Advanced interdisciplinary program combining cutting-edge plant and animal breeding methodologies
Advanced statistical methods in breeding, heritability estimation, genetic correlation analysis
DNA markers, gene mapping, molecular techniques in breeding programs
Selection methods, hybrid development, breeding for stress resistance
Population genetics, selection indices, breeding value estimation
Genome-wide association studies, genomic prediction models
Sequence analysis, database management, computational tools
Program optimization, resource allocation, implementation strategies
Independent research project under faculty supervision
Developing breeding strategies for climate-adaptive crops and livestock
Integrated approaches for sustainable food production systems
Advanced statistical methods and machine learning in breeding
Recognized for innovative research on climate-resilient breeding strategies combining plant and animal approaches
Led collaborative projects involving plant scientists, animal geneticists, and data analysts