Engineer specializing in Industrial Engineering

Arts et Métiers engineer Arts et Métiers industrial engineering - Paris campus

The industrial engineering department (opened in 1999) offers two options that meet the needs of manufacturing companies in the fields of industrial methods and logistics by training engineers with practical experience and industrial expertise tailored to professional life and its requirements.

This program is accredited by the Commission des Titres d'Ingénieur (CTI) and has received the EUR-ACE label.

Program

Engineering degree from ENSAM (Ecole Nationale SupérieureArts et Métiers) specializing in Industrial Engineering in partnership with AMTALENTS.

Train field engineers capable of bridging the gap between design and manufacturing whil
ly optimizing industrial performance.

These engineers must be able to:

Use rational methodologies to identify and solve problems related to the industrialization of a product.

Leading industrial projects: defining the specifications for a production system and accepting delivery of that system

Theoretical training: 1,800 hours

Basic engineering sciences:

Mathematics, Mechanics and Strength of Materials, Mechanical Engineering, Electricity

Methods and Process Engineering:

Metrology, Machining processes, Casting processes, Forming and assembly processes, Unconventional processes, Knowledge of materials and Material properties, Polymers and composites, Automated production systems

General methods and organization of production:

General Methods, Flow Management – CAPM, Organization and Optimization Tools – Industrial Productivity and Performance, Logistics, IT, Automation, Maintenance

Management Sciences and Communication:

General Organization of the Company, Training in Company Life, Management, Quality Management and Assurance, Marketing, Project Management, Corporate Communication

Business-oriented industrial projects:

Practical training: 18 months of in-company training, subject to projects validating the acquisition of skills in line with the theoretical training program.

Educational objectives

The degree provides students with the skills needed to work as industrial engineers in production-
ctory sectors. The aim of the program is to train engineers to work in the fields of design, implementation, and production management.

At the end of the training, the IT engineer will have acquired the following skills:

Design technical or technological solutions, collaborating with internal and external resources, simulating the behavior of the solution in its environment, evaluating technical options through partial or final testing, in order to develop a design that meets the client's specifications.
Define, share, and implement a relevant innovation strategy tailored to the structure by encouraging the emergence of new ideas through creativity techniques and questioning, selecting innovation projects after risk assessment, and using the resources of the company or its environment to promote its sustainable development and that of its partners.
Starting from the state of the art, study, validate, test, and develop new solutions in order to integrate new processes or improve the results of an existing production process.
Manage production processes by relying on trained personnel who are responsive to unforeseen circumstances and reliable technical resources, implementing tools to improve industrial system performance, and adapting and evolving design choices in order to meet deadlines, quality, flow, and cost objectives.
Lead technical teams to ensure projects are completed on time, within budget, and to the quality expected by the client, and manage people of different ages and cultures to achieve the best results, while being attentive to societal and environmental needs in order to ensure the company's long-term success in its core business.

TEACHING METHODS

Face-to-face, alternating between work experience and school, with lectures and practical work.

Assessment methods

Validation and certification 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)

Career opportunities

Project Engineer, Design Engineer, Methods Department Management, Production Management, Organization and Logistics Project Manager
Possibility of continuing on to a specialized master's degree or research Master's degree.

Bridge program and/or equivalency

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

International mobility

12 weeks mandatory as part of the diploma program

Academic partners

Courses are taught by professors who are experts in their field, as well as by external lecturers recognized for their expertise in specialized scientific and/or technical fields.

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.

Industrial partners

Air France, Airbus Helicopters, Alstom Transport, Cl Brakes, Coca Cola, Dassault, Degremont, EDF, Faurecia, La Poste, Micronor, Naval Group, PSA, Renault, SNCF, Safran Aircraft Engines, Safran Nacelles, Souriau, Telma, Thales, Trophy Kodak, Valeo…

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

Tuition & fees

Training cost: €11,000/year
Under the apprenticeship contract, schooling is free and paid for the apprentice, with the cost of training covered by the OPCO and the company, where applicable.

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.