Bachelor of Computer and Electronics Engineering

Becoming an engineer means contributing to the progress of society

The IT and Electronics Engineering Bachelor's degree prepares you for a promising future thanks to its technical, practical and professional training. It enables you to embark on a secure engineering career with two degrees, and also, for those who wish to do so, to join the world of work at Bac 3 level.

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Duration : 3 ans
Campus : Angers
Prerequisites: General and technological baccalaureate
Tuition : 6550 €/year

Programme

The Bachelor's programme in Computer Science and Electronics has been tailor-made to meet a threefold objective: to give students access to a job in a company with a relevant technical background, to enable them to consider a secure course of study towards the engineering cycle and to train them as experts.

Imagine designing a system, architecting software, solving problems and working in a team!

Year 1 - Acquire the basics in electronics and computing

Semester 1

Sciences: 9 ECTS – 116h
- Applied mathematics
- Applied physics and scientific culture
Computer Science: 5 ECTS – 63 h
- Algorithms & Python
Electronics: 8 ECTS – 107 h
- Electro-kinetics
- 3D modelling
- Logic circuits
Human and Social Sciences: 3 ECTS – 38 h
- Methodology and organisation
- Emotional intelligence and assertiveness
- Internal and external commitment
- Ecological and societal impacts
Languages: 5 ECTS – 46 h
- English
- French

Semester 2

Sciences: 6 ECTS – 76h
- Applied mathematics
- Applied physics and scientific culture
Electronics: 6 ECTS – 173 h
- C language for embedded systems Digital electronics project
- Electronics in practice
- Analogue electronics
Computer Science : 4 ECTS – 52.5 h
- Fundamentals of Information Systems
Languages: 4 ECTS – 42 h
- English
- French
Human and Social Sciences: 3 ECTS – 39 h
- Emotional intelligence and assertiveness
- Project management
- Internal and external commitment
- Ecological and societal impacts

Year 2 - Getting to the heart of the matter: electronics through practice, object-oriented programming, web technologies, embedded systems, etc

Semester 3

Sciences : 5 ECTS – 70h
- Energy and thermo
- Applied mathematics
Software Engineering : 12 ECTS – 161h
- Java & POO & Database
- Web technologies (back-end & front-end)
Electronics: 8 ECTS – 101.5h
- Electronics through practice
- Class project
Languages: 2 ECTS – 28h
- English
Human and Social Sciences : 3 ECTS – 10h
- Professional integration
- Project management
- Internal and external commitment
- Ecological and societal impacts

Semester 4

Electronics: 5 ECTS – 61h
- Embedded Digital Systems (DENSE)
Engineering : 1 ECTS – 14h
- Reverse engineering and problem solving
Software Engineering: 3 ECTS – 35h
- IA
Internship : 4-5 months = 16-20 weeks – 21 ECTS

Year 3 - Opening up to the company and developing autonomy

Semester 5

Sciences: 8 ECTS – 115h
- Introduction to research
- Ecodesign
- Green IT
- Waves
- Applied mathematics
Software Engineering: 9 ECTS – 113h
- Software Engineering Project
- Cybersecurity
Electronics : 9 ECTS – 119h
- Communicating objects project
- Batteries, energy management
Languages: 2 ECTS – 28h
- English
Human and Social Sciences : 8 ECTS – 24h
- Professional integration
- Internal and external commitment
- Management

Semester 6

Work placement: 5-6 months = 20-24 weeks – 30 ECTS

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Target professions

Application developer

Computer engineer

Cybersecurity engineer

Data Scientist

Cloud and big data architect

The advantages of a Bachelor's degree

The programme has been built around a wide range of practical projects designed to raise awareness of a vast range of technical and scientific knowledge.

A career path

This Bachelor’s degree offers an adapted integration into the professional world. Each student arrives at the company with a relevant technical background. Two internships totalling between 9 and 12 months punctuate the course, providing relevant and immersive experience in a professional environment.

Specialist guidance

This pathway offers the possibility of specialised guidance tailored to your wishes.

Cross-disciplinary skills

This course enables you to develop and deepen cross-disciplinary skills such as :

Designing electronics;
Building a system;
Architect software;
Solving problems;
Working in a team

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Testimonials

The timetable is divided into 50% theory and 50% practical application through group projects. This course contains everything you need to enter the world of IT and get serious training.

Alexis

Bachelor student