Master Program Crop Protection Overview
M.Sc. Crop Protection
Protecting crops. Securing harvests. Shaping sustainable agriculture.
Protecting crops. Securing harvests. Shaping sustainable agriculture.
Degree
Master of Science
Master of Science
Duration
4 semesters / 2 years
4 semesters / 2 years
Language
English
English
Application deadlines
Non-EU / Non-EEA applicants: 1 December – 1 March
EU / EEA applicants: 15 April – 15 June
Non-EU / Non-EEA applicants: 1 December – 1 March
EU / EEA applicants: 15 April – 15 June
Why study Crop Protection?
Healthy crops are essential for sustainable agriculture and global food security. The M.Sc. Crop Protection combines basic and applied science to address crop losses caused by diseases, insects, nematodes and weeds. Students gain a broad understanding of plant health and learn to develop science-based solutions for research, agricultural practice, and industry.
Is this programme right for you?
The programme is designed for students with a background in agricultural sciences, biology or a related discipline. Applicants must hold a Bachelor of Science degree or equivalent qualification in a relevant field.
Proof of English language proficiency is required.
You can find more details here: Admission Criteria.
Proof of English language proficiency is required.
You can find more details here: Admission Criteria.
How is the programme structured?
1. Compulsory modules
Students build a strong foundation in crop protection sciences, including integrated pest and disease management, pesticides, laboratory techniques and scientific writing.
Students build a strong foundation in crop protection sciences, including integrated pest and disease management, pesticides, laboratory techniques and scientific writing.
2. Elective modules
Students choose from a broad range of specialised modules according to their individual interests.
Students choose from a broad range of specialised modules according to their individual interests.
3. Key competences
Students strengthen methodological and transferable skills in statistics and experimental design.
Students strengthen methodological and transferable skills in statistics and experimental design.
4. Final phase
The programme concludes with the Master’s thesis and colloquium.
The programme concludes with the Master’s thesis and colloquium.