Master of Science in Advanced Materials and Manufacturing (Research Master's)

Overview

This is an English‑taught, research‑focused Master's in the field of mechanical engineering that is organised over three semesters. In the first two semesters you will develop your own research topic while taking targeted courses that prepare you for independent scientific work. The programme blends selected advanced electives with methodological training to give you both subject knowledge and research skills.

During semesters one and two you are required to attend two specific elective lectures and two methodological courses that support your thesis work. The third semester is reserved for completing and submitting your Master’s thesis, allowing you to concentrate fully on carrying out the research project you developed earlier in the programme.

Requirements and key components

• Programme language: English
• Structure: three semesters (research topic developed in semesters 1–2; thesis completed in semester 3)
• Coursework (semesters 1–2): two specific elective lectures
• Methodological training (semesters 1–2): two methodological courses
• Final requirement (semester 3): completion and submission of the Master’s thesis

Overview

This research-focused master’s curriculum centers on hands-on study and investigation carried out in international teams within modern laboratories and research institutes. The program emphasizes collaborative projects where students work alongside peers and researchers from different countries and disciplines, gaining practical experience in contemporary lab environments and research facilities.

What you will do and learn

Students undertake team-based experimental and investigative work, developing practical laboratory proficiency and familiarity with current research infrastructure. Coursework and project work are organized around research activities in materials and manufacturing, with an emphasis on applying scientific methods, troubleshooting experiments, and interpreting data. Regular interaction with supervisors and collaborators enhances problem-solving, project management, and cross-cultural teamwork skills.

Key learning outcomes

• Ability to design, execute and document independent research projects in materials and manufacturing contexts
• Proficiency with modern laboratory techniques, equipment and safety practices found in contemporary research institutes
• Experience collaborating in multicultural, interdisciplinary research teams and communicating results to academic and industrial audiences
• Preparation for further research (e.g., PhD) or roles in R&D and advanced manufacturing environments

Program components and expectations (concise)

• Sustained, research-oriented project work carried out in laboratory/institute settings
• Active collaboration within international, multidisciplinary teams
• Practical training on contemporary experimental techniques and research infrastructure
• Regular reporting and scientific communication of results (oral and written)
• Development of transferable skills: project management, data analysis, and teamwork

Graduates are prepared for research and development roles in industry and research institutes within materials science and advanced manufacturing, as well as for continuation to doctoral studies. The combination of methodological training, hands‑on laboratory work and industry internships equips students for technical specialist positions and R&D project roles, including areas where manufacturing intersects with AI and machine learning.