Digital Manufacturing

Bachelor's studies (university) @ Vilnius Gediminas Technical University
15 Jul Application deadline
1 Sep Start date
4 years Study duration full-time
2274€ Tuition fee for Eu citizens

Programme overview

Degree Bachelor of Engineering Sciences in Manufacturing
Length, structure
4 years (8 semesters), internship included in the programme. Graduation is finalized with the defense of Final project
Main subjects CAD/CAM/CAE, Systems of Internet of Things for Digital Manufacturing, Machine Elements, Tolerances and Fits, Programming C++, Systems of 2D-CAD Engineering Graphics, Additive manufacturing and 3D technologies, Scanning and Recognition Systems.


The Bachelor’s degree study program in Digital Production is designed to prepare digital manufacturing professionals by providing them with fundamental science, production and digital engineering basics, industrial digitization process design, management, and knowledge of management, developing the ability to design and to organize digitization of industrial enterprises, addressing digital engineering issues and developing and deploying new digital manufacturing technologies, developing their critical thinking and adaptability in a global work environment as well as lifelong learning to adapt to Industry 4.0 challenges and market conditions, prepare professionals with manufacturing engineering, electronics and IT knowledge, able to address the industry’s needs and quickly respond to market developments and changes.


After completing this degree program, students will be able to apply knowledge and understanding in solving digital engineering problems by formulating, designing and analyzing engineering tasks and solving them by choosing appropriate methods, experimental, production and digital equipment; be able to apply the knowledge and understanding of engineering in designing and implementing projects that meet the requirements of the definition, apply cross-sectoral knowledge and understanding of engineering areas of study in designing and implementing engineering solutions for industrial digitization, will understand the links between these solutions and their economic consequences.

Graduates will be able to:

  • Select and apply appropriate methods, tools and equipment for the implementation of digital manufacturing engineering solutions.
  • Design, operation principles and functions of digital and typical engineering equipment and will have the initial ability to use them.
  • Understand the principles of organizing digital production, the consistency and interoperability of digital production chains.
  • Systematically understand the natural sciences, mathematical and manufacturing engineering theoretical foundations necessary for the formation of the fundamentals of the field of digital production engineering, the essential theoretical and applied subjects and concepts of the study field.
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