UTBM trains engineers who are quickly ready for the workforce and particularly adaptable to technological advancements and societal changes. Its programs are grounded in research and commercialization.
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This diagram outlines the structure of the program at UTBM leading to an engineering degree accredited by the CTI (Commission des Titres d'Ingénieur), equivalent to 300 ECTS credits. The program is divided into two main phases: the core curriculum (2 years) and the engineering specialization (3 years).The program spans 10 semesters (5 years total) following the baccalaureate:Years 1 and 2 (Semesters 1–4): Core curriculum (general education).Years 3, 4, and 5 (Semesters 5–10): Engineering specialization.After graduation: Students may continue on to a Master’s degree (BAC+6) or a Doctorate (BAC+8).The Core Curriculum (Semesters 1 through 4)This period corresponds to 2 years of general education following the baccalaureate. It is marked by two major experiences:Between Semester 1 and Semester 2 (Upon Entering After the Baccalaureate): A one-month technical internship.Between Semester 3 and Semester 4 (Admission after one year of post-high school study): A one-month international experience.Intermediate Degree: At the end of Semester 4, students can earn the DEUTEC (Diplôme d’Études Universitaires de Technologie).
The Engineering Specialization (Semesters 5 through 10)
These three years are open to students with a BAC+2 degree (via the CGPE entrance exam, a DUT, or a university degree) and to those with a BAC+3 degree.
Midway through the program, students choose a track to shape their career path. An intermediate degree, the “Bachelor of Science and Technology,” is also awarded at the end of semesters 5 and 6.Students can choose between twostudent statuses to pursue their specialization:
The 5 engineering specializations under the “STUDENT” status:
Energy and Electrical Engineering - Industrial Engineering - Computer Science - Mechanical Engineering - Mechanical Engineering and Ergonomics
The 4 engineering specializations under the “APPRENTICE” status:
Energy and Electrical Engineering - Computer Science - Industrial Logistics - Mechanical Engineering and Transportation
Internships and projects for students: Semester 7:
A 6-month internship at a company.
Semester 10: The 6-month capstone project (PFE). B. Visual Note: For apprentices, a QR code links to the work-study schedule. 4. Transfer Pathways and Graduation Opportunities
Parallel Entry Points: It is possible to join the program directly at any stage: at the BAC+1 level, at the BAC+2 level (through competitive entrance exams or based on academic qualifications), or at the BAC+3 level.
Dual Degree: Starting in the 8th semester, students have the option to pursue a dual degree (Master’s or foreign degree). Your paragraph here
As a key player in the ongoing renewal of product lines—and thus in innovation—mechanical and ergonomics engineers (formerly known as EDIM) take into account the human being in all its dimensions—from muscles and bones to emotions—in their design and evaluation work, while incorporating the fundamentals of ergonomics, design, and sustainable development.
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Food processing, aerospace, automotive, watchmaking, luxury goods, energy, transportation, pharmaceuticals… Companies of all sizes and across all sectors agree on the profile of an industrial systems engineer: a hands-on professional capable of coordinating partners from all disciplines, drawing on a solid scientific foundation, a pragmatic approach, and a natural aptitude for teamwork.
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Energy and the management of its environmental impacts are among the major societal challenges of the 21st century. Companies in this sector have a growing need for engineers trained in this broad field, which requires a wide range of skills.
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As a key player in the ongoing renewal of product lines—and thus in innovation—mechanical and ergonomics engineers (formerly known as EDIM) take into account the human being in all its dimensions—from muscles and bones to emotions—in their design and evaluation work, while incorporating the fundamentals of ergonomics, design, and sustainable development.
read more
Food processing, aerospace, automotive, watchmaking, luxury goods, energy, transportation, pharmaceuticals… Companies of all sizes and across all sectors agree on the profile of an industrial systems engineer: a hands-on professional capable of coordinating partners from all disciplines, drawing on a solid scientific foundation, a pragmatic approach, and a natural aptitude for teamwork.
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Information Systems Engineering: to design and manage complex computer systems, and to lead and manage IT projects.
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To design, size, simulate, and implement industrial electrical systems; manage industrial and R&D projects; and conduct tests, measurements, and trials.
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To organize, modernize, and optimize operations, and to provide the right product, in the right place, at the right time, to those involved in industrial processes.
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Two 24-week internships at companies in France or abroad:
These are two key milestones in your education.
The final project is very often a stepping stone to your first job: it must therefore be part of a well-thought-out personal plan.
As part of certain course units, students may be required to carry out a project in collaboration with a company or an external organization. If they are required to visit the company (discuss this with the instructor responsible for supervising the course unit), they must have the department office associated with the course unit they are taking draw up a P2I internship agreement covering them. The actual time spent at the company may not exceed the individual limit set by the THE schedule mentioned in the Course Units Guide.
At UTBM, the academic year is punctuated by career fairs, technical conferences, and other themed events. And beyond these group events, every student has ongoing opportunities to connect with managers or UTBM alumni who can help them shape their career plans.
For four days, you will work in multidisciplinary, multi-level project teams on topics proposed by our industry partners.
At UTBM, the BAIP (Office for Career Placement) serves as the link between students and companies.
Its network of 3,000 companies facilitates productive connections.
