International master's program - Biotehnology for life sciences
Unique research-focused master’s programme
Biotechnology for the Life Sciences is a two-year long research-focused master’s degree program, offered by the Faculty of Biotechnology and Drug Development at the University of Rijeka, Croatia, that will be taught in English language.
Focus
This course is tailored specifically to highly motivated students that may wish to pursue a career in life science and biotechnology research. Program focuses on teaching the intellectual and laboratory skills required for a modern researcher. Students will gain significant experience in performing independent research and by the end of the two year program, should be ideally positioned to begin doctoral studies or enter a research position in industry.
Programme
Half of the first year is spent learning basic research skills, as well as exploring emerging areas of research in biotechnology and the life sciences more generally. Additionally, in the first year stu-dents gain research experience during two 8-week long laboratory apprenticeships. The second year is almost entirely dedicated to executing a research project in a laboratory of choice.
Who is this programme for?
Applications are open to students of any nationality with an interest in pursuing a career in biotechnology or life science research. Applicants must have completed an undergraduate degree (BSc or equivalent) in biology, chemistry or a relevant sub discipline, and possess strong communication skills in the English language. Admission to the program is limited and will be based on a review of the students’ application materials and an official interview.
Information and documents
Graduate programme Biotechnology for the Life Sciences
Schedule
Syllabi
1st year
Elective courses
- EBIL140 Behavioral Genetics
- EBIL163 Advanced microscopy
- EBIL164 Neuroimmunology
- EBIL168 Biology of Mental Illness
- EBIL177 Nanochemistry
Laboratory apprenticeships
- EBLS101 Drosophila melanogaster in the neuroscience of addiction
- EBLS102 Mental illness and protein aggregation
- EBLS103 Synthesis of photosensitisers for photodynamic therapy
- EBLS104 Molecular mechanisms of bleeding disorders
- EBLS105 Design of short catalytic peptides and peptide assemblies
- EBLS106 Immunity in Neurodegenerative Disorders
- EBLS107 Determination of microplastics in seawater
- EBLS108 Phospholipid Analysis via Mass Spectrometry
- EBLS109 Supercomputer in analysis of biomolecular