License in Mathematics and Computer Science applied to the Humanities and Social Sciences

3 Years On Campus Bachelors Program

Universite Grenoble Alpes UGA

Program Overview

The Licence Informatique – Parcours Informatique Générale at Université Grenoble Alpes is designed for students who want to truly understand how computers work — from logical thinking and programming to software systems and real-world applications. It is a perfect choice if you enjoy problem-solving, technology, and mathematics, and want the freedom to either start a tech career after graduation or progress to a specialised Master’s degree.

Curriculum Structure

First Year (L1)

In your first year, you will enter a shared science and mathematics foundation programme that builds strong analytical and computational thinking skills. You will study introductory programming, algorithms, applied mathematics, and logical reasoning — creating a solid base that makes advanced computer science topics much easier to master later.

Second Year (L2)

In the second year, your studies become more focused on core computer science. You will move into software development, data structures, computer systems, and networks, while also choosing elective modules that allow you to start shaping your personal interests within technology. This is the year where you begin to see yourself not just as a student of computing, but as a future software or systems professional.

Third Year (L3)

By the third year, you step into advanced areas of computer science. You will work on deeper software engineering concepts, complex system design, computational models, and optional subjects such as databases, artificial intelligence foundations, or network technologies. By graduation, you will have both the theoretical understanding and practical skills to either continue to a Master’s degree or enter technical roles in the industry.

Focus Areas

Computer science fundamentals, programming and software engineering, systems and networks, algorithms and data structures, and mathematical foundations for computing.

Learning Outcomes

By the end of the programme, you will be able to design and develop software solutions, understand how computer systems operate internally, solve complex problems using algorithms, and apply mathematical logic to real computing challenges.

Professional Alignment (Accreditation)

This degree awards the nationally recognised French Licence (Bachelor’s) qualification, fully aligned with the European Higher Education framework — allowing smooth progression into Master’s programmes across France and Europe, and recognition by international employers.

Reputation & Employability

Université Grenoble Alpes is widely respected for science and technology education in France. The university’s close links with research laboratories and technology industries in Grenoble — one of Europe’s major innovation hubs — give students strong exposure to real research and industry environments, preparing graduates for careers in software development, data science, systems engineering, and beyond.

Experiential Learning (Research, Projects, Internships etc.)

At Université Grenoble Alpes, computer science students do not learn only from textbooks — they learn by building, testing, coding, and solving real problems in a city known across Europe for technology and innovation. Throughout the Licence Informatique – Parcours Informatique Générale, you gain practical experience through programming workshops, supervised lab sessions, and project-based coursework where you apply algorithms, software design, and system concepts using real development environments. Being located in Grenoble — a major European tech and research hub — also gives you natural exposure to research institutes, laboratories, and industry networks that enrich your learning beyond the classroom.

As you progress through the programme, this practical learning is supported through:

Hands-on programming and lab sessions:
Every year includes practical coursework where you code, test software, analyse data structures, and work on system-level exercises using university computing environments designed for computer science teaching.
Project-based learning and group work:
Many modules involve collaborative projects where you design software solutions or solve computing challenges in teams — mirroring how real software engineers work in industry.
Internship opportunities:
Students have the opportunity to complete internships in companies, research laboratories, or university departments, with formal academic recognition. The university’s internship service supports placement agreements and career preparation.
Access to major research laboratories:
The programme is closely connected to Grenoble’s renowned Laboratoire d’Informatique de Grenoble (LIG), a leading research centre in software engineering, artificial intelligence, networks, and systems — offering pathways to research projects or future Master’s studies.
Industry environment in Grenoble:
Grenoble hosts a dense ecosystem of technology companies and innovation centres, giving students opportunities for professional projects, part-time work, and networking with tech employers.
Libraries and digital learning facilities:
Students have access to UGA’s science libraries, digital academic resources, and computer facilities dedicated to mathematics and computer science programmes.
Career and internship support services:
The university’s career centre helps students find internships, prepare applications, and connect with employers — easing the transition from study to professional life.

All of this means that by the time you graduate, you will not only understand computer science in theory — you will have real experience applying it, working in teams, writing code, and engaging with research or industry environments.

Progression & Future Opportunities

Graduates of the Licence Informatique – Parcours Informatique Générale at Université Grenoble Alpes leave with strong technical foundations that open doors to both immediate career opportunities in the tech sector and advanced study in specialised computing fields. Many students go on to design and build software systems in professional roles, while others continue into Master’s programmes to deepen expertise in areas like artificial intelligence, cybersecurity, or data science. Typical graduate pathways include roles such as Software Developer, Systems Analyst, IT Consultant, or Junior Data Analyst — careers at the heart of today’s digital economy.

What supports your career journey at UGA is the university’s strong academic and industry ecosystem:

Career and internship support services:
UGA’s dedicated internship and career services help students find placements, prepare applications, and build professional connections — including opportunities for Erasmus+ internships abroad.
Graduate employment outlook:
Computer science graduates in France enjoy strong employability, and UGA students benefit from being trained in one of the country’s leading science and technology universities.
Industry and research connections:
The programme sits within Grenoble’s major technology and research hub, with proximity to organisations such as the Laboratoire d’Informatique de Grenoble (LIG) and numerous tech companies — creating opportunities for projects, internships, and networking.
Recognised degree value:
The Licence is a nationally accredited French Bachelor’s degree aligned with the European Higher Education system, ensuring long-term recognition for jobs and further study across Europe.
Versatile graduation outcomes:
By graduation, students have practical programming experience, analytical thinking skills, and system-level understanding — making them adaptable to a wide range of computing and digital roles.

Further Academic Progression:

Many students choose to continue their studies after the Licence by enrolling in UGA’s internationally recognised Master’s programmes in Informatique — including pathways in software engineering, data science, artificial intelligence, cybersecurity, and high-performance computing. This allows graduates to gain advanced specialisation and significantly enhance long-term career prospects in global tech industries or research.