• Improved an existing Affluence Scoring Model with socioeconomic and demographic insights to get the location affluence, achieving an 85% reduction in costs and higher predictive accuracy.• Developed an ML-based model to aid insurance underwriting decisions, improving efficiency and risk assessment.• Researched and implemented model explainability techniques to enhance user understanding of model decisions.• Actively involved in talent acquisition and refining interview… Show more • Improved an existing Affluence Scoring Model with socioeconomic and demographic insights to get the location affluence, achieving an 85% reduction in costs and higher predictive accuracy.• Developed an ML-based model to aid insurance underwriting decisions, improving efficiency and risk assessment.• Researched and implemented model explainability techniques to enhance user understanding of model decisions.• Actively involved in talent acquisition and refining interview processes• Coordination with Product team and outsourcing management.• Projects: • Affluence Score Model for location affluency • Insurance Automation for underwriting decisions. • Model Explainability Show less

• Implemented MGOT testing in Seed QC reducing 85% time for seed lot testing and early market availability.• Developed Python program automating report generation for the seed quality department, reducing data analysis and processing time by 95%.• Translated technical information into actionable recommendations for stakeholders.• Coordinated cross-functional teams and effectively communicated with stakeholders.• Planned and executed biotechnology projects supporting Plant… Show more • Implemented MGOT testing in Seed QC reducing 85% time for seed lot testing and early market availability.• Developed Python program automating report generation for the seed quality department, reducing data analysis and processing time by 95%.• Translated technical information into actionable recommendations for stakeholders.• Coordinated cross-functional teams and effectively communicated with stakeholders.• Planned and executed biotechnology projects supporting Plant Breeding Research and QC dept.• Digitized data collection, reducing processing time by 30-80% and Providing training to end-users.• Solid understanding of plant breeding principles, genomic analysis, and quality control processes.• Proficient in bioinformatic data analysis, utilizing statistical and visualization techniques for insightful data interpretation. • Projects: • Developed a SNP-based MGOT panel for corn, sorghum, and pearl millet seed QC using GBS data. • Automated SNP Data Analysis and Report generation for MGOT testing for Seed QC. • Automation and Digitization of data collection processes in Agricultural practices and Phenotyping. Show less

• Association analysis, Genetic Characterization, Genetic Diversity & DNA Fingerprinting Analysis.• Use of Python, ML, R, and Bioinformatic programs for data analysis.• Predicting Crop Traits• Worked on SNP, GBS (Genotyping-By-Sequencing) data, and Biological databases.• Experienced working in Controlled Environments like plant growth chambers and Glass Houses, activities with plant management practices with crossing and selfing, and data collection.• Exposure to field… Show more • Association analysis, Genetic Characterization, Genetic Diversity & DNA Fingerprinting Analysis.• Use of Python, ML, R, and Bioinformatic programs for data analysis.• Predicting Crop Traits• Worked on SNP, GBS (Genotyping-By-Sequencing) data, and Biological databases.• Experienced working in Controlled Environments like plant growth chambers and Glass Houses, activities with plant management practices with crossing and selfing, and data collection.• Exposure to field breeding activities with field management practices and Phenotypic data collection.• Coordination with research partners and outsourcing management. Show less

• Implemented Nautilus LIMS™ (Thermo Scientific) with LIMS developer to effectively manage processes and data.• Prepared SOPs for recording lab processes and LIMBS data entry.• Bioinformatics data analysis.• Managed and conducted Bio-technological and Microbiological experiments to support Molecular Breeding.• Projects: Conversion of trait-specific SSR markers to SNP markers, Marker-assisted selection (MAS), and Genetic diversity analysis.• Technologies Used: SNP (Fluidigm… Show more • Implemented Nautilus LIMS™ (Thermo Scientific) with LIMS developer to effectively manage processes and data.• Prepared SOPs for recording lab processes and LIMBS data entry.• Bioinformatics data analysis.• Managed and conducted Bio-technological and Microbiological experiments to support Molecular Breeding.• Projects: Conversion of trait-specific SSR markers to SNP markers, Marker-assisted selection (MAS), and Genetic diversity analysis.• Technologies Used: SNP (Fluidigm and KASPar), Cloning and transformation, Gene libraries construction, Microbiology.• Instrumentation handling: TECAN EVOware™, Fluidigm EP1™ System, ABI- 3730xl DNA Analyzer, PCR, Q-PCR. Show less

• Project: Prospecting of Genes for Oil Biosynthesis and Storage in Jatropha curcas L. (Funded By: DBT).• Generated EST data by screening a seed-specific cDNA library of J. curcas L.• Submitted a total of 704 EST sequences to the dbEST database of NCBI, contributing valuable genetic information for Jatropha and related plant studies.• Conducted marker development [EST-SSRs] to select high oil-yielding clones of J. curcas.• Comparative and Phylogenetic studies of Jatropha curcas.