French University of Technology Group (UT Group)

The French University of Technology Group (UT Group) is under the supervision of the French Ministry of Higher Education and Research. It is a public university that awards engineering degrees, with a five-year curriculum, and is one of France’s Grandes Écoles.

The UT Group’s education system integrates the strengths of both traditional French engineering schools and modern comprehensive universities, pioneering a unique approach that combines teaching, research, and technology transfer. The university maintains close ties with both the French and international industrial sectors, ensuring that its training aligns with the evolving needs of the industry.

The UT Group has gained increasing importance within the French higher education system. Its graduates are highly regarded in France and internationally, thanks to the university’s high academic standards, effective professional internships, and enriching cultural, social, and international experiences during their studies. The UT Group trains approximately 8% of all engineers graduating in France each year.

The group consists of 15 major departments, 25 master's programs, and 3 doctoral schools. Some of its laboratories have been recognized as national research centers. The three universities within the UT Group are:

· UTC (Université de Technologie de Compiègne), located in Compiègne,

· UTT (Université de Technologie de Troyes), located in Troyes,

· UTBM (Université de Technologie de Belfort-Montbéliard), located in Belfort.

UTT Majors

01. Materials and Mechanics (Matériaux et Mécanique)

Overview:
This program covers advanced mechanics and composite materials. Courses align with real-world industry applications, enabling students to directly apply their academic knowledge. In addition to a mandatory three-month study abroad experience in the second year, students can complete their fifth semester at UTT or a partner university abroad.

Specializations:

· Mechanics of Materials & Fatigue Testing

· Composite & Metallic Material Development

· Material Forming & Manufacturing Processes

Highlights:
Ideal for students interested in aerospace, automotive industries, and high-performance materials.

02. Industrial Engineering (Génie Industriel)

Overview:
Students learn to optimize systems and services to become key players in future industries. Courses focus on internal logistics and production (LIP), external logistics and transport (LET), and reliability, maintenance, availability, and safety (RMAS).

Specializations:

· Production Management

· Supply Chain & Logistics Optimization

· Sustainable Industrial Design

Highlights:
Develops problem-solving skills for Industry 4.0 and sustainable manufacturing.

03. Mechanical Engineering (Génie Mécanique)

Overview:
This program focuses on designing, assembling, and manufacturing future mechanical products considering technological advancements, new materials, and environmental constraints. Students gain expertise in mechatronic components through a multidisciplinary approach.

Specializations:

· Fluid Mechanics & Thermodynamics

· Mechanical Dynamics & Control

· Engineering Simulation & Digital Modeling

Highlights:
Highly practical program, ideal for students aspiring to work in mechanical equipment and systems R&D.

04. Networks and Telecommunications (Réseaux et Télécommunications)

Overview:
This program focuses on designing, deploying, and managing network and telecommunication infrastructures and services. Students learn to ensure system and communication security while developing innovative AI-powered applications.

Specializations:

· Wireless Communication (5G, IoT)

· Network Architecture & Data Transmission

· Cybersecurity

Highlights:
Covers cutting-edge communication technologies, preparing students for the digital and connected world.

05. Automation and Industrial Informatics (Automatique et Informatique Industrielle)

Overview:
Students learn to design innovative embedded systems and smart production systems, engaging with automation, electronics, interconnectivity, and application development.

Specializations:

· Automation & Robotics

· Industrial Informatics (SCADA, PLC)

· Embedded Systems Development

Highlights:
Focuses on industrial automation and smart manufacturing technologies.

06. Computer Science and Information Systems (Informatique et Systèmes d’Information)

Overview:
Combining computer science and sociology, this program equips students with skills to design and analyze new systems, products, and services while evaluating technology’s impact on people and society.

Specializations:

· Software Engineering & Development

· Data Science & Artificial Intelligence

· Information System Security

Highlights:
Prepares students to develop and manage large-scale information systems, essential for digital transformation.

07. Materials: Technology and Economy (Matériaux : Technologie et Économie)

Overview:
Students explore materials science at molecular and industrial scales, learning to characterize and shape materials to meet industry and societal demands.

Specializations:

· Material Selection & Economic Performance Evaluation

· Eco-Design & Sustainable Materials

· Market Trend Analysis in Material Technologies

Highlights:
Ideal for students interested in material science consulting and project management.

08. Digital Systems (Systèmes Numériques)

Overview:
Students learn to design, deploy, and operate smart systems to tackle socio-economic challenges. This program integrates mathematics,

computer science, electronics, and IoT communication to create intelligent technologies.

Specializations:

· Digital Circuit & Chip Design

· Signal Processing & Image Processing

· Smart Devices & IoT

Highlights:
Equips students with skills for embedded systems and digital tool development, crucial for IoT and smart hardware industries.

UTBM Majors

1. Mechanics and Ergonomics

Mécanique et Ergonomie

Content:
Students will learn how to drive user-centered innovation in product and environmental design. They will acquire skills to design, structure, develop, and evaluate innovative mechanical systems, considering both technical and regulatory constraints. The curriculum also integrates various fields of expertise, particularly ergonomics and industrial design.

Specializations:

· Product Design and Development

· Ergonomic Analysis and Applications

· Reliability of Mechanical Systems

Highlights:
Ideal for students interested in designing efficient, safe, and user-friendly mechanical systems.

2. Industrial Engineering

Génie Industriel

Content:
Students will acquire multidisciplinary knowledge, including mechanical design, automation, manufacturing processes, industrial organization, quality management, project management, machine modeling, and process simulation. The program provides diverse educational resources and platforms for hands-on experience in production techniques such as high-speed machining, water jet cutting, 3D laser metrology, plastic injection molding, additive manufacturing, and industrial robotics. In pilot factory production lines, students will face real-world challenges, preparing them for a field engineer's role in process improvement and problem-solving.

Training Goals:

· Industrialization of Products

· Industrial Organization Management

· Innovation in Manufacturing

Specializations:

· Optimization of Production Systems

· Supply Chain and Logistics Management

· Sustainable Industrial System Design

Highlights:
Focuses on improving operational efficiency and training students to solve complex industrial problems.

3. Energy and Electrical Engineering

Énergie et Génie Électrique

Content:
This multidisciplinary program addresses energy challenges by combining electrical engineering (electronics, industrial IT, automation) with courses in thermal and mechanical sciences. This interdisciplinary approach gives students a comprehensive vision of energy systems, from production to utilization, while ensuring adaptability in professional environments.

Specializations:

· Energy Design and Optimization

· Renewable Energy Technologies (Solar, Wind)

· Smart Grids and Power Distribution

Highlights:
Designed to meet the evolving demands of the energy sector, with an emphasis on green energy and technological innovation.

4. Computer Science

Informatique

Content:
Students will learn to design, develop, and deploy applications, computer systems, and networks for various fields and structures. They will also gain expertise in modeling and collecting data from cyber-physical systems to optimize global operations.

Specializations:

· Artificial Intelligence and Data Science

· Networks and Information Security

· Software Engineering

Highlights:
Aimed at developing professionals in digital transformation and emerging technologies such as IoT and blockchain.

5. Mechanics

Mécanique

Content:
Students will learn to design and size mechanical, thermo-mechanical, self-adaptive, and cyber-physical products, covering the entire development process from need analysis to functional prototyping. The program also focuses on modeling techniques, numerical simulation, and optimization to analyze and predict complex mechanical systems' behaviors in areas such as structures, fluids, thermodynamics, and vibrations.

Specializations:

· Structural Mechanics and Material Strength

· Mechanical Vibrations and Control

· Industrial Manufacturing Techniques

Highlights:
Strong emphasis on practical applications, suitable for students interested in R&D and manufacturing high-performance mechanical systems.

6. Industrial Logistics (Apprenticeship-Based Program)

Logistique Industrielle en Apprentissage

Content:
Students will learn to ensure that every employee has the right product at the right time and place in every stage of production. Like an orchestra conductor, they will coordinate different phases of the logistics process, including component and raw material supply, production, finished product distribution, and recycling. They will become designers optimizing supply chains and organizers managing production and continuous improvement.

Specializations:

· Supply Chain Management

· Logistics and Transportation System Optimization

· IT Applications in Logistics

Highlights:
Through apprenticeship, students gain practical experience by working directly on real industrial logistics projects.

7. Computer Science (Apprenticeship-Based Program)

Informatique en Apprentissage

Content:
Students will learn to analyze, define, design, model, develop, manage, and industrialize complex IT systems. They will also acquire knowledge in database management, network infrastructure, and application development, enabling them to lead IT projects.

Specializations:

· Software Development and Engineering

· Database and Information System Management

· Network Technology and Security

Highlights:
Ideal for students who wish to quickly master IT technologies through hands-on enterprise experience.

8. Energy and Electrical Engineering (Apprenticeship-Based Program)

Énergie et Génie Électrique en Apprentissage

Content:
Students will gain solid technical and scientific knowledge in electrical engineering (electronics, electrical power, power electronics, automation, and industrial IT). The program emphasizes adaptability to evolving technological and environmental demands, along with practical business experience.

Specializations:

· Sustainable Energy Management

· Electrical Equipment Design and Maintenance

· Smart Grids and Energy Distribution

Highlights:
Hands-on apprenticeship experience allows students to quickly adapt to industry needs in energy and electrical engineering.

9. Mechanics and Transport (Apprenticeship-Based Program)

Mécanique et Transport en Apprentissage

Content:
Students will learn how to identify industrial prototype needs from client requirements, enabling them to manage innovative mechanical product/system projects in energy and transportation sectors. They will master modern digital tools for collaborative project management, efficient engineering, and multi-physics modeling/simulation/optimization.

Specializations:

· Automotive and Aerospace Mechanical Engineering

· Energy Efficiency in Transportation Systems

· Vehicle Dynamics and Design

Highlights:
Tailored for students interested in transportation mechanical design and environmental impact optimization.

UTC Majors

1. Biological Engineering

Génie Biologique (GB)

Content:
This program combines engineering and life sciences, offering high-level training and interdisciplinary research in response to industry and societal expectations in healthcare and biotechnology.

Specializations:

· Medical Devices and Technologies

· Environmental Biotechnology

· Biomaterials and Biomedical Engineering

Highlights:
Merges biological sciences with engineering, ideal for students interested in medical technologies and sustainable development.

2. Computer Science Engineering

Génie Informatique (IG)

Content:
Focuses on engineering applications of computer science and information technology, covering software development, AI, and data science.

Specializations:

· Software Engineering and Systems Design

· Networks and Information Security

· Data Processing and Artificial Intelligence

Highlights:
Provides cutting-edge technology courses, emphasizing digital transformation and innovation.

3. Mechanical Engineering

Génie Mécanique (IM)

Content:
Covers mechanical system design, manufacturing, and optimization, with a strong emphasis on structural and performance analysis.

Specializations:

· Product Design and Innovation

· Robotics and Automation Systems

· Fluid Mechanics and Material Science

Highlights:
Focuses on innovation and hands-on training, ideal for careers in mechanical equipment R&D and manufacturing.

4. Process Engineering

Génie des Procédés (GP)

Content:
Focuses on designing, optimizing, and managing industrial processes, emphasizing sustainability and efficient resource utilization.

Specializations:

· Chemical and Process Engineering

· Environmental Engineering and Waste Management

· Energy Conversion and Storage

Highlights:
Covers fundamentals from chemistry to advanced process control, ideal for students interested in industrial and environmental engineering.

5. Urban Engineering

Génie Urbain (GU)

Content:
Studies urban planning and engineering, covering transportation, construction, and environmental design.

Specializations:

· Smart Cities and Sustainable Development

· Transportation Systems and Infrastructure

· Urban Ecology and Environmental Technology

Highlights:
Emphasizes interdisciplinary learning to tackle complex urban challenges.

Partner Universities for Exchange & Dual Degrees:

Students can study abroad at Georgia Tech (USA), Michigan State University, University of Alberta (Canada), Polytechnique Montréal, Université du Québec, Nanyang Technological University (Singapore), National University of Singapore, and Hong Kong Polytechnic University.

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