Bachelor's in Biomedicine

3 Years On Campus Bachelors Program

Lund University

Program Overview

The Biomedicine Bachelor’s Programme at Lund University is designed for students who want to understand how the human body works at a molecular and cellular level and how diseases develop. It combines biology, chemistry, and medical science to build a strong foundation for careers in research and life sciences.

This programme is best suited for students who are curious about health, disease mechanisms, and modern medical research, and who want to continue into advanced studies or work in biotechnology, pharmaceuticals, or healthcare innovation.

Curriculum Structure

Year 1

In the first year, students focus on building core scientific knowledge through courses such as Biology and Chemistry of the Cell, Biochemistry and Cellular Metabolism, Genetics and Genomics, and The Cell and its Environment. These subjects help you understand how cells function, how genetic information is controlled, and how biological systems respond to internal and external changes.

Year 2

The second year moves into more human-focused biology, including Developmental and Stem Cell Biology, The Immune System, Host-Pathogen Interactions, and Pathophysiology, Pharmacology and Drug Development. This year helps you understand how the human body develops, defends itself, and responds to diseases and treatments.

Year 3

In the final year, students explore advanced topics such as Frontiers in Translational and Molecular Medicine and Applied Biomedicine, along with a major Bachelor’s thesis project carried out in a research environment. This year focuses on independent research skills and real-world scientific problem solving.

Focus Areas

Molecular medicine, human physiology, genetics and genomics, immunology, stem cell biology, infectious diseases, pharmacology, drug development, translational research, laboratory techniques, biomedical research methods

Learning Outcomes

Graduates develop strong skills in scientific reasoning, laboratory techniques, experimental design, data analysis, and critical evaluation of biomedical research. They also gain the ability to work independently in research settings and communicate scientific results clearly and effectively.

Professional Alignment (Accreditation)

The programme is designed as a strong foundation for further Master’s studies in biomedicine and related life science fields. It is closely aligned with research careers and industries such as pharmaceuticals, biotechnology, and biomedical innovation.

Reputation (Employability and Rankings)

Lund University is internationally recognised and consistently ranked among the leading universities in the world for life sciences and medicine. Graduates benefit from strong research opportunities and good connections with the biotech and pharmaceutical industries.

Experiential Learning (Research, Projects, Internships etc.)

Students in the Biomedicine programme at Lund University gain strong practical and research experience throughout their studies. From the beginning, learning is closely connected to real laboratory work where you apply biological and chemical concepts in modern biomedical settings. You develop practical skills in experimental methods, data analysis, and scientific reasoning while working with real research tools and techniques. In the final year, you complete an independent research project in a biomedical laboratory, giving you direct experience of how scientific research is carried out in practice.

Experiential learning in this programme is built around laboratory work, research training, and hands-on scientific projects:

Practical laboratory training in cell biology, biochemistry, genetics, immunology, and molecular medicine
Use of modern laboratory equipment and techniques for biological and chemical experiments
Training in experimental design, scientific methods, and data interpretation from early in the programme
Group-based projects that develop teamwork, communication, and problem-solving skills
Seminars and discussions where students present and critically evaluate scientific research
Teaching guided by active researchers working in biomedical fields
Independent Bachelor’s thesis project carried out in a real biomedical research environment in the final year
Exposure to research practices, laboratory safety standards, and professional scientific workflows
Development of skills in analysing biological data and understanding research literature

Progression & Future Opportunities

Graduates from the Biomedicine programme develop a strong understanding of molecular medicine, human biology, and biomedical research methods. Most students continue on to a Master’s degree to specialise further, while others begin working in entry-level roles within research or the life science industry. Common early career paths include research assistant, laboratory technician, pharmaceutical development associate, and roles in scientific communication.

Progression is well supported through Lund University’s academic environment and career development services:

Career support through Lund University Career Services, including help with CV writing, interview preparation, and connecting with employers
Clear pathway to Master’s programmes in fields such as Biomedicine, Molecular Biology, Bioinformatics, Biotechnology, and related life science areas
High proportion of students continue to Master’s studies, as advanced qualifications are usually required for specialised scientific careers
Strong integration with a research-intensive university environment, offering exposure to biomedical research networks and industry connections
International recognition of the degree, supporting future academic and professional mobility

Further Academic Progression: After completing the bachelor’s degree, students typically continue to Master’s studies in Biomedicine, Molecular Biology, Biotechnology, Medical Science, or related fields, with opportunities to progress into PhD research or specialised roles in academia, pharmaceuticals, or biomedical industries.