
Duration
2 years
Starting Date
September 2025
Application Deadline
31 March 2025
Tuition Fee
€8,000 per year (EU applicants)
€15,000 per year (non-EU/EFTA applicants)
Location
Finland, Ireland, Switzerland, Austria
Programme description
Covering a broad spectrum of subjects, the MSc in Additive Manufacturing for Full Flexibility from EIT Manufacturing Master School provides a comprehensive understanding of modern manufacturing.
It explores the physics of additive manufacturing processes, emphasizes mechanical design for tailored products, and delves into production management for efficient small-scale runs. The curriculum equips students with knowledge ranging from manufacturing science fundamentals to product customization and production optimization intricacies.
The programme also includes a specialized track in Innovation and Entrepreneurship.
This programme encompasses a diverse range of subjects that collectively form a comprehensive understanding of modern manufacturing. It integrates the study of manufacturing science, delving into the intricate physics behind additive manufacturing processes. Additionally, it covers mechanical design, emphasizing the utilization of design freedoms to craft highly tailored products and services.
Furthermore, the programme explores production management, focusing on the adaptability needed for efficient small-scale production runs. In essence, this curriculum equips students with a holistic knowledge base, spanning from the fundamentals of manufacturing science to the intricacies of product customization and production optimization.
Internationalization
This double degree program mandates geographical mobility, requiring students to study at two European universities in different countries affiliated with EIT Manufacturing. Upon meeting all degree requirements, students receive two degrees: one from the entry university, another from the exit university, along with the EIT Label certificate.
Programme structure
In the first year, students must complete 40-50 ECTS credits in technical courses and an additional 10-20 ECTS credits in Innovation and Entrepreneurship, totaling 60 ECTS credits. The subsequent year includes 10-20 ECTS credits in technical courses, another 10-20 ECTS credits in Innovation and Entrepreneurship, and a substantial 30 ECTS credits dedicated to the Master’s thesis, resulting in a total of 60 ECTS credits.
Students must obtain minimum of 120 ECTS credits combining both the years.
Studying at the EIT Manufacturing Master School
- Merit-based scholarship and €2,000 mobility grant
- Study in 2 universities in 2 EU countries
- EIT Labelled double degree programmes
- Thesis project in collaboration with a manufacturer
- International experience with networking opportunities
- Learning-by-doing approach with various company visits throughout the programme
- Be a part of our diverse EIT Alumni community
Our partner universities delivering the programme




Entry – Exit combination
Students can choose up to a maximum of two programmes, ranking them in the preferred order. Within each programme, the student can choose up to three study tracks, meaning combinations of entry and exit universities, wherever available.
Note: The allocation of combinations are subject to various criteria and we do not guarantee the preferred choice will be provided in the programme acceptance letter.
- Aalto University – TU Wien
- UCD – Aalto University
- SUPSI – TU Wien
- UCD – SUPSI
- UCD – TU Wien

“What attracted me to the program is its unique curriculum, featuring cutting-edge subjects like Industry 4.0, circular economy, and data analytics. The inclusion of operations, project management, and an Innovation and Entrepreneurship track that perfectly aligns with industry needs and my aspirations. Additionally, industry involvement in the thesis project is the best part for me.”
Ahsan Ali MURAD
2023 – 2025 cohort student

“The various events in the programme introduces us to a big network of manufacturing companies and research centres, allowing us to build connections with professionals working on leading technologies that are shaping the future of manufacturing industry.”
Juan Esteban ARJONA
2023 – 2025 cohort student