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- Common core
- Pre-specializations
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- Sciences, technologies, Health
- Engineer Background
- 1,2,3 Engineer INSA Toulouse
- Formalize and implement equation
- Solve, calculate, and critically evaluate results
- Conduct experiments, criticallly anaylze and write a lab report
- Chemistry
- Thermodynamics
- Industrial sciences
- Geometrical optics
- Classical mechanics
- Electrical phenomena
- Algorithmics
- Argumentation, rigor and reasoning
- Calculation techniques
- Analysis
- Algebra
- 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
- Nanophysics - from wave propagation to photonics and nanotechnologies
- Algebra and analysis
- Concepts and circuits for signal processing
- Company knowledge and communication
- Improving autonomy and building a professional project - level 2
- Feedback systems
- Analysis and probability
- Computer programming - Operating Systems
- Communicating in Foreign Languages Level 3
- improving autonomy and building a professionnal project - level2
- Computer science and hardware
- Materials science and Electromagnetism
- Physics
- More Thermodynamics and multicomponent systems
- Organic Chemistry
- Algebra and analysis
- Improving autonomy and building a professionnal project - level 2
- Analytical methods I
- Structural biochemistry
- Mathematics and transport phenomena
- Basis of chemical reaction engineering
- Mathematical Theory applied to Mechanics
- Materials Science
- Solid mechanics 1, network and electric machines
- Industrial Engineering – C.A.D
- Mathematical tools for the engineer II
- Continuum solid mechanics
- Mechanical Design and Building Environment
- Analysis I and algebra
- Computer programming - Operating Systems
- Electromagnetism
- Logic design and computer organisation
- Electronic systems for communications
- Control systems
- Algorithmics and Ada Programming : advanced data strucures
- Probability and statistics
- Analysis II and signal theory
- Electromagnetic waves : optics and propagation in materials
- improving autonomy and building a professionnal project - level
- C language, Numerical Analysis and Computer Networks
- Experimental physics and stochastic modelling
- Automatic & Electronic
- Electromagnetisms in materials and waveguides - classical mechanics
- Improving autonomy and building a professional project
- Job search and languages
- Job search and languages sans LV2
- Engineering and ecological issues
- Hardware - assembly langage
- Databases, C and Network programming
- Automatic Control: modeling and control
- Electronics and Signal
- improving autonomy and building a professionnal project -level 3
- Business environment and languages
- Business environment and languages and LV2 or Reinforced English
- Thermodynamics
- Material Physics
- Applied material physics
- Quantum and statistical physics
- Business environment and languages and LV2 or Reinforced English
- Modelling and Numerical Analysis in Fluid Mechanics
- Hydraulics and dispersed systems Unit Operations
- Microbiology & Statistics
- Molecular biology
- Fluid properties
- Introduction to manufacturing processes
- Organic and structural chemistry
- Bioseparation, enzyme kinetic and gene regulation
- Process Control
- Business environment and languages and LV2 or Reinforced English
- Processes for mass and energy transformation
- Analytical methods II
- Engineering thermodynamics
- Heat and mass transfer
- Chemical reaction engineering 2
- Business environment and languages and LV2 or Reinforced English
- Heat transfer and Fluid Mechanics I
- Introduction to PDE and numerical models - Structural mechanics
- Ecodesign and Engineering
- Granular materials
- Solid mechanics
- Mechanical Industrialization
- Introduction to Systems Engineering
- Structural analysis and engineering
- Reinforced and prestressed concrete
- Geotechnics 1 (Engineering geology - Soil physics)
- Heat transfer and Fluid Mechanics 2
- Dynamics and control
- Conception mécanique et étude de fabrication
- Multibody mechatronic systems
- The Finite Element Method for solid mechanics
- Business environment and languages and LV2 or Reinforced English
- Numerical analysis and optimisation
- OS, C Language, Computer networks, data bases
- ODE and numerical resolution
- Database 1 and Web programming
- Theoretical tools for computer science
- Measure Theory and probability
- Matrix computation and geometry
- Statistics
- Object oriented coding
- Introduction to PDE based numerical models
- System and Network Programming
- POO and Graphs
- Signal processing and telecommunications
- Concepts and Hardware for Data Transmission
- APPLIED PHYSICS
- Laboratory Works 1
- Multidisciplinary project
- Condensed Matter Physics I
- Instrumentation
- Electronic and signal processing
- Improve your management abilities
- Laboratory Works 2
- Physical properties of Condensed Matter 2
- Multidisciplinary project
- Micro-nano technologies
- Safety, quality and applications to measurement
- Improving autonomy and building a professional project
- Communicating within organizations
- NanoPhysics and Nanochemistry
- Innovative technologies, devices and materials
- Physics Engineering and Economic Development
- Laser Technics and Scientific Communication
- Human Resources Management and Group Work
- Instrumentation - Project
- FPGA and real time instrumentation
- Nanobioengineering
- Micro-nano-electro-mechanical systems-nanotechnology Engineering
- Graphene and beyond
- Nano-Sensor - Nanotechnological Engineering
- Advanced instrumentation
- Advanced Instrumentation 2
- Graphene
- FPGA and real time instrumentation
- Training period (5th year)
- Training period (4th year)
- AUTOMATIC CONTROL AND ELECTRONICS
- Multiphysic modeling
- Digital signal acquisition architectures and computed controlled systems
- Hardware
- Power systems and instrumentation
- Improving autonomy and building a professional project
- Communicating within organizations
- Device modeling and digital circuit architectures
- Analog electronic system architecture
- Systems analysis complex
- QSE APS 4A GEI
- Tutored projects
- Object oriented and real time programming
- Modelling and Optimization
- Systems Engineering processes
- QSE , Projet mécatronique et APS
- Improve your management abilities
- Practical Work in Control
- Energy management for embedded systems
- Discrete and Continuous Systems Optimisation
- Object oriented and real time programming
- Integrated circuit design
- Technology, fabrication and industrialization of embedded systems
- Autonomous embedded systems design
- Sensor network : design and networking
- Human Resources Management and Group Work
- Embedded Computer Architecture
- Engineering methods
- Dependability
- Projet interdisciplinaire
- Mineure
- Dependable systems
- Configuration management and knowledge
- Multidisciplinary design
- Thermal engines and systems
- Systems on chip
- Industrialization and logistics
- Training period (4th year)
- Training period (5th year)
- BIOLOGICAL ENGINEERING
- Cellular metabolism and regulation
- Genetic engineering
- Mass transfer
- Biochemical kinetics and bioreactor
- Improving autonomy and building a professional project
- Improve your management abilities
- Microbial and Mammalian cells culture
- Genetic and Enzymatic engineering
- Multi-disciplinary Projects
- Unit Operations
- Communicating within organizations
- Systems and Synthetic Biology for biotechnologies
- Design project
- Human Resources Management and Group Work
- Microbiology and biocatalysis for industry
- Training period (5th year)
- Training period (4th year)
- CHEMICAL ENGINEERING
- Unit operations 1
- Unit operations 2
- Processes simulation and analysis
- Heterogeneous reaction engineering
- Chemical and environmental engineer, define and build a project
- Improve your management abilities
- Heat exchangers with or without phase transition and simultaneous heat and mass transfer
- Processes & energy
- Project for research introduction
- Metrology Environnement and Risks
- Improving autonomy and building a professional project
- Communicating within organizations
- Design and environmental assessment of processes
- Human Resources Management and Group Work
- Engineering of drinking water production and water treatment
- Rational use of energy
- Waste treatment and valorization
- Separation processes for specific quality water production and new resource exploitation
- Process control & optimization
- Reactor Design & Flow Assurance
- Training period (4th year)
- Training period (5th year)
- CIVIL ENGINEERING
- Concrete structures 1
- Indoor building physics
- Improve your management abilities
- Quality Safety Environment, Sport
- Geotechnics 2
- Advanced non linear and computational structural and solid mechanics
- Building networks (hot and cold water networks, aeraulics)
- Building devices (thermodynamic devices, electricity)
- Building project
- Construction environment 2
- Initiation to research
- Improving autonomy and building a professional project
- Communicating within organizations
- Steel & timber structures
- Prestressed concrete structure & bridges
- Air conditioning
- Equipments Acoustics
- Human Resources Management and Group Work
- HVAC - Building physics
- Future buildings
- Methods and English
- Bridge Project & Conferences
- Road engineering and structures
- Frames and Composite steel and concrete structures
- Concrete structures 2 & masonry
- Eco building & Environmental impact
- BIM Environment
- Project ownership assistance
- ID-RIMS
- Training period (5th year)
- Training period (4th year)
- COMPUTER AND NETWORKS ENGINEERING
- Information Systems
- Hardware and microcontroller
- Fundamentals in Computer Science
- Internet and Security
- Object Oriented Design and Object Oriented Programming
- Improving autonomy and building a professional project
- Improve your management abilities
- Mobiles Networks and Wireless Networks
- Transmission systems and techniques
- Tutored projects
- Software and hardware architecture for computer systems
- Intelligent Systems
- Concurrent and real time system
- QSE APS 4A GEI
- Communicating within organizations
- Architecture of telecommunication systems
- Advanced Interconnection and long-distance networks
- Concurrent and real time system
- Engineering methods
- Dependability
- Project interdisciplinaire
- Embedded Computer Architecture
- Human Resources Management and Group Work
- Mineure
- Software engineering and service oriented architecture
- Algorithms for data analysis
- Platforms for massive data processing
- Software Dependability
- Mineure
- Training period (4th year)
- Training period (5th year)
- MATHEMATICAL MODELING & AI
- Signal 1
- Optimisation I
- Elements of Statistical Modelling
- Improving autonomy and building a professional project
- Improve your management abilities
- Quality, security, environment
- HPC, Matrix Computations and Large Sparse Systems
- Advanced probability and Monte Carlo methods
- Partial Derivative Equations and Monte Carlo methods
- Project research/Innovation
- Signal II and optimization
- Machine Learning
- Communicating within organizations
- Finite Element Methods & Model Reductions
- Modeling and scientific computing in fluid and structural mechanics
- Stochastic Processes: Time Series and Gaussian Processes
- Data Analysis
- Human Resources Management and Group Work
- Research Project - Innovation - Engineering English
- High Dimensional and Deep Learning
- Computer experiments & Experimental Design
- Computer experiments & Stochastic calculus
- Image
- Variational Data Assimilation & Model Learning
- Advanced models and numerical methods for fluid mechanics
- Advanced modeling in computational structural mechanics
- Reliability and Lifetime analysis
- IA Frameworks
- Poisson processes and application to reliability theory and actuarial sciences
- Mathematical models and numerical methods for Actuarial Sciences
- Training period (5th year)
- Training period (4th year)
- MECHANICAL ENGINEERING
- Design of structures
- Manufacturing
- Mechanical power transmission
- Improving autonomy and building a professional project
- Improve your management abilities
- Control Systems
- Power systems and instrumentation
- Multiphysic modeling
- Modelling and Optimization
- Improve your management abilities
- Advanced heat transferts and fluid flow
- Advanced mechanical modelling
- Multidisciplinary industrial project
- Research projects and Sports
- Communicating with in organizations
- Tutored projects
- Systems Engineering processes
- Dynamics of structures and control
- Object oriented and real time programming
- Mechatronic project
- QSE and Sport
- Communication with in organizations
- System level modelling and simulation
- Composite structures and case study
- Heat Engines, Refrigerators and Heat Pumps
- Non destructive testing/English
- Research projects (part 3)
- Optional modulus
- Human Resources Management and Group Work
- Dependable systems
- Multidisciplinary design
- Thermal engines and systems
- Systems on chip
- Industrialization and logistics
- Research project and Industrial property
- Training period (5th year)
- Training period (4th year)
- 1,2,3 Engineer INSA Toulouse
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