MOHAMMAD SHAMIM

• Lead 5 field research and on-farm trials evaluating nutrient management, crop production practices, and agricultural products in grain crops.
• Provide technical agronomic support to soybean and canola growers across western Kentucky through field scouting, crop diagnostics, crop monitoring, and practical management recommendations.
• Conduct independent field assessments and on-farm visits across Kentucky to evaluate crop performance, identify production challenges, and support grower decision-making.
• Developed comprehensive training materials for growers, county agents, and crop consultants.
• Analyzed growers data to identify trends and anticipate customer needs.
• Created and managed project plans, timelines and budgets.

• Collaborated with 11 multidisciplinary team members to evaluate the effect of cover cover crops, nitrogen management, and other agronomic practices on growth, yield, and seed quality of soybean
• Designed and managed field experiments, including data collection, statistical analysis, and interpretation of agronomic results to support crop management decisions.
• Applied crop modeling and data-driven approaches to evaluate crop productivity and yield response under varying environmental conditions.

• Conducted research on soybean photosynthesis, genetics, and environmental responses
• Applied machine learning and spectroscopy to enhance predictive crop modeling accuracy
• Investigated rice grain quality using molecular and physiological approaches to identify key traits
• Collaborated with 2 interdisciplinary teams to advance research in crop physiology, plant genetics, and data-driven agricultural initiatives
• Assisted students with experimental design, data collection, and statistical analysis of research findings.

• Supported undergraduate instruction and 6 student research projects in agronomy and crop science.
• Assisted in developing curriculum materials to enhance student engagement and learning outcomes.
• Facilitated classroom discussions, promoting critical thinking and collaborative learning among students.

• Facilitated classroom management, maintaining an engaging and productive learning environment.
• Assisted in curriculum development and lesson planning for diverse student groups.
• Supported 9 students with academic challenges, providing individualized assistance and guidance.

Focus: Soybean Physiology and Genetics

• Used physiological and quantitative genetics to dissect the physiology and underlying genetic structure of Japanese soybean germplasm
• MEXT Scholarship Recipient
• Honoree of Cultural Ambassador To Kyoto City
• Dissertation: Physiological Analysis and Genetic Architecture of Photosynthetic Capacity in Japanese Soybean Germplasm

Focus: Crop Physiology and Agronomic Sciences

• Investigating the perspective use of wild-related germplasm in enhancing soybean photosynthesis and yield

• JICA Scholarship Recipient
• Study Abroad: Kyoto, Japan
• Thesis: Physiological Analysis of Leaf Photosynthetic Capacity in Progenies Derived from Glycine max and G. tomentella