Zero-Defect Manufacture for a Circular Economy Master's Program

Summary

The Zero-Defect (ZD) Manufacture for a Circular Economy program is a Master of Science level program within the EIT Manufacturing (EIT-M) Master School. This program is a combination of studying manufacturing science including physics of equipment and processes, data analysis, including the methodology to use gained process data in the context of process quality, and process management including the flexibility enabled for smaller lot production. 

Objectives

Available at Grenoble INP - Génie industriel, UGA, Zero-defect Manufacture for a Circular Economy is one of the 5 programs on offer at a consortium of European Universities through the EIT-M Master School.

A student who graduates from the Zero-Defect Manufacture for a Circular Economy program (ZD) shall:

• be able to implement the gained engineering expertise in ZD to create new or improved methods, techniques, products, and services in the field;
• be able to think out-of-the-box to find innovative solutions to real-world problems and to come up with new ideas;
• be able to draw up plans and to make decisions foreseeing future consequences from a scientific, ethical, and societal perspective;
• be able to turn innovations in the area into feasible and successful business solutions;
• be able to profitably work in small size teams and contexts by taking into account all relevant elements and showing effective decision-making and leadership abilities.

Specificities

EIT-M Master's students :

• move from their entry university at the end of the first year to their exit university in a different country for the second year.
• improve their knowledge on up to date manufacturing innovation and learn how to turn this knowledge into successful business; take part in events such as Summer Schools and Kick-offs;
• exchange ideas with business partners and researchers at Co-Locations Centres (CLC) and during internships;
• have access to renowned European research facilities;
• earn double degree and the EIT Manufacturing Certificate.

Diplomas

Participants who have followed one program of the EIT-M Master School, taken part in the Innovation & Entrepreneurship courses and successfully completed an internship in industry are awarded two Master degrees - one from each university, and an EIT Label certificate. Graduates also earn 120 ECTS credits.
The first year is spent at one university (entry) and second year at another (exit) university in two different European countries.
 

Contacts

genie-industriel.scolarite-master@grenoble-inp.fr
masterschool@eitmanufacturing.eu

Apply now

Programme open to holders of a university degree (180 ECTS credits in the European system), with a Bachelor of Science level.

Applications 2022-23 
Deadline, End of March 2022
Apply here: 
https://apply.eitmanufacturing.eu/

Tuition Fees and Scholarships
Tuition fees for EU/EFTA citizens:
€ 8,000 per year
Tuition fees for Non-EU/EFTA citizens:
€ 15,000 per year

Contacts

Education contact

genie-industriel.scolarite-master@grenoble-inp.fr

Program

Students move from their entry university at the end of the first year to their exit university in a different country for the second year. The language of instruction is English.


The following universities provide an entry year (first year):

Grenoble INP - Génie industriel, UGA, France
Aalto University (Aalto), Finland
Politecnico di Milano (POLIMI), Italy
University College Dublin (UCD), Ireland


The following parties provide an exit year (second year):

Aalto University (Aalto), Finland
Grenoble INP - Génie industriel, UGA, France


The two years program (120 ECTS) includes an Innovation and Entrepreneurship (I&E) Module (30 ECTS) and a Technical Major Module (90 ECTS) structured as follows:

• 45 ECTS for Host Programme technical courses
• 15 ECTS for Host Programme AM specialization courses
• 30 ECTS for the I&E Module courses
• 30 ECTS for the Master thesis

What are the obtained diplomas?

Expected learning outcomes

During the programme students will gain new skills in these areas:

• In manufacturing science, relevant fields include main thermal and mechanical processing technologies, with special reference to new processes with growing industrial importance and applied in different sectors, including automotive, aerospace, biomedical and energy.
• In data analysis, relevant fields include modelling, monitoring and improvement methods to design and manage data in industrial and service scenarios.
• In process management, relevant fields include analysis, design, and implementation of business and industrial processes as well as their business performance.

Careers

Students get a solid background with well-founded scientific knowledge with a significant technical and application content, favouring immediate entrance to job market. Typical functions of a ZD engineer includes quality management, design and management of manufacturing processes, industrial installations as well as production and logistics systems, maintenance management.