Initial Engineering Training for students (FISE)

FISE aims to provide students with the fundamental, technical, and practical knowledge necessary for the activities of a generalist computer engineer, to develop their ability to conceptualize and solve complex problems, undertake, innovate, manage projects, and lead teams in a multicultural and multidisciplinary context.

Join the Initial Training under Student Status

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The training is Multidisciplinary and develops around 4 Axes:

Computer science:

Theoretical, technical, and practical foundations of computer science

Applied mathematics:

Probability, statistics, optimization, financial mathematics

Business management:

Economics, management, entrepreneurship, project management, finance

Entrepreneurship
 

The ensIIE engineering training includes:

A 6-semester curriculum

The curriculum is spread over three years of full-time study, divided into six semesters. The courses are organized into Teaching Units (UE), consisting of one or more modules, and covering a specific thematic field. The first two semesters of the program are entirely composed of UEs that make up the core curriculum of ENSIIE's engineering training. They aim to establish strong theoretical and scientific foundations on which students can build their engineering education and develop their projects. Students acquire fundamental concepts in mathematics and computer science and are also introduced to economics, management, and law.

Optional pathways

Pathways are available from the second year and correspond to the school's areas of excellence. They allow engineering students to tailor their education according to their interests and career goals. Five pathways are accessible, leading to 12 dual-degree master's programs in the third year. Engineering students can also customize their track by selecting their technical courses.

Applied Mathematics Pathway

The applied mathematics pathway trains engineers with triple expertise: computer science, probabilities/statistics, with their industrial and commercial applications (finance, insurance, data science, artificial intelligence, machine learning), and operational research.

Software Engineering Pathway

This pathway offers a a more focused specialization in computer science, including fundamental courses (compilation, formal languages, computation models), an introduction to hardware/systems architecture, advanced programming techniques (functional programming, thread-based programming, middleware, software engineering), with sub-pathways in safe programming (software validation and verification, formal methods for developing safe software, reasoned programming) and digital security (network security, security of networks and protocols, information system security, advanced security).

Digital Interactions Pathway

Training engineers with the skills required to design, develop, enhance, and evaluate interactive human-machine systems and real-time and/or systems with a strong image dimension

• Video games

• Human-machine interactions

• Virtual and Augmented Reality

• Intelligent Systems

Intensive Computing and Big Data Pathway

This pathway is introduced in the second year of training at ensIIE. Semester 3 provides the necessary skills to enter the world of data and data science related to high-performance computing (HPC) and the development of massively parallel programming methods and techniques (multi-core processors, graphics processors, supercomputers, Cloud Computing).

The goal of semester 4 is to expose students to high-performance programming and massive parallelization techniques using a range of multi-core, multi-thread programming, or GPU libraries.

Semester 5 focuses on advanced topics specializing in big data management, particularly artificial intelligence for data analysis, exploration, and visualization, cloud system development, and learning methods.

Internships

Three internships complete the training by preparing engineering students for their integration into the business world:

• At the end of the first year, an 8-week programming-oriented internship, which can also have a humanitarian aspect.

• At the end of the second year, a 10-week internship focused on analysis and design.

• At the end of the third year, an engineering project is completed during a 6-month internship.

These internships can be carried out in a company or a research laboratory, both in France and abroad.

Parallel training or double degrees abroad:

International

One of our partner institutions.

National

• Bachelor's degree in mathematics at the University of Evry Paris-Saclay

• Master's degrees co-operated by the school. / M1 in applied mathematics

• Specific pathways:
  - Video Games and Digital Interactions. (ensIIE/Télécom SudParis) 
  - Engineer Manager: Double degree program ensIIE / Institut Mines Telecom Business School. 
  
  This 4-year program allows students to obtain two degrees: an engineering degree from ensIIE and a degree from the Institut Mines Télécom Business School program. 
  It is accessible to engineering students from ensIIE, Télécom SudParis, and management students from Institut Mines Télécom Business School.
  
  Training schedule
  The first two years at ensIIE (S1, S2, S3, and S4);
  4 semesters at IMT-BS (S3, S4, S5, S6), including 1 semester abroad and 1 semester in a company as part of the ensIIE/IMT-BS final year internship.