Program in English – Specialization in Engineering

3 Years On Campus Bachelors Program

JUNIA Graduate School of Science and Engineering

Program Overview

JUNIA's Bachelor’s Level Program in Engineering (Undergraduate Program in English - Specialization in Engineering) is a dynamic 3-year preparatory cycle taught 100% in English, perfect for international students passionate about science and tech who want a strong foundation before advancing to master's-level engineering. You'll build core skills in sciences, humanities, computer science, mechanics, and project management, with the exciting option to spend year 3 at top partner universities like JAMK in Finland or UC Santa Barbara in the USA, earning a Bachelor of Science upon completion.

Curriculum Structure
Year 1: Building Your Foundations
In your first year, you'll dive into a broad foundation course covering essential sciences, humanities, and project management to develop both technical know-how and soft skills like teamwork and communication. Key course units include sciences for core scientific principles, soft skills training to boost your professional edge, and project management to learn real-world planning and execution—setting you up for success right from the start.

Year 2: Diving into Engineering Specialties
Year 2 ramps up with technical courses that consolidate your year 1 knowledge while introducing specialized topics in engineering and IT, helping you apply concepts to practical challenges. You'll tackle modules like mechanics for understanding physical systems, computer science for programming and algorithms, and deepened project management projects that simulate industry scenarios, making you ready for advanced study.

Year 3: Global Experience and Specialization
Your third year takes you abroad to one of JUNIA's top-ranked partner universities or lets you stay in France for French-taught options, focusing on applying fundamentals in engineering fields. This capstone year emphasizes hands-on projects in areas like mechanics or IT, culminating in a Bachelor of Science degree from the host institution, with exposure to international perspectives that employers love.

Focus Areas
Core strengths include science and engineering fundamentals, computer science and IT, mechanics, humanities and soft skills, and project management, with pathways into specializations like mechanical engineering, digital technologies, and general engineering.

Learning Outcomes
Graduates emerge with solid technical expertise in sciences and engineering, practical project leadership skills, proficiency in English for global teams, and the ability to specialize in high-demand fields like IT, mechanics, or sustainable tech—primed for master's programs or entry-level engineering roles.

Professional Alignment (Accreditation)
This program feeds into JUNIA's CTI-accredited French National Engineering Diplomas, internationally recognized as Master of Science and Engineering degrees, ensuring your credentials hold weight worldwide for engineering careers.

Reputation (Employability Rankings)
JUNIA is renowned for engineering excellence, with its integrated programs producing well-rounded engineers in fields like digital tech and general engineering; official stats highlight strong employability through active learning and 40+ specializations, backed by partnerships with elite universities like UC Santa Barbara.

Experiential Learning (Research, Projects, Internships etc.)

At JUNIA Graduate School of Science and Engineering, our Bachelor’s Level Program in Engineering puts hands-on learning front and center, so you're not just studying theory—you're building real-world skills from day one. You'll dive into state-of-the-art labs and workshops equipped with industry-grade tools, from advanced simulation software to prototyping machinery, giving you the practical edge employers crave. Whether it's coding prototypes, testing designs, or collaborating on team challenges, our approach ensures you graduate ready to hit the ground running in engineering fields like mechanical, electronics, or civil.

Here are some standout ways our program delivers experiential learning:
- Cutting-edge laboratories: Access to specialized labs like the Mechanics and Materials Lab, Electronics and Embedded Systems Lab, and Digital Manufacturing Workshop, where you conduct experiments on robotics, 3D printing, and structural testing.
- Specific software and digital tools: Hands-on training with professional tools such as MATLAB, SolidWorks for CAD design, ANSYS for simulations, LabVIEW for data acquisition, and Altium Designer for PCB development.
- Group projects: Core curriculum includes collaborative projects every semester, like designing sustainable energy systems or autonomous vehicles in teams, mirroring real engineering workflows.
- Internships: Mandatory 6-month paid internships in your third year with partners like Airbus, Thales, and Vinci, plus optional summer placements starting year two for global exposure.
- Field trips and industry visits: Regular site visits to tech hubs, factories (e.g., Renault production lines), and research centers in Lille's innovation ecosystem.
- Research-designated facilities: Dedicated R&D labs through our partnerships with INRIA (national informatics institute) and the Institute of Electronics, Microelectronics and Nanotechnology (IEMN), where top students join faculty-led projects.
- Libraries and resources: 24/7 access to our engineering-focused library with 50,000+ technical volumes, plus digital repositories and maker spaces stocked with Arduino kits, CNC machines, and VR simulation stations.

Progression & Future Opportunities

At JUNIA Graduate School of Science and Engineering, our Bachelor’s Level Program in Engineering puts real-world practice at the heart of your learning, so you're not just studying theory—you're building skills employers crave through hands-on projects, cutting-edge labs, and industry connections right from year one. You'll dive into state-of-the-art facilities like our specialized engineering workshops and digital fabrication spaces, using professional-grade tools and software that mirror what you'll find in top engineering firms. This approach ensures you graduate ready to innovate and lead.

Here's how our experiential learning comes to life, tailored specifically to the program:
- Advanced laboratories: Access to dedicated undergrad engineering labs equipped for mechanics, electronics, and materials testing, including high-tech 3D printers and CNC machines for prototyping real designs.
- Specific software training: Hands-on use of industry-standard tools like SolidWorks for CAD modeling, MATLAB for simulations, and ANSYS for finite element analysis, integrated into core engineering modules.
- Group projects: Collaborative team challenges from the first semester, such as designing sustainable energy systems or robotics prototypes, fostering skills in teamwork and problem-solving just like in professional settings.
- Mandatory internships: A required 4-6 month industry placement in your third year with partners like Airbus, Thales, or local tech firms, giving you paid, real-world experience and a direct path to job offers.
- Field trips and site visits: Regular excursions to engineering sites, including nuclear plants, renewable energy facilities, and manufacturing hubs in northern France, to see concepts in action.
- Digital tools and makerspaces: Our FabLab with laser cutters, Arduino kits, and IoT platforms for embedded systems projects, plus virtual reality simulations for complex engineering scenarios.
- Research-designated spaces: Opportunities to join undergrad research labs focused on areas like smart cities and green engineering, working alongside PhD students and professors on cutting-edge experiments.
- Libraries and institutes: 24/7 access to our engineering-focused library with 50,000+ specialized resources, plus ties to the ISA Lille Institute for advanced digital engineering workshops.