Bioengineering
Bachelor's degree
In Vilnius (Lithuania)
Description
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Type
Bachelor's degree
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Location
Vilnius (Lithuania)
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Duration
4 Years
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Start date
Different dates available
Soybeans, maize, rapes, cotton, and many other traditional products arrive on the store shelves genetically modified - gene engineering is a great scientific achievement that solves global issues. The application of the gene transfer methods accelerates the evolution of nature, therefore, it is possible to create pest-resistant crops, reduce the problems of the world's starving nations, and even invent medicines from uncurable diseases.
Bioengineering unites natural sciences and engineering - the two areas that are vitally important for the modern humanity. The specialists of this field make use of engineering knowledge in both medicine and biology.
The aim of the study programme is to prepare specialists, who are able to work at biotechnology, food, agriculture enterprises and industrial companies, as well as at quality control, educational and research institutions.
This programme is unique in Lithuania due to the fact that it teaches students to manage, analyze and model both biotechnological and chemical processes, describe them in the language clear to bioengineers around the world.
Students acquire knowledge of microbiology, biochemistry, cell biology, gene engineering, biological systems modelling, biochemistry engineering basic knowledge, and are able to aplly them practically.
Facilities
Location
Start date
Start date
About this course
Some key abilities and knowledge that Bioengineering study programme helps students develop and acquire include:
Knowledge of technological processes;
The ability to understand the influence of engineering solutions and their importance to the social development;
The ability to creatively and critically think, maintain professional competences, apply practical skills at production enterprises or scientific research institutions;
The basic knowledge of Mathematics, IT, Physics, Chemistry, Biology, and Engineering;
The specific knowledge of microbiology, cell biology, gene engineering, biopolymers purification and analysis, biotechnology basics, necessary for bioengineering.
Once you have graduated, you will be employable as a specialist able to:
Work at biotechnology, food, and agriculture industry, as well as bioenergetics enterprises;
Work at quality control, educational and research institutions;
Pursue the second-cycle (master's degree) education in the fields of bioengineering, biochemistry and other fields related to physical, biomedicine and technology sciences.
Secondary, advanced or any other corresponding education
Reviews
Subjects
- Biology
- Microbiology
- Biochemistry
- Biotechnology
- Cell Biology
- Bioengineering
- Engineering
- Chemistry
- General Chemistry
- General Physics
Course programme
Course title
- General Chemistry
- General Physics
- Information Technologies
- Mathematics
- English Language
- German Language
- French Language
2nd Semester
Course title
- Analytical Chemistry
- Biology
- Practice
- Applied Physics
- Probability
- theory and mathematical statistics
- Philosophy
- Speciality English Language
- Speciality German Language
- Speciality French Language
3rd Semester
Course title
- Chemical Thermodynamics
- Organic Chemistry
- Models in Biology (with course work)
- Human's Safety
- Business Fundamentals
- Logic
- Ethics
- Public Communication
4th Semester
Course title
- Chemical Kinetics
- Chemistry of Natural Compounds
- Practice 1
- Fundamentals of Microbiology
- Personal Finance Management
5th Semester
Course title
- Molecular and Cell Biology
- Fundamentals of Biochemistry
- Bioethics
- Specific Purpose Language Culture
- Management
6th Semester
Course title
- Biochemical Methods
- Fundamentals of Gene Engineering
- Fundamentals of
- Chromatography (with course work)
- Practice 2
- Biodata Mining (integrated project)
Course title
- Bachelor Graduation Thesis 1
- Pharmaceutical Biotechnology
- Bioengineering (Processes and Apparatus of Biotechnology)
- Microbiologic Technology (with course work)
- Law
- Technology of Pure Proteins
- Enzymology
8th Semester
Course title
- Bachelor Graduation Thesis 2
- Bachelor Graduation Thesis 3
- Biochemical Engineering and Biotechnology
- Ecological Biotechnology
- Basics of pharmaceutical manufacturing
- Fundamentals of Immunology
Bioengineering