24 monthsProgramme duration
SepStarting Month
Programme overview
Main Subject
Engineering - Manufacturing and Production
Degree
MSc
Study Level
Masters
Study Mode
On Campus
Master’s Programme in Manufacturing and its study track Additive Manufacturing for Full Flexibility is an international double degree programme supported by EIT Manufacturing. The programme 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.
A student who graduates from the Additive Manufacturing for Full Flexibility (AM) shall:
Be able to utilise methodological knowledge in the area of manufacturing challenges, and master a considerable degree of specialised knowledge in 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.
A student who graduates from the Additive Manufacturing for Full Flexibility (AM) shall:
Be able to utilise methodological knowledge in the area of manufacturing challenges, and master a considerable degree of specialised knowledge in 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.
Programme overview
Main Subject
Engineering - Manufacturing and Production
Degree
MSc
Study Level
Masters
Study Mode
On Campus
Master’s Programme in Manufacturing and its study track Additive Manufacturing for Full Flexibility is an international double degree programme supported by EIT Manufacturing. The programme 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.
A student who graduates from the Additive Manufacturing for Full Flexibility (AM) shall:
Be able to utilise methodological knowledge in the area of manufacturing challenges, and master a considerable degree of specialised knowledge in 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.
A student who graduates from the Additive Manufacturing for Full Flexibility (AM) shall:
Be able to utilise methodological knowledge in the area of manufacturing challenges, and master a considerable degree of specialised knowledge in 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.
Admission Requirements
Eligibility: Relevant Bachelor's degree
2 Years
Sep
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