Augsburg University

What you'll study

The programme combines core lectures, laboratory practicals, seminars and field courses to cover the major sub-disciplines of modern biology. You will study topics such as cell and molecular biology, genetics, biochemistry, microbiology, physiology, ecology and evolution, alongside modules in bioinformatics, biostatistics and scientific communication.

Typical elements of the course include:

• Core modules – foundational courses in cell biology, molecular genetics, biochemistry and organismal physiology.
• Laboratory practicals – regular hands-on sessions that teach experimental technique, lab safety, data collection and analysis.
• Data and quantitative skills – courses in statistics, experimental design and bioinformatics for analysis of biological data.
• Ecology and fieldwork – practical training in ecological surveying, population studies and environmental monitoring.
• Advanced electives – optional modules allow specialisation in areas such as microbial biotechnology, developmental biology, neurobiology or conservation biology.
• Seminars and transferable skills – scientific writing, presentation skills, ethics in science and project management.
• Research project / Bachelor's thesis – an independent project carried out under supervision, demonstrating experimental competence and the ability to communicate results.

The curriculum emphasises an integrated mix of theory and practice; students typically progress from broad introductory modules to more specialised, research-oriented courses and an independent thesis project in the final phase of the degree.

Entry requirements

Applicants should hold a university entrance qualification recognised by German higher education institutions (for example an Abitur or equivalent international school-leaving certificate). Admissions normally require a strong background in biology and chemistry; some knowledge of mathematics is also expected.

International applicants whose first language is not German must demonstrate German language proficiency at the level required by the university (for example DSH or TestDaF or an equivalent certificate). Where courses are offered in English, proof of sufficient English language ability may be required for those modules.

Admission procedures vary by applicant origin; some applicants apply directly to the university while others use national or central application services. Candidates may also be asked to submit transcripts, a CV and a motivation statement. Specific selection criteria and any additional local requirements should be checked with the university’s admissions office.

Career prospects

A Bachelor's in Biology provides a versatile scientific foundation. Graduates commonly pursue one of two paths: continued academic study at master’s level, or entry into the workforce in life-science sectors.

• Further study – many graduates progress to specialised master’s programmes (e.g. molecular biology, biotechnology, ecology, bioinformatics) or to teacher training if they wish to teach biology at school level.
• Research and laboratory roles – technical assistant positions in university or industry laboratories, work in clinical or analytical labs, and roles in quality control and R&D in biotech or pharmaceutical companies.
• Environmental and conservation work – roles with environmental consultancies, conservation NGOs, government agencies or nature management organisations carrying out monitoring, assessment and advisory work.
• Industry and applied biology – positions in agricultural science, food technology, bioindustry and diagnostic companies, including regulatory and technical support roles.
• Science communication, policy and commercial roles – opportunities in scientific publishing, outreach, patent support (with further legal training), sales and technical support for scientific equipment.

Graduates are typically valued for their practical lab skills, analytical thinking and ability to handle biological data; many roles may require or prefer a master’s degree for advanced research positions.

Why study at Augsburg University

Augsburg University offers a teaching-focused undergraduate environment with access to modern laboratories and opportunities for small-group practical training. The university maintains collaborations with regional research institutes and local industry partners, providing pathways for internships and research placements.

Students benefit from an interdisciplinary approach, combining biology with quantitative methods and applied perspectives, and from the university’s supportive student services and mentoring. Located in a city with a mix of urban amenities and nearby natural areas, the programme also facilitates fieldwork and local ecological study, while international exchange options enable study abroad experiences for those seeking a wider perspective.