Overview This English‑taught MSc is offered by the university’s Faculty of Biology and Preclinical Medicine and delivers a broad, science‑focused education in ecology, evolutionary biology and conservation. The degree emphasises rigorous, research‑oriented training aimed at understanding ecological processes, evolutionary patterns and strategies for conserving plant and animal biodiversity.
Who it’s for and what to expect The programme is intended for students who already have prior academic or practical experience in ecology, evolution and conservation and want to deepen that knowledge with an intensive, science‑based curriculum. Students can expect coursework and training geared toward empirical research and conservation practice; for full details about modules, research options and application procedures, consult the programme’s EEC website.
Career and study context Graduates are prepared for research roles, conservation organisations, environmental consultancies or further academic study (e.g., PhD programmes). International applicants should note the programme is delivered in English and that specific admission criteria and documentation requirements are listed on the EEC website.
Entry requirements (concise)
For exact academic prerequisites, application deadlines and required documentation, please refer to the programme’s EEC website.
Curriculum overview
The programme is organised so you specialise across three chosen focus subjects within the broad fields of ecology, evolution and conservation. This modular structure lets you tailor your studies to areas that match your interests—whether your emphasis is more ecological, evolutionary or conservation‑oriented—while maintaining an integrated, cross‑disciplinary perspective. In addition to these subject‑specific modules, the curriculum requires three compulsory soft‑skills modules designed to strengthen practical and professional competencies that complement your scientific training.
Learning outcomes and what you will gain
By completing the focus‑subject modules you will develop advanced theoretical knowledge and applied skills in your selected areas, including designing and conducting research, analysing ecological and evolutionary data, and translating scientific insights into conservation practice. The mandatory soft‑skills modules build transferable abilities such as scientific communication, project and time management, teamwork, and other professional competencies valued in academia, conservation organisations and industry. Together the subject‑specific and soft‑skills components prepare you for independent research (including a master’s thesis), interdisciplinary collaboration, and careers in research, policy or applied conservation.
Requirements (concise)
To qualify for this master’s program you must already hold a relevant undergraduate degree and have achieved strong academic results. The degree should be a Bachelor of Science in biology, ecology or a closely related subject; applicants with comparable backgrounds may also be considered. Admissions focus on the quality of your prior studies, so “good grades” are an essential part of the evaluation.
If your bachelor’s degree was completed outside the host country, check whether it is recognised as equivalent to the required qualification. Full details about the application steps, required documents, deadlines and any additional eligibility rules are available on the programme’s website — please consult it before applying.
Admission requirements (summary)
Winter Semester (International)
15 June 2026
Winter Semester (EU/EEA)
15 June 2026
Graduates are prepared for careers in research (including progression to PhD programmes), conservation organizations, environmental consulting, biodiversity monitoring, and governmental or non-governmental environmental agencies. The programme’s strong practical component (external and lab internships) and international research links make alumni competitive for applied conservation roles and project-based positions.
Transferable skills gained—such as field and lab techniques, scientific data analysis, and communication of research—also suit graduates for roles in science communication, environmental education, and policy advisory positions related to biodiversity and ecosystem management.