logo Insalogo Insa

Programmes in English


INSA Toulouse also offers its Foreign student the opportunity to study in English.

Scientific courses taught in English

INSA Toulouse offers the possibility to attend classes in English to its Incoming Exchange Students. This means that any student whose institution has signed an Agreement with INSA Toulouse (or with the INSA Group or the Université Fédérale Toulouse Midi-Pyrénées) can attend these classes.

Students are allowed to mix classes in French and in English.



 Masters of Science

This degree targets the field of electronic systems for embedded applications and communications (ESECA). The courses focus on the design of integrated and RF circuits, antennas and digital processing of signals  and images. The fundamental teachings relate the basics of signal theory, signal processing, electromagnetism, and circuit theory, and are based on project-oriented learning.

Lessons are delivered over the course of 24 months of training, since students are required to work in the research departments of our industrial partners and will be welcomed in training on production sites or in laboratories of research and development.


At the end of the degree, the student will be able to manage the quality and risks of technological systems (both products and facilities) which relate to their specifications, design, implementation, manufacturing and operation, and to provide insurance of the actual quality and risk control in a legal, economic and social context. 

It is a 4 semester program. At the end of the second semester, a supervised professional project implementing the skills acquired during the first year will take place. The 4th semester is an internship in a company or in a research laboratory. It can be done in France or abroad.

Multiphase flows are of major importance for modelling and mocking-up the behaviour of industrial processes. The Master of Science Fluids Engineering for Industrial Processes is focused on industrial activities in the field of chemical and process engineering. Applications are especially related to fluid flows in petroleum engineering, chemical engineering and energy transformation, fields in which Fluids Engineering plays a major role.

To conclude their studies, students must do an internship. Contacts with the industrial world (petroleum, chemical and nuclear engineering) and professional emphasis during classes are maintained throughout the 24 months of training since students have the opportunity to work on projects related to our industrial partners.


Advanced Masters

The objective of this one-year post-Master degree is to offer courses in English dealing with generic aspects of risk management including concepts of risk as well as risk analysis (identification and estimation), treatment, communication and management systems. The second part deals with applications in specific fields: process safety, dependability of computing systems, toxicological risks for human health and the environment, natural and technological risks for construction, risk associated with electromagnetic fields and electricity. This second part does not require a deep knowledge of each fields since an introduction to useful information will be supplied. Many of the lectures are provided by industrial professionals.


With the Master MSIAI, INSA Toulouse offers a top-level education that enables engineers to acquire skills in Engineering and Industrial Affairs.

The Advanced Master relies primarily on an intensive training over 600 class hours all taught by current professionals who are true specialists in their fields. Emphasis is placed on Business Project Management, management techniques, international trade, negotiation and interpersonal skills.



A multidisciplinary program focused on the development of the Internet of Things.

The transversal multidisciplinary advanced master « Innovative and Secure IoT Systems » (MSIoT) is for engineers and postgraduate students. Over the course of a one year program, it aims to help them acquire skills in innovation, design, production, distribution and marketing of "smart systems based on connected objects" from their components to their business applications while taking into account the societal aspects.

MSIoT contains modules on: smart devices, communication, middleware and service, analysis and data processing, security and options to explore startup creation, e-health and the factories of the future.