admission
For more information, please refer to : http://admission.groupe-insa.fr/candidater-linsa
Program
Organization
- FIRST YEAR INSA TOULOUSE
- Domain PHYSICAL, CHEMICAL AND INDUSTRIAL SCIENCES D1ANET01
- Domain MATHEMATICS AND ALGORITHMICS D1ANMA01
- Domain HUMANITIES D1ANHU01
- Find, understand, evaluate and reuse information -
- Be implicated in one's work -
- Communicate in an international and intercultural context -
- Master professional written communication techniques -
- Master professional oral communication techniques -
- Research information, analyze and present it -
- Business management -
- Maintain one's physical condition -
- Finding your personal and professional path -
- Develop one's artistic practice -
- SECOND YEAR INSA TOULOUSE
- MATERIAL DEVICES AND SYSTEMS ENGINEERING
- Autumn semester
- Courses
- Nanophysics - from wave propagation to photonics and nanotechnologies (5.0 ECTS credits) -
- Algebra and analysis (6.0 ECTS credits) -
- Concepts and circuits for signal processing (7.0 ECTS credits) -
- Company knowledge and communication (5.0 ECTS credits) -
- Improving autonomy and building a professional project - level 2 (2.0 ECTS credits) -
- Feedback systems (5.0 ECTS credits) -
- Courses
- Spring semester
- Courses
- Analysis and probability (5.0 ECTS credits) -
- Computer programming - Operating Systems (5.0 ECTS credits) -
- Communicating in Foreign Languages Level 3 (5.0 ECTS credits) -
- improving autonomy and building a professionnal project - level2 (5.0 ECTS credits) -
- Computer science and hardware (5.0 ECTS credits) -
- Materials science and Electromagnetism (5.0 ECTS credits) -
- Courses
- Autumn semester
- CHEMICAL, BIOCHEMICAL AND ENVIRONMENTAL ENGINEERING
- Autumn semester
- Courses
- Physics (6.0 ECTS credits) -
- Improving autonomy and building a professional project - level 2 (2.0 ECTS credits) -
- More Thermodynamics and multicomponent systems (6.0 ECTS credits) -
- Organic Chemistry (6.0 ECTS credits) -
- Algebra and analysis (5.0 ECTS credits) -
- Company knowledge and communication (5.0 ECTS credits) -
- Courses
- Spring semester
- Courses
- Communicating in Foreign Languages Level 3 (5.0 ECTS credits) -
- Improving autonomy and building a professionnal project - level 2 (6.0 ECTS credits) -
- Analytical methods I (5.0 ECTS credits) -
- Structural biochemistry (4.0 ECTS credits) -
- Mathematics and transport phenomena (7.0 ECTS credits) -
- Basis of chemical reaction engineering (3.0 ECTS credits) -
- Courses
- Autumn semester
- CONSTRUCTION ENGINEERING
- Autumn semester
- Courses
- Mathematical Theory applied to Mechanics (7.0 ECTS credits) -
- Materials Science (3.0 ECTS credits) -
- Company knowledge and communication (5.0 ECTS credits) -
- Improving autonomy and building a professional project - level 2 (2.0 ECTS credits) -
- Solid mechanics 1, network and electric machines (7.0 ECTS credits) -
- Industrial Engineering – C.A.D (6.0 ECTS credits) -
- Courses
- Spring semester
- Courses
- Communicating in Foreign Languages Level 3 (5.0 ECTS credits) -
- Mathematical tools for the engineer II (5.0 ECTS credits) -
- Continuum solid mechanics (7.0 ECTS credits) -
- Improving autonomy and building a professionnal project - level 2 (6.0 ECTS credits) -
- Mechanical Design and Building Environment (8.0 ECTS credits) -
- Courses
- Autumn semester
- MODELING INFORMATICS AND COMMUNICATION
- Autumn semester
- Courses
- Analysis I and algebra (7.0 ECTS credits) -
- Computer programming - Operating Systems (4.0 ECTS credits) -
- Electromagnetism (4.0 ECTS credits) -
- Logic design and computer organisation (4.0 ECTS credits) -
- Electronic systems for communications (4.0 ECTS credits) -
- Company knowledge and communication (5.0 ECTS credits) -
- Improving autonomy and building a professional project - level 2 (2.0 ECTS credits) -
- Courses
- Spring semester
- Courses
- Communicating in Foreign Languages Level 3 (5.0 ECTS credits) -
- Control systems (3.0 ECTS credits) -
- Algorithmics and Ada Programming : advanced data strucures (4.0 ECTS credits) -
- Probability and statistics (3.0 ECTS credits) -
- Analysis II and signal theory (5.0 ECTS credits) -
- Electromagnetic waves : optics and propagation in materials (4.0 ECTS credits) -
- improving autonomy and building a professionnal project - level (6.0 ECTS credits) -
- Courses
- Autumn semester
- MATERIAL DEVICES AND SYSTEMS ENGINEERING
- THIRD YEAR INSA TOULOUSE
- MATERIAL DEVICES AND SYSTEMS ENGINEERING
- Autumn semester
- Courses
- C language, Numerical Analysis and Computer Networks (6.0 ECTS credits) -
- Experimental physics and stochastic modelling (5.0 ECTS credits) -
- Automatic & Electronic (5.0 ECTS credits) -
- Electromagnetisms in materials and waveguides - classical mechanics (4.0 ECTS credits) -
- Improving autonomy and building a professional project (2.0 ECTS credits) -
- Job search and languages (5.0 ECTS credits) -
- Job search and languages sans LV2 (5.0 ECTS credits) -
- Engineering and ecological issues (3.0 ECTS credits) -
- Courses
- Spring semester
- AUTOMATIC ELECTRONICS COURSES
- Courses
- Hardware - assembly langage (5.0 ECTS credits) -
- Databases, C and Network programming (4.0 ECTS credits) -
- Automatic Control: modeling and control (5.0 ECTS credits) -
- Electronics and Signal (6.0 ECTS credits) -
- improving autonomy and building a professionnal project -level 3 (5.0 ECTS credits) -
- Business environment and languages (5.0 ECTS credits) -
- Business environment and languages and LV2 or Reinforced English (5.0 ECTS credits) -
- Courses
- PHYSICS COURSES
- Courses
- Thermodynamics (5.0 ECTS credits) -
- Material Physics (4.0 ECTS credits) -
- Applied material physics (5.0 ECTS credits) -
- Quantum and statistical physics (6.0 ECTS credits) -
- Business environment and languages (5.0 ECTS credits) -
- improving autonomy and building a professionnal project -level 3 (5.0 ECTS credits) -
- Business environment and languages and LV2 or Reinforced English (5.0 ECTS credits) -
- Courses
- AUTOMATIC ELECTRONICS COURSES
- Autumn semester
- CHEMICAL, BIOCHEMICAL AND ENVIRONMENTAL ENGINEERING
- Autumn semester
- Courses
- Modelling and Numerical Analysis in Fluid Mechanics (6.0 ECTS credits) -
- Hydraulics and dispersed systems Unit Operations (5.0 ECTS credits) -
- Improving autonomy and building a professional project (2.0 ECTS credits) -
- Microbiology & Statistics (5.0 ECTS credits) -
- Job search and languages (5.0 ECTS credits) -
- Job search and languages sans LV2 (5.0 ECTS credits) -
- Molecular biology (4.0 ECTS credits) -
- Engineering and ecological issues (3.0 ECTS credits) -
- Fluid properties (4.0 ECTS credits) -
- Courses
- Spring semester
- BIOCHEMICAL ENGINEERING COURSES
- Courses
- Introduction to manufacturing processes (3.0 ECTS credits) -
- improving autonomy and building a professionnal project -level 3 (5.0 ECTS credits) -
- Business environment and languages (5.0 ECTS credits) -
- Organic and structural chemistry (6.0 ECTS credits) -
- Bioseparation, enzyme kinetic and gene regulation (7.0 ECTS credits) -
- Process Control (4.0 ECTS credits) -
- Business environment and languages and LV2 or Reinforced English (5.0 ECTS credits) -
- Courses
- PROCESS AND ENVIRONMENT COURSES
- Courses
- Processes for mass and energy transformation (3.0 ECTS credits) -
- Business environment and languages (5.0 ECTS credits) -
- improving autonomy and building a professionnal project -level 3 (5.0 ECTS credits) -
- Analytical methods II (3.0 ECTS credits) -
- Engineering thermodynamics (4.0 ECTS credits) -
- Process Control (4.0 ECTS credits) -
- Heat and mass transfer (4.0 ECTS credits) -
- Chemical reaction engineering 2 (3.0 ECTS credits) -
- Business environment and languages and LV2 or Reinforced English (5.0 ECTS credits) -
- Courses
- BIOCHEMICAL ENGINEERING COURSES
- Autumn semester
- CONSTRUCTION ENGINEERING
- Autumn semester
- Core curriculum
- Improving autonomy and building a professional project (2.0 ECTS credits) -
- Heat transfer and Fluid Mechanics I (5.0 ECTS credits) -
- Job search and languages (5.0 ECTS credits) -
- Introduction to PDE and numerical models - Structural mechanics (6.0 ECTS credits) -
- Engineering and ecological issues (3.0 ECTS credits) -
- Ecodesign and Engineering (6.0 ECTS credits) -
- Options
1 option(s) to choose from 4
- Core curriculum
- Spring semester
- CIVIL ENGINEERING COURSES
- Courses
- improving autonomy and building a professionnal project -level 3 (5.0 ECTS credits) -
- Structural analysis and engineering (4.0 ECTS credits) -
- Business environment and languages (5.0 ECTS credits) -
- Reinforced and prestressed concrete (5.0 ECTS credits) -
- Geotechnics 1 (Engineering geology - Soil physics) (5.0 ECTS credits) -
- Heat transfer and Fluid Mechanics 2 (6.0 ECTS credits) -
- Courses
- MECHANICAL ENGINEERING COURSES
- Courses
- Business environment and languages (5.0 ECTS credits) -
- improving autonomy and building a professionnal project -level 3 (5.0 ECTS credits) -
- Dynamics and control (7.0 ECTS credits) -
- Conception mécanique et étude de fabrication (6.0 ECTS credits) -
- Multibody mechatronic systems (3.0 ECTS credits) -
- The Finite Element Method for solid mechanics (4.0 ECTS credits) -
- Business environment and languages and LV2 or Reinforced English (5.0 ECTS credits) -
- Courses
- CIVIL ENGINEERING COURSES
- Autumn semester
- MODELING INFORMATICS AND COMMUNICATION
- Autumn semester
- Courses
- Numerical analysis and optimisation (6.0 ECTS credits) -
- Improving autonomy and building a professional project (2.0 ECTS credits) -
- Job search and languages (5.0 ECTS credits) -
- Job search and languages sans LV2 (5.0 ECTS credits) -
- OS, C Language, Computer networks, data bases (6.0 ECTS credits) -
- ODE and numerical resolution (4.0 ECTS credits) -
- Database 1 and Web programming (4.0 ECTS credits) -
- Theoretical tools for computer science (4.0 ECTS credits) -
- Engineering and ecological issues (3.0 ECTS credits) -
- Measure Theory and probability (4.0 ECTS credits) -
- Courses
- Spring semester
- MATHEMATICAL ENGINEERING COURSES
- Courses
- improving autonomy and building a professionnal project -level 3 (5.0 ECTS credits) -
- Business environment and languages (5.0 ECTS credits) -
- Matrix computation and geometry (4.0 ECTS credits) -
- Statistics (6.0 ECTS credits) -
- Object oriented coding (3.0 ECTS credits) -
- Introduction to PDE based numerical models (3.0 ECTS credits) -
- Courses
- INFORMATIC COURSES
- Courses
- Business environment and languages (5.0 ECTS credits) -
- improving autonomy and building a professionnal project -level 3 (5.0 ECTS credits) -
- System and Network Programming (5.0 ECTS credits) -
- POO and Graphs (4.0 ECTS credits) -
- Signal processing and telecommunications (5.0 ECTS credits) -
- Concepts and Hardware for Data Transmission (6.0 ECTS credits) -
- Courses
- MATHEMATICAL ENGINEERING COURSES
- Autumn semester
- MATERIAL DEVICES AND SYSTEMS ENGINEERING