UiT The Arctic University of Norway
Master in BiomedicineTromsø, Norway
DURATION
2 Years
LANGUAGES
English
PACE
Full time
APPLICATION DEADLINE
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EARLIEST START DATE
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TUITION FEES
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STUDY FORMAT
On-Campus
* no tuition fees for international students
Key Summary
Introduction
Study biomedicine in Tromsø! We offer training in contemporary and experimental methods, and give you professional supervision on writing and presenting a master thesis.
We offer to teach on topics such as cancer, heart function and failure, inflammatory disorders, immunity, bacterial colonization, and antimicrobial resistance, etc. You will be qualified for work in research and development within the biomedical sciences, and clinical laboratory sciences. You will have career options related to the translation of knowledge and methods of medical subjects, and bioprospecting. The masters' degree will also make you qualified for Ph.D. programs.
Program description
- Duration: 2 years
- Credits (ECTS): 120
- Admission requirements: Bachelor's degree in Biomedicine
- Degree Name: Master of Science in Biomedicine
- Application code:
- Norwegian and Nordic applicants: 3037
- International applicants: 2015
- Norwegian and Nordic applicants: 3037
- International applicants: 2015
The Master's program in Biomedicine will shed light on contemporary problems and methods in biomedicine. You will be trained in experimental work as well as written and oral presentations of independent scientific papers.
We offer a high-quality laboratory course (MBI-3012), where you will be trained in cell culturing, detection, and expression of DNA, RNA, and proteins, imaging, electron microscopy, histological analysis, and immunohistochemistry. You will also be trained in health and safety procedures in laboratories.
In the second semester, you will choose 3 elective courses (30 ECTS). International students will attend courses in Tromsø while Norwegian students also have the opportunity to go abroad as exchange students. There will be elective courses available in biomedical topics, as listed in the table (program structure).
After passing the laboratory- and the elective courses, you will be able to start working on your master project (3rd and 4th semester - a total of 60 ECTS). You will work under supervision alongside our researchers in one of our research groups. We offer an international research-environment with researchers from all corners of the world. Your specialization will be chosen according to the project you choose to work with. Your project thus will be based on research performed by one of the research groups at the Department of Medical Biology (IMB). You are expected to do individual research under supervision. The Master's thesis is expected to be an independent body of scientific work performed and presented by each student.
Admissions
Curriculum
Program structure
| Term | 10 credits | 10 credits | 10 credits |
| First semester (autumn) | MBI-3012 Advanced methods in experimental biomedicine |
| Second semester (spring) | Elective courses (30 ECTS) MBI-3004 The biology of cancer MBI-3013 Human molecular genetics: medical and forensic genetics MBI-3014 Infection, inflammation, and immunity MBI-3015 Human pharmacology and toxicology MBI-3016 Human physiology KJE-3604 Bioinformatics: Microbial genomics and metagenomics |
| Third and fourth semester | MBI-3911 Master's Thesis in Biomedicine |
Teaching and assessment
A combination of teaching and assessment forms is used, including lectures, project reports, experimental and laboratory assignments.
Program Outcome
Learning outcomes
When you have completed the Master program in biomedicine, you are expected to have advanced and comprehensive knowledge of biomedical methodology, theories, concepts, and scientific approaches specified by the following learning outcomes:
Knowledge
As a Master in Biomedicine, the candidate:
- can explain current scientific theories and methods in biomedicine.
- can discuss the theoretical background, including strengths and weaknesses/ shortcomings, of advanced laboratory techniques and methods used in a chosen scientific discipline within biomedicine, based on the candidate´s own research.
- can apply acquired knowledge in new areas within biomedicine.
- can analyze professional issues, based on the history and traditions of biomedicine and its place in society.
Skills
As a Master in Biomedicine, the candidate:
- can analyze and assess different information sources in a critical manner and use these to structure and enunciate professional reasoning.
- can analyze existing theories and interpretations in biomedicine and work independently with theoretical and practical problem-solving.
- can choose and perform relevant methods to solve specific problems in biomedical research.
- can design and execute controlled experiments to address specific research questions within the field.
- perform an independent research project in biomedicine under the guidance and in accordance with recognized norms in research ethics.
General competence
As a Master in Biomedicine, the candidate:
- can analyze relevant issues connected with professional ethics and research ethics in biomedicine.
- can apply knowledge and skills in biomedical theory and methods in new areas in order to implement advanced work tasks and projects.
- can communicate her/his own scientific work both orally and in writing, using the relevant scientific language.
- can communicate about professional issues, analyses, and conclusions with specialists in the field and to the community in general.
- can contribute to innovation processes in biomedicine.
Career Opportunities
Job prospectives
With a Master's degree in biomedicine, you will be prepared for a range of exciting assignments related to research and the development of methods in business, management, and research-oriented institutions where the demands for qualified professionals are increasing.
Career options may include molecular diagnostics, medical research, fisheries, food processing, public administration, educational institutions at all levels, the pharmaceutical industry, private research and innovation enterprises, technical positions at hospitals, universities, and other laboratories.