This English-language Master of Science is a research-focused programme covering contemporary topics across ecology, evolutionary biology, and scientific nature conservation. Teaching centers on organismic biology — the study of whole organisms, their interactions with one another, and their relationships with the non-living environment — and balances theoretical foundations with applied perspectives such as sustainability research and species conservation.
Coursework is organised into modules that combine lectures, seminars, tutorials and practical internships. Topics span aquatic and plant ecology, animal ecology and biodiversity research, molecular and organismic evolutionary biology, and scientific nature conservation. Training emphasises a wide range of modern research methods, including laboratory techniques, fieldwork, and computer-based modelling, so you gain both conceptual knowledge and hands-on skills.
Small seminar and lab groups foster early, individualised contact with experienced instructors, giving students close supervision and practical experience throughout the programme. The curriculum is designed to deliver up-to-date specialist knowledge across multiple subfields while exposing students to methodological breadth and real-world application.
Key facts and structure
Detailed information on course organisation and the programme structure is available on the programme’s official webpage (see the course catalogue or programme link). That page contains the authoritative, up-to-date breakdown of modules, sequence of study, assessment types and any compulsory practical or field components.
Generally, the curriculum for a Master’s in Ecology, Evolution and Conservation is organised into thematic modules that span the core disciplines in the programme title: ecological theory, evolutionary biology, and conservation practice. You will usually find a mix of taught modules, practical laboratory and fieldwork components, and a substantial independent research project or master’s thesis; the exact module names, elective choices and timing are listed in the online programme schedule.
Typical learning outcomes you can expect to see described on the programme page include: advanced conceptual knowledge of ecological and evolutionary processes; practical skills in field and laboratory methods; proficiency in quantitative data analysis and ecological modelling; competence to design and carry out independent research; and the ability to communicate scientific results and to apply evidence-based approaches to conservation problems. Consult the programme webpage for the precise formulations and assessment criteria used by this degree.
Key items to check on the programme webpage:
All official academic admission requirements for this Master’s program are listed on the programme’s admissions webpage. Applicants should consult that page for the complete, authoritative details on eligibility, required documents, application procedures, and any programme- or country-specific rules.
If you are an international applicant, plan ahead: the admissions page will indicate whether your previous degree is recognized, what documentation and certified translations are needed, and any language-proof or credential-evaluation steps. It will also list application deadlines and contact information for questions or exceptional cases. Start preparing documents early so you can meet deadlines and, if applicable, apply for a student visa in good time.
Practical steps (check the official page for full details):
Winter Semester (International)
Information about the application deadlines can be foundhere.
Graduates are prepared for research and applied roles in biodiversity conservation, nature management, environmental consultancies, governmental and non-governmental organisations, and monitoring agencies. The programme’s blend of laboratory, field and modelling skills also supports careers in ecological modelling, conservation planning, environmental impact assessment and sustainability projects.
The degree provides a solid foundation for further academic research (PhD) as well as professional positions in ecology-related industries, restoration projects, wildlife management and international conservation organisations, where expertise in organismic biology and practical methodological skills are in demand.