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Bioengineering
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Bioengineering
overview
Degree | Bachelor of Technological Sciences in Bioengineering |
Length, structure |
4 years (8 semesters), internship included in the programme. Graduation is finalized with the defense of Final project
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Tuition fee for non EU citizens |
4050 EUR per year
For EU citizens same prices as for local students apply, for details click here.
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Start | 1st of September |
Main subjects | Molecular and cell biology, biochemistry, bioinformatics, chromatography, gene engineering, pharmaceutical biotechnology. |
What is the purpose of this study programme?
Soybeans, corn, cotton, and numerous other products lining the shelves of our stores are now genetically modified. Genetic engineering stands as a monumental achievement in scientific research, offering solutions to global challenges. By employing gene transfer methods, natural evolution is accelerated, enabling the creation of plants resistant to pests. This advancement has the potential to alleviate starvation in impoverished nations and discover treatments for previously incurable diseases.
Bioengineering seamlessly blends two crucial research domains: Natural Sciences and Engineering. Professionals in this field leverage their expertise in Engineering and Technologies in Medicine and Biology.
The program's objective is to cultivate professionals equipped with foundational knowledge in both natural sciences and engineering. These individuals are adept at applying theoretical knowledge to address practical problems effectively.
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What will students learn?
Students will acquire fundamental knowledge and skills in microbiology, biochemistry, cell biology, gene and biochemical engineering, the modelling of the biological systems.
Students will be acquainted with the technological processes and will understand the importance and influence of the engineering solutions on development of the society. Students will learn to think critically and creatively, and will be able to apply the acquired practical knowledge both in industry and scientific research institutions.
Students will be able to carry out the individual practical projects, analyze and present the obtained results.
Students will be acquainted with the technological processes and will understand the importance and influence of the engineering solutions on development of the society. Students will learn to think critically and creatively, and will be able to apply the acquired practical knowledge both in industry and scientific research institutions.
Students will be able to carry out the individual practical projects, analyze and present the obtained results.
Where can students make practice?
The social partners from the LINPRO companies guarantee places of practice where students can apply their interdisciplinary knowledge and skills.
Where is it possible to study abroad?
With Erasmus academic exchange programme studies are available from one semester to the year abroad. Partnership geography is very wide.
CUSTOMIZE YOUR EXPERIENCE
You will have plenty of opportunities to apply and diversity your skills through graduate projects, internships, career programmes, clubs and societies.
What about career opportunities after Bachelor's degree studies?
A Bachelor of Bioengineering can work at the companies producing the pharmaceutical and molecular biology products, also in industry dealing with the agriculture, food technology, and bioenergy. In addition, graduates are able to work at governmental organizations as well as the research institutes and Universities or continue studies at the Master programmes in bioengineering, biotechnology, or related disciplines of the Life Sciences and Engineering.
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- Page administrators:
- Lina Petrauskienė
- Dovilė Jodenytė
- Ugnė Daraškevičiūtė