This major trains specialists who understand crops as parts of complex growing systems and who can design agricultural approaches that are both productive and ecologically sustainable. The programme emphasizes adapting cropping systems to climate change, environmental shifts, and various stresses, with the aim of improving how cultivated plants convert light and resources into food, feed and bio-based products. It is geared toward producing experts who can develop solutions for the agricultural challenges of the future.
Students build a broad foundation spanning plant biology, physiology, ecology, bioinformatics and expert systems, and learn to apply analytical and scientific methods at both the single-plant and whole-agroecosystem levels. Practical learning—through excursions, hands-on exercises and seminars—helps bridge theory and real-world application. Graduates leave able to design independent research- and practice-oriented approaches to modern plant production problems, to communicate across disciplines and cultures, and to lead or coordinate multidisciplinary teams.
Career pathways include research and industry roles in both public and private sectors, in Germany and internationally. Typical employers are research centres (public and private), agro-industrial firms, crop production operations, chemical and pharmaceutical companies, service and consulting firms, and non-governmental organisations. The major also provides eligibility to pursue a doctoral degree, provided the final master’s grade is above average.
Admissions & progression notes (from the programme description)
This four-semester master's curriculum is built around a balance of core requirements, flexible electives and an independent research project. Over the course of the program you complete five compulsory modules (30 ECTS) that establish the programme’s core knowledge base, choose ten elective modules (60 ECTS) to shape your specialisation, and finish with a 30‑ECTS Master’s thesis. The total workload aligns with the European Credit Transfer and Accumulation System (ECTS), enabling recognition across Europe.
Semesters two and three are formally designated as a mobility window, providing structured opportunity to study abroad, undertake internships, or engage in collaborative research with external institutions. Elective modules can be drawn from the full portfolio of Master’s-level courses offered by the Faculty of Agricultural Sciences, so you can tailor the degree to match career goals—whether that’s applied agronomy, integrated pest and disease management, sustainable crop nutrition strategies, or research-focused pathways.
Learning outcomes emphasize advanced, discipline-specific competence and independent research capability. Graduates will emerge with a consolidated grounding in the principles of plant nutrition and protection, the ability to design and evaluate management strategies, and practical and analytical skills developed through coursework, mobility experiences and the Master’s thesis. The elective-driven structure allows you to build a distinct professional profile suited to industry, advisory services, or further academic study.
Program structure and requirements (concise)
Admissions overview
This MSc looks for applicants with a solid scientific background who are prepared to study plant biology in depth and to work with quantitative and computational methods. You should have prior university training in agriculture, natural sciences or a closely related field, and be ready to engage with topics ranging from plant molecular biology to ecology and data analysis. Strong English skills, good computer literacy and the ability to collaborate in multicultural teams are essential for success.
As part of the application you must complete the mandatory Crop Sciences pre-test before the application deadline (note: the test is required but its score does not affect admission decisions). If your undergraduate grade average is not above average, you will need to document additional evidence of special suitability for the programme.
Formal requirements (bullet points)
Academic/content prerequisites (bullet points)
If your final degree grade is not above average, be prepared to submit documentation demonstrating your special suitability for the programme (for example, relevant research experience, internships, publications or other evidence of aptitude).
Winter Semester (International)
15 March 2026
Winter Semester (EU/EEA)
15 July 2026
Graduates are well prepared for roles in public and private research centres, agroindustry and crop production enterprises, the chemical-pharmaceutical sector, consulting and service companies, and non-governmental organisations. Typical positions include research scientist, crop production specialist, agronomy consultant, R&D technician, data analyst for plant sciences, and roles in product development or regulatory affairs.
For students achieving an above-average final grade, the programme also provides direct qualification for doctoral studies. The combination of practical experience, statistical and bioinformatics skills, and interdisciplinary knowledge makes graduates strong candidates for research and leadership positions in academia, industry and international organisations.