

Motivated research scientist with a solid foundation in crop science and practical background in plant pathology, microbial biocontrol, and molecular methods. Skills in microbial isolation, DNA extraction, PCR, gel electrophoresis, and experimental evaluation of biocontrol agents. Research interests lie at the intersection of molecular plant pathology, plant–pathogen interactions, and crop stress biology, particularly plant immune responses to fungal infection in heat stress conditions. Seeking opportunities to enhance research skills and contribute to resilient cropping and sustainable agriculture.
Undergraduate Research Project, Title: Management of root knot nematodes on soybean using Trichoderma harzianum., Isolated and cultured fungal biocontrol agents for experimental trials, Standardized spore suspensions for controlled application, Designed and conducted experiments assessing nematode suppression, Achieved 97.3% reduction of nematode egg count in plant roots, nematode reproductive index of 0.26, and 17.5% yield increase, Performed data analysis and interpretation of experimental results, Prepared comprehensive dissertation for academic evaluation
• Research-driven problem solver focused on plant disease challenges
• Strong analytical and laboratory skills in experimental research
• Highly motivated with a clear focus on agricultural innovation