COURSE CURRICULUM

This one-year MSc in Plant Genetics and Crop Improvement offers a comprehensive curriculum that integrates advanced theory with practical laboratory experience. The course is structured around taught modules and a substantial six-month lab-based research project, preparing students for careers or further study in plant science and crop biotechnology. Core topics include plant genetics, genomics, and bioinformatics, introducing students to the molecular mechanisms of inheritance, genome structure, and gene function, particularly in eukaryotic and crop plants. Students also explore contemporary “omics” technologies and their applications in crop improvement, along with statistical techniques essential for analyzing experimental data. The program places strong emphasis on practical application, such as using molecular markers for genotyping and phenotypic prediction, which mirrors real-world plant breeding strategies. Key modules such as Plant Breeding and Statistics, and Practical Skills in Plant Molecular Genetics, bridge theoretical concepts with hands-on experience. Additionally, the Sustainable Food Systems module broadens students' understanding of global food security and agricultural policy. Through the Research Project Plan and Laboratory Research Project, students conduct literature reviews, formulate hypotheses, design experiments, and analyze data under expert supervision, often collaborating with renowned research institutions like the John Innes Centre. The final research project focuses on areas such as plant-microbe interactions or trait development in crops, emphasizing the genetic basis of traits like drought resistance or nutritional enhancement. By the end of the course, graduates gain a solid grounding in both classical and modern approaches to plant breeding, genetic engineering, and bioinformatics, equipping them with the skills to address global challenges in crop production and sustainability through innovative plant science solutions.