Thesis defense by Quentin LOIZEAU

08
Jul
2021
CIFRE thesis defense with SAFRAN by Quentin LOIZEAU, doctoral student at the Laboratory of Physical and Digital Systems Engineering (LISPEN)...

Transfer and Innovation Workshops (ATI)

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Thanks to the Transfer and Innovation Workshops (ATI), companies in the Grand Est region have access to the expertise of all the region's training centers (engineering, management, architecture, fine arts, IUT, and UFR schools) to support them in developing innovative solutions.

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Supporting businesses in the Grand Est region with innovation

The implementation of an ATI is based on an issue raised by a start-up, micro-enterprise, SME, or mid-sized company based in the Grand Est region.

Acquiring a new market, upgrading processes, developing a new product, etc. ITAs mainly serve to remove technical obstacles and/or economic doubts about planned changes within a company.

Depending on the issue at hand, the dedicated project team will work on: a feasibility study, market research, specifications, a mock-up, a prototype, user tests, etc.

All relevant sectors of activity

The fields covered span a wide range of sectors: agronomy, the food industry, materials, mechanics, electricity, geology, systems engineering, the wood industry, chemical engineering, management, process engineering, industrial engineering, business strategy, IT, information engineering, marketing, business plans, etc.

A multidisciplinary team dedicated to the project for one year

Once the company has defined the problem, a multidisciplinary project team is set up. It always consists of company employees and students from two higher education institutions, supervised by their expert teachers.

All companies, from start-ups to mid-sized companies, and all higher education institutions located in the Grand Est region can participate in the ATI.

The projects run from September to June and, in addition to this support, are monitored by the team dedicated to coordinating Transfer and Innovation Workshops.

Contacts

Companies and higher education institutions in the Grand Est region can contact their regional representative at any time during the year to express their interest in taking part in the Transfer and Innovation Workshops.

In Lorraine

Olivier Fourquin, Grand Est Coordinator and Business Contact - +33 (0)6 99 02 33 44

Pascal Lhoste, Grand Est coordinator and higher education contact - +33 (0)6 08 27 30 54

In Champagne-Ardenne

Amandine Moroy, Corporate Contact - 03 26 69 26 60

Jérôme Isselin, Higher Education Contact - 03 26 69 91 18

In Alsace

Touriya Elansari, Business and Higher Education Contact - +33 (0)6 33 25 98 73

Supported by Arts et Métiers the Campus des Métiers et des Qualifications Excellence - Digitalisation et Usage de l'Intelligence Artificielle (CaMéX-IA), the ATI program is backed by the Grand Est region and coordinated by Arts et Métiers Metz and Châlons-en-Champagnecampuses ), CESI Nancy,ENSGSI Nancy , andINSA Strasbourg.

 

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The description of the 2021/2022 Transfer and Innovation Workshops will be available soon.

Download documents
ATI explanatory sheet
ATI booklet

Reveleo: discover the health and environmental performance of your (future) place of residence

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Reveleo, a startup incubated at Arts et Métiers January 1, 2021, specializes in environmental health assessments of housing and territories. Through a smartphone app, it provides individuals and professionals with exclusive analyses that enable them to better understand their surroundings and thus make the best choice of place to live, for their health and the environment.

3A Expertise - Course: "Bioengineering: Biomechanics, Ergonomics, and the Professional Environment"

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General engineer, student curriculum, third-year expertise in bioengineering: biomechanics, ergonomics, and professional environment.

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Campus

Arts et Métiers Campus Arts et Métiers Paris

Objectives

Train engineers who are skilled in the field of health technologies. 

To integrate into this multidisciplinary field, future engineers must be able to formalize issues specific to the fields of biomechanics and the professional environment specific to medical devices.

Teaching staff

  • Xavier BONNET
  • Helene PILLET
  • Pierre Yves ROHAN
  • Baptiste SANDOZ
  • Sebastien LAPORTE
  • Laurent GAJNY
  • Claudio VERGARI
  • Guillaume DUBOIS (Materialise)
  • Romuald GORJUP (LNE)
  • Boris DAURIAC (Mocaplab)
  • Karine LANGLOIS (EFOM)

Program

1. Overview of the medical device industry

3. Kinematic and kinetic analysis of movement

4. Mechanical modeling of the human body

5. Biomaterials

6. Lesional biomechanics and traumatology

7. Anatomy

8. Medical imaging and geometric modeling

These courses are illustrated by guest lectures (Materialise, LNE, Mocaplab , etc.).

They are applied during practical work, carried out using IBHGC equipment. .. The courses are also put into practice during mini-projects, carried out in partnership with manufacturers who have proposed the problem: Design of prostheses, exoskeletons, or evaluation systems.

Related technology platform

Assessment methods

Each module leads to a test. Mini projects are graded. Practical work is graded.

Benefits of the training

This program trains engineers who wish to explore engineering for healthcare.

Partners

  • Manufacturers: Proteor, Materialise, Bone3D, Wandercraft, Decathlon
  • Institutions: CERAH

Targeted companies

Medical industry manufacturers, hospital services

Examples of internship opportunities offered / projects carried out

  • Development of user interfaces for a personal walking exoskeleton - Wandercraft
  • Design of devices for cranio-maxillofacial surgery - Materialise France
  • Prototype optimization - Poietis
  • Thermostatization - Theraclion
  • MANAGEMENT OF HEALTH AND SAFETY PROJECTS ON THE ASSEMBLY LINE – AIRBUS

Practical information

  •  Education: French
  • March–end of June
  • 150h

Contacts

Responsible: Xavier Bonnet

Keywords

#health #biomechanics