Educational goals
The aim of the study program is to educate technically educated specialists at the bachelor level with sufficient basics in mathematics and natural sciences. Their possible work position is in multidisciplinary teams focused on research and development in the field of biomaterial engineering. In particular, the development and testing of new materials or devices for medical applications. With a high-quality science base and mastering the basic knowledge of biomedical engineering, it is also possible to understand the interactions between biomaterials and biological systems and to test materials for various medical applications. The study program provides an interdisciplinary perspective and approach to address current issues in the development and testing of biomaterials, particularly for tissue engineering, drug delivery systems, wound dressing, etc.
Profile of the graduate
You will apply the acquired knowledge, experience, and skills in companies or academic, scientific, and research institutions focused on materials research and development associated with medicine application. Graduates can find employment, for example, in the position of assistant or laboratory assistant in multidisciplinary teams focused on production, development, and research in the fields of biomaterial engineering. These include, for example, the development and testing of medical materials, materials research, including the management of modern operating technologies. The possibilities of application are by no means limited to the Czech Republic or Europe. As our graduate, you can continue your studies in follow-up science or technology-oriented master’s degree programs, including the follow-up master’s degree program in Bioengineering.
Information
- Study programme
- Bioengineering (B0519A270001)
- Faculty of
- FP
- Type of study
- Bachelor
- Form of study
- Full-time
- Length of study
- 3
- Awarded degree
- Bc.
- Language
- Czech
- Education area
- Pedagogy for Non-Teachers
Courses of Bioengineering programme
1. semester
- Computations a Simulations in Matlab (compulsory)
- General biology (compulsory)
- General chemistry (compulsory)
- Laboratory Technique (compulsory)
- Mathematics I (compulsory)
- Sports and movement activities 1 (compulsory)
- Úvod do bioinženýrství (compulsory)
2. semester
- Biomaterials for medical applications (compulsory)
- Cell and tissue biology 1 (compulsory)
- Mathematics 2 (compulsory)
- Physics I (compulsory)
3. semester
- Cell and tissue biology 2 (compulsory)
- Intr. to Lin. Algebra and Discr. Math. (compulsory)
- Organic chemistry (compulsory)
- Organic Chemistry – practical exercises (compulsory)
- Physics 2 (compulsory)
- Seminář z bioinženýrství (compulsory)
4. semester
- Bioengineering project (compulsory)
- Chemistry of polymers and biopolymers (compulsory)
- Philosophy of Science for Bioingeneering (compulsory)
- Physical Laboratory 1 (compulsory)
- Physics 3 (compulsory)
- Professional Practice (compulsory)
5. semester
- Analysis of polymers (compulsory)
- Biochemistry (compulsory)
- Evaluation of materials for engineering (compulsory)
- Methods of Scientific Work (compulsory optional)
- Polymeric drug carriers (compulsory)
- Probability and Statistics (compulsory)
6. semester
- Ethics for Bio-engineering (compulsory)
- Polymer Physics (compulsory)
Courses without specified study plan
- Bachelor thesis (compulsory)
- Biochemistry – practical exercises (compulsory optional)
- Communicative English 1 (compulsory optional)
- Communicative English 2 (compulsory optional)
- English Language 1 (compulsory optional)
- English Language 2 (compulsory optional)
- Environmental Studies & Global Problems (compulsory optional)
- Expert discourse on bioengineering (compulsory)
- Inorganic chemistry (compulsory optional)
- Introduction to nanomaterial functional. (compulsory optional)
- Microbiology and virology (compulsory optional)
- Nanomaterials Characterization 1 (compulsory optional)
- Physical Chemistry (compulsory optional)
- Surface chemistry (compulsory optional)
Admission procedure
More about the admission process
More details
Contact: Jenčová Věra, doc. Ing. Ph.D., vera.jencova@tul.cz