Master of Science in Industrial Engineering - Computer Science

Teaching profile
See the course programme

The profession

Industrial IT engineers have access to a wide range of professions:

  • Application Architect: his role is to design the architecture of an application that meets requirements and is scalable.
  • Business Analyst: his role is to understand business needs, formalize and model them so that they are clearly understood by the development team.
  • Project Manager: today's IT project management is often Agile, with the project taking place over several iterations and regularly validated by the customer.
  • Data Analyst: social networks and connected objects generate masses of information, and the role of the data analyst is to understand and synthesize this data to identify trends.
  • Network Engineer: his role is to design reliable, robust networks, and monitor and maintain them. 
  • System Engineer: his role is to manage the entire IT infrastructure, both hardware and software, and is responsible for the technological choices that will enable it to evolve.
  • …

All these professions require strong interpersonal skills, as IT is a tool used by the company to ensure its growth.

Currently, Agoria, the technology sector federation, estimates that there are 30,000 vacancies in the IT sector. Job opportunities are therefore plentiful.

Organisation of studies

As undergraduates, students are exposed to a wide range of scientific and technological subjects. Throughout his career, this general knowledge will enable him to better understand the needs expressed by users, which is recognized as a key factor in the success of any IT project. 

In 1st and 2nd, all students are also introduced to IT, but from the end of 2nd, students who are interested in this field can go into greater depth on certain subjects and carry out projects. In 3rd year, when choosing electrical engineering, students are immersed in electronics and IT subjects to acquire the skills in database, object programming, web technologies, etc. required for the 1st internship, which takes place at the end of the year.

Master's courses focus on more specialized issues: architectures, quality, web and mobile development, artificial intelligence, the Internet of Things, cloud computing, parallel programming, network design and management.

And then

It's unrealistic to expect students to be trained in a fixed way in a field as progressive as information technology. Throughout the Master's program, the emphasis is constantly on self-study, researching sources and constructively critiquing information found on the Internet. These are the most important assets that enable students graduating from the IT department to specialize in any cutting-edge field. Skills in microelectronics, computer science and integration enable them to pursue studies or careers in all key IT-related fields.

Labs

  • The computer lab
  • Electronics laboratory
en_GBEN
fr_FRFR en_GBEN
Skip to content