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The Engineering Programme
The Engineering Programme is composed of 5 years of studies. Project-based teaching, mandatory internships and a compulsory period of 3 months minimum (2 months minimum for the work/study) abroad constitute this 5-year course.
The Engineering Programme is also opened to non-French speaking students, through the Linguistic & Scientific Adaptation Programme.
The 2-year Integrated International Preparatory Cycle
| THE INTEGRATED INTERNATIONAL PREPARATORY CYCLE IS A 2-YEAR TRAINING BEFORE GETTING INTO THE ENGINEERING CYCLE | Duration | 2-year programme |
| Language | Taught in French | |
| Content | Mathematics, Physics, Foreign Language, Communication, Engineering courses (Automation, Computer Science and Electronics). | |
| Eligibility | “Baccalauréat” in France, or equivalent degree abroad (10+2, A-Level, Gaokao, etc) |
The 3-year Engineering Cycle
| THE ENGINEERING CYCLE IS A 3-YEAR TRAINING WHICH LEADS TO THE ENGINEERING DEGREE | Duration | 3-year programme |
| Language | Taught in French & English | |
| Content | Broad-based courses in science and technology, economics and management, and advanced majors in twelve different streams of engineering. | |
| Eligibility | Having done 2 years of preparatory cycle or having done at least a first degree at university, or a bachelor‘s degree at university in France or abroad in a relevant field. |
12 majors in technological fields are available from the middle of the second year in the Engineering Cycle:
| ESIGELEC MAJORS OF THE ENGINEERING CYCLE | |
|---|---|
| ISET – French & English Electronic Systems of Telecommunication Engineering | Radio-frequency (RF) and microwave frequency (HF) engineering catering to the fields of telecommunications, aeronautics and automobiles. |
| ICOM - French & English Communications Engineering | Communication engineering in all its forms, from the wide ranging telecom sector through to embedded communications. |
| ASR - French & English Networks Architecture and Security | Information systems telecommunication networks security. This field of engineering is the process of designing and implementing of teleinformatics and telecommunication networks, managing networks. It also involves the implemenation of networks architecture, information systems security and audit. |
| GSI - French & English Information Systems Engineering | Information systems refer to an interdisciplinary field of engineering that focuses on how to develop, design, test and manage complex projects over their life cycles. |
| ARI – French & English Automation and Industrial Robotics | Automation and industrial engineering involves design and management through the use of control systems and information technologies, thereby reducing the need for human intervention in the production of goods and services. In the scope of industrialization, automation is a step beyond mechanization. |
| ISE - French & or 100% in English Embedded Systems Engineering | Embedded systems engineers design hardware and/or software for a system solution using mechanical, electronic, and software components of the system to arrive at a solution. These engineers are expected to be cross-disciplinarians and have a complete understanding of the interactions of all the widgets in a system. |
| GET - French & English Electrical Engineering and Transport | This stream of engineering deals with issues faced by industries with regard to electrical energy of earth and embedded networks, electric motorization (in automobiles, aeronautics, rail and naval industries) and industrial risk. The fields that are covered are energy (production, transport, networks and management), renewable energy, test benches, electric traction, power electronics, real time control, communication networks and instrumentation, electromagnetic fields and modeling and security. |
| MCTGE - French & English Mechatronics and Electrical Engineering | Mechatronics is an interdisciplinary area of engineering that combines mechanical and electrical engineering and real time computing. |
| EDD - French & English Energy and Sustainable Development | Sustainable engineering is the process of designing or operating systems such that they use energy and resources sustainably, i.e., at a rate that does not compromise the natural environment, or the ability of future generations to meet their own needs. |
| ISYMED - French & English Biomedical Systems Engineering | Biomedical engineering is the application of engineering principles and design concepts to medicine and biology for healthcare purposes. It combines the design and problem solving skills of engineering with biological and life sciences to advance healthcare treatment. |
| IA - French & English Business Engineer | An interdisciplinary field of engineering that focuses on how complex businesses should be designed and managed. |
| IF - French & English Financial Engineer | A multidisciplinary field involving financial theory, the methods of engineering, the tools of mathematics and the practice of programming. |
