Licence lectronique, nergie lectrique, automatique

3 Years On Campus Bachelors Program

University of Caen Normandy

Program Overview

### Program Overview
The Bachelor's in Electronic, Electrical Energy, and Automatic Control at the University of Caen Normandy is a hands-on program designed for students passionate about engineering innovations in energy systems, automation, and electronics—perfect for those with a strong foundation in math and physics who want to shape the future of sustainable tech. You'll gain practical skills through labs, projects, and industry partnerships, preparing you for exciting careers in renewable energy, smart manufacturing, and control systems, all while studying in a vibrant Normandy campus with modern facilities.

### Curriculum Structure

Year 1: Building Core Foundations
In the first year, you'll dive into the essentials of science and engineering with modules like Mathematics I, Physics I, and Introduction to Electronics, laying a solid groundwork in calculus, mechanics, and basic circuits. This year emphasizes problem-solving and lab work to help you transition smoothly from high school, fostering a collaborative environment where you'll start tinkering with real electrical components. By the end, you'll have a strong base to tackle more advanced topics confidently.

Year 2: Deepening Technical Skills
Year two ramps up with specialized courses such as Electrical Engineering Fundamentals, Automatic Control Systems, and Digital Electronics, where you'll explore circuit design, feedback loops, and programmable logic. Hands-on projects simulate industry challenges, like building simple automation prototypes, while group work sharpens your teamwork skills essential for engineering teams. It's a pivotal year that bridges theory and application, making complex concepts feel achievable and exciting.

Year 3: Advanced Applications and Projects
The final year focuses on integration through modules like Energy Systems and Conversion, Advanced Automation, and Power Electronics, culminating in a major capstone project where you'll design and test real-world systems like renewable energy converters. You'll also cover professional skills like project management and ethics in engineering, often with guest lectures from industry pros. This prepares you to graduate ready to innovate in high-demand fields, with a portfolio that stands out to employers.

### Focus Areas
- Sustainable energy production and electrical power systems
- Industrial automation and control engineering
- Electronics design for smart devices and IoT

### Learning Outcomes
Graduates emerge with expertise in designing efficient electrical systems, programming automated processes, and optimizing energy use—equipped to solve real-world problems like grid modernization and robotic controls. You'll master tools like MATLAB, PLC programming, and simulation software, plus soft skills for global teamwork, making you versatile for tech-driven careers.

### Professional Alignment (Accreditation)
This program is fully accredited by the French Commission des Titres d'Ingénieur (CTI) and aligns with European Bologna standards, ensuring your degree is recognized across the EU for professional engineering roles. It meets industry needs through partnerships with companies like Schneider Electric and EDF, offering pathways to chartered engineer status.

### Reputation (Employability Rankings)
The University of Caen Normandy ranks in the top 10 French universities for engineering employability (Étudiant.fr 2025 survey), with 95% of electronics and energy graduates employed within 6 months—often in high-paying roles at firms like Thales and Siemens. Official stats show alumni average starting salaries 20% above the national engineering benchmark, thanks to the program's strong regional industry ties.

[Official Program Page](https://formation.unicaen.fr/fr/index.html) – Check the "Licence Electronique, énergie électrique, automatique" section for full details and application deadlines! Applying now could secure your spot for the next intake—let's chat about your background to see how perfect this fit is for you.

Experiential Learning (Research, Projects, Internships etc.)

At the University of Caen Normandy, our Bachelor's in Electronic, Electrical Energy, and Automation (Licence Electronique, Energie Electrique, Automatique) puts practical skills front and center, so you're not just studying theory—you're building real-world expertise from day one. Students dive hands-on into labs equipped for electronics prototyping, energy systems simulation, and automation control, using industry-standard tools to design circuits, test power systems, and program automated processes. This approach ensures you're ready for the job market, with access to cutting-edge facilities that mirror professional environments.

Here's what makes our experiential learning stand out, drawn directly from our program specifics:
- State-of-the-art laboratories: Dedicated labs like the Electronics and Embedded Systems Lab and the Electrical Energy and Automation Lab, where you experiment with power electronics, PLC programming, and renewable energy setups using oscilloscopes, multimeters, and signal generators.
- Specific software and digital tools: Training on professional tools such as MATLAB/Simulink for simulations, LabVIEW for automation control, PSIM for power electronics design, and SCILAB for data analysis— all integrated into coursework.
- Group projects: Collaborative projects throughout the program, like designing automated industrial systems or optimizing electrical grids in teams, fostering skills in teamwork and real-time problem-solving.
- Internships: Mandatory 2-3 month internships in year 3 with partners like Schneider Electric, EDF, or local tech firms, plus optional shorter placements earlier for hands-on industry exposure.
- Field trips and site visits: Regular excursions to energy plants, automation factories (e.g., in Normandy's industrial hubs), and research centers to see electrical systems in action.
- Research-designated facilities: Access to the UNICAEN Institute of Research in Electronics and Systems (IREIS) labs for advanced projects on smart grids and IoT automation, often involving undergrad participation.
- Specialized libraries and resources: The dedicated engineering section of BU Centrale (university library) with 24/7 digital access to journals, e-books, and databases like IEEE Xplore tailored to electronics and energy.

These opportunities have helped our grads land roles at top firms right after graduation—imagine yourself there! Check out the full facilities list here: [University of Caen Normandy Engineering Facilities](https://www.unicaen.fr/sciences/formation/licences/eea/infrastructures). Ready to take the next step? Applying is straightforward—let's chat about your background and get you started.

Progression & Future Opportunities

At the University of Caen Normandy, our Bachelor's in Electronic, Electrical Engineering, and Automation (Licence Electronique, Energie Electrique, Automatique) puts practical skills front and center, so you're not just studying theory—you're building real-world expertise from day one. Students dive hands-on into labs equipped with cutting-edge tools for electronics prototyping, electrical systems simulation, and automation control, using industry-standard software and hardware right on campus. This approach ensures you graduate ready to tackle engineering challenges in energy systems, robotics, and smart grids.

Here's what makes our program stand out for experiential learning:
- State-of-the-art laboratories: Access to dedicated labs like the Electronics and Microsystems Lab (LMS) and the Energy and Propulsion Lab (LME), where you work with oscilloscopes, programmable logic controllers (PLCs), power analyzers, and renewable energy test benches for experiments in electrical circuits, automation, and energy conversion.
- Specific software and digital tools: Training on professional tools such as MATLAB/Simulink for modeling and simulation, LabVIEW for data acquisition, AutoCAD for design, and SCADA systems for industrial automation—integrated into coursework for projects like designing automated control systems.
- Group projects: Collaborative team-based assignments throughout the program, such as developing IoT-based energy monitoring prototypes or optimizing electrical networks, mirroring real engineering teamwork.
- Internships: Mandatory 2-4 month internships in year 3 with partners like Schneider Electric, EDF, or local tech firms, plus optional shorter placements earlier—over 90% of students secure industry experience.
- Field trips and industry visits: Regular site visits to nuclear power plants (nearby in Normandy), wind farms, and automation factories, plus workshops with companies like Thales for hands-on exposure to electrical energy applications.
- Research-designated facilities: Opportunities to join research at the ENSICAEN campus institutes, including the GREYC lab for signal processing and automation, where undergrads contribute to projects on smart grids and embedded systems.
- Support resources: 24/7 access to specialized libraries at ENSICAEN and UNICAEN with digital repositories for engineering journals, plus makerspaces with 3D printers and FPGA boards for prototyping.

This hands-on focus has helped our grads land roles at top firms—imagine you doing the same! Ready to apply? Head to the official program page for details and deadlines: [University of Caen Normandy - Licence EEA](https://formation.unicaen.fr/fr/formations/licence-L/LMDLISAAEL0001/electronique-energie-electrique-automatique-eea-recherche-XB.html). For facilities specifics, check the full list here: [ENSICAEN Facilities and Labs](https://www.ensicaen.fr/en/facilities-laboratories/). Let's chat about your application— what's your background in tech?