About the Department Established in 2009, the Department of Agricultural Biotechnology aims to produce high-tech solutions for the needs of modern agriculture and to train competent experts in the field. Our department serves as an interdisciplinary education and research center where biological systems and organisms are utilized to enhance agricultural productivity, ensure environmental sustainability, and guarantee food security.
Academic Staff and Educational Structure Our department is home to a dedicated team of 10 faculty members—including 6 Professors and 4 Assistant Professors—along with 6 Research Assistants. Our curriculum is comprehensively designed across Undergraduate, Master’s (MS), and Doctoral (PhD) levels to provide students with both theoretical depth and robust practical application skills.
Research Infrastructure and Key Focus Areas The department features three fully equipped research laboratories that enable cutting-edge biotechnological studies. Intensive research is conducted in the following areas that shape the future of agricultural technologies:
Genetics and Breeding: Plant and animal breeding, conservation of genetic diversity, and genetic transformation techniques.
Molecular Approaches: Epigenetic mechanisms, enzymology, and the agricultural application of microbiological processes.
Reproductive Technologies: Assisted reproductive techniques aimed at increasing efficiency in animal production.
Mission and Graduate Profile Our primary objective is to train Agricultural Engineers who can apply the molecular tools of biotechnology to agricultural challenges, demonstrate environmental sensitivity, protect biodiversity, and lead high-value-added agricultural production processes.
Our students graduate not only with a mastery of technical subjects such as biology, genetics, cell culture, and molecular markers but also with the practical knowledge of how to transform this expertise into tangible benefits for crop and animal production.
Career Opportunities Graduates of Agricultural Biotechnology take on strategic roles wherever technology meets agriculture:
Public Sector: Units of the Ministry of Agriculture and Forestry, research institutes, and municipalities.
Private Sector: Seed production companies, biotechnology laboratories, tissue culture enterprises, and plant protection/nutrition firms.
Entrepreneurship: Agricultural R&D centers, analysis laboratories, and consultancy firms.