Master’s Programme in Manufacturing (EIT Manufacturing Master School) - Additive Manufacturing for Full Flexibility

NB! After 15th March 2021 applications remain open until 31st March 2021 only for students from EU + Switzerland, Norway, Island and Lichtenstein.

Study objectives

Master’s Programme in Manufacturing study track Additive Manufacturing for Full Flexibility (AM) is a combination of studying manufacturing science including physics of additive manufacturing processes, mechanical design including exploiting the design freedoms enabled for more customized products and services, and production management including the flexibility enabled for smaller lot production. During the programme students will gain new skills in these areas. In manufacturing science, relevant fields include molten material physics, heat transfer, and deformation.

In design engineering, relevant fields are numerical and topological optimization, process physics simulation, new concept generation and design engineering.

In production management, relevant fields include logistics, digitalization and quality. 

The student would learn the latest theoretical knowledge and know how to apply their skills in practical real-life problems.

A student who graduates from the Additive Manufacturing for Full Flexibility (AM) shall: 

• have broad knowledge of theories and concepts in urban planning, transport and sustainability, and its disciplinary foundations, proven experience in working with methodological knowledge in the area of manufacturing challenges, and a considerable degree of specialised knowledge of multidisciplinary decision support systems for manufacturing.
• be able to critically, independently and creatively participate in strategic work to meet manufacturing-related problems and to be able to relate these measures to sustainable social development,
• be able to implement the gained engineering expertise in AM to create new or improved methods, techniques, products, and services in the field;
• be able to think beyond traditional disciplinary boundaries 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. 

Study contents

The programme is a double degree programme, which means that you will study at two European universities and in two different countries. Upon fulfilment of all degree requirements, students receive two degrees: one from the entry university and another one from the exit university.

The programme follows the embedded model of EIT labelled programmes where innovation and entrepreneurship studies are integrated.

The double-degree programme is implemented jointly by leading European universities. The students can select their preferred first (entry) and second (exit) year universities. Each university has a unique specialisation area, which allows students to select their own second year area of expertise. At Aalto University, students can learn in AM-track about physics of additive manufacturing processes, mechanical design including exploiting the design freedoms enabled for more customized products and services, and production management including the flexibility enabled for smaller lot production.

Structure of the studies

Please note that both ENTRY and EXIT universities might be subject to changes. Kindly check before applying.

The university partners in the Additive Manufacturing for Full Flexibility (AM) are:

• Aalto University, Finland
• Politecnico di Milano, Italy
• TU Wien, Austria
• University College Dublin, Ireland
• The University of Applied Sciences and Arts of Southern Switzerland, Switzerland

During the first year students are committed to study a total of 40-50 ECTS technical courses and 10-20 ECTS Innovation and Entrepreneurship courses (60 ECTS total) whereas in the second year studies consist of 10-20 ECTS of technical courses, 10-20 ECTS of innovation and entrepreneurship courses and 30 ECTS for the Master’s thesis (60 ECTS total).  At Aalto the majority of the content courses for the programme already exist within the Master’s programme in Mechanical Engineering or as Aalto Ventures Programme courses but also some new courses are needed.

Career opportunities

Education and training are at heart of EIT innovation model. EITM’s educational mission is to raise a next generation of manufacturing innovators and entrepreneurs to Europe. EIT Master School offers unique education that is both innovation and entrepreneurship driven with students in the center and supported by wide EIT community and networking possibilities.

The vision of the European Institute of Innovation and Technology is to become a leading European initiative that empowers innovators and entrepreneurs to develop world-class solutions to societal challenges and create growth and skilled jobs.

The possible future career for the graduates includes rapid prototyping, flexible pattern and mold manufacturing, lightweight systems, and flexible manufacturing systems.

During the master programme experience, the students will learn the latest theoretical knowledge and know how to apply their skills in practical real-life problems and a solid background with well-founded scientific knowledge with a significant technical and application content, favouring immediate entrance to job market.

Language of instruction

The language of instruction of the programme is English

Tuition fees

See the EIT Manufacturing website https://eitmanufacturing.eu/

Specific admission requirements

The specific admission requirements for the Additive Manufacturing for Full Flexibility education are: BSc degree in Mechanical Engineering, Electrical Engineering, Computer Engineering, Computer Science, Information Technology or Industrial Engineering. Students should have basic competence in engineering analysis, production operations, and mathematics including calculus, algebra, and mathematical statistics.

Contact information

EIT Manufacturing Master School

https://eitmanufacturing.eu/

E-mail: [email protected]

Saara Kanerva Planning Officer, Aalto University

[email protected]

Kevin Otto Programme director, Aalto University

[email protected]