Engineering program (smart manufacturing)

Mechanical Engineering and Robotics Specialization Program - Châlons-en-Champagne (banner)

The Mechanical Engineering and Robotics specialization trains engineers to work in the field, capable of managing activities and/or projects in the areas of engineering and production and able to support companies in the deployment of digital technologies and new approaches to the industry of the future. These specialists are also capable of performing management functions in technical, societal, and organizational areas.

Programme development currently being evaluated by the Commission des Titres d'Ingénieur (CTI).

Educational objectives

The training aims to acquire and apply the skills necessary to manage, operate, and develop an industrial production system:

Develop the architecture of a robotic system, define and size the mechanical components, integrating energy efficiency, performance, safety, and sustainability criteria.
Operate and optimize an automated production line, ensuring continuity of production, product quality and timeliness
.
Manage or supervise the manufacturing, assembly, and continuous improvement of mechanical and robotic systems.
Manage or supervise the manufacturing, assembly, and continuous improvement of mechanical and robotic systems.
Leading a robotic engineering project by integrating the customer's mechanical requirements whi
ly complying with internal constraints.
Design the functional architecture of an automated system and integrate it into the company's information system and production network
.
Lead and coordinate a multidisciplinary project team, ensuring consistency between technical objectives,
human resources, and deadlines, in a collaborative environment.
Manage relationships and interactions with all project stakeholders, taking into account intercultural, legal, and economic constraints and
, particularly in a national and/or international context.

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Program

Theoretical training: 1,780 hours—40% at school and 60% in the workplace (time spent in the workplace increases during the course of study)

Criteria for obtaining the diploma

Validation based on:

Continuous assessment (semester-based panels)
Appreciation of the period spent in the company
From the international exhibition
Final project (written report and oral defense)
TOEIC score (minimum 785)

Professional integration

Engineers in design offices, methods offices, production managers, etc., capable of supporting the changes associated with the deployment of digital technologies and continuous improvement methods.

Sectors: metallurgy, automotive, rail, aerospace, space, energy, healthcare, etc.

Admission

Training is available through apprenticeships or continuing education.

Find all the information you need about the admissions calendar, admission requirements, and eligible degrees at Admissions Specialized Engineering Programs | Arts et métiers

Teaching methods

In person, work-study, in-company and school-based with lectures, tutorials, practical work (in workshops and on machines) and projects.

Bridge program and/or equivalency

Graduates can continue their studies with a PhD, MBA, or Specialized Master's program.

International mobility

This 12-week mobility program is a requirement for obtaining the degree.

Academic partners

Students are enrolled at the apprentice training center (CFA), AMTalents, a subsidiary of the Arts et Métiers group Arts et Métiers to work-study programs and vocational training.

The entire program takes place on the Arts et Métiers campus Arts et Métiers Châlons-en-Champagne.

Accessibility for people with disabilities

This training course may be accessible to people with disabilities. If you are affected, please contact us to see if specific support can be provided.

Tuition and fees

Cost of training: €11,000 per year
Under the apprenticeship contract, tuition is free and apprentices receive remuneration. The cost of training is covered by the OPCO and the company, where applicable.