Programme overview

The program aims to prepare professionals with advanced knowledge and skills in both biotechnology and materials science. It seeks to combine the design and problem-solving skills of engineering with those of biomedical sciences. Graduates are expected to be capable of applying their acquired knowledge to solve practical problems in biomedically oriented scientific research.

Graduates acquire the skills to conduct independent scientific research, analyze experimental data, and apply advanced nanobiotechnological methods in both academic and industrial contexts.

Master’s Thesis Topics

Possible research areas include:

• gene, cell, tissue, and immunological engineering.
• stem cell research and regenerative medicine.
• diagnostic nanobiotechnology and nanomaterials for targeted therapies.

What will I be able to do?

• select and apply appropriate methods to solve problems in nanobiotechnology, diagnostics, and therapy
• design technological schemes for gene, cell, and tissue engineering
• apply advanced techniques for studying stem, immune, and other eukaryotic cells
• use physical and chemical methods in diagnostics and biotechnology research.

• biotechnology, biopharmacy, biochemistry, and chemical or food technology industries.
• research and development institutions focused on biomedical research and innovations.
• doctoral studies in biotechnology, materials engineering, or related biomedical and technological sciences.

Programme structure

https://vilniustech.lt/en/international-students/study-programme/nanobiotechnology-137756-u-454/

Admission Requirements

https://vilniustech.lt/en/international-students/admission-requirements/

Autumn Intake Deadline

2026-06-15