Bioconversion Research: Conducted research and experimentation focused on converting sugars into valuable bioproducts using innovative biotechnological approaches. Led mutagenesis projects utilizing UV irradiation to engineer microbial strains with enhanced sugar conversion capabilities.Fermentation Optimization: Prepared fermentation samples and performed High-Performance Liquid Chromatography (HPLC) analysis to monitor product yields and optimize process parameters. Contributed to the development of efficient fermentation protocols for maximizing product output.Analytical Techniques: Proficiently utilized molecular biology techniques such as PCR, gel electrophoresis, and SDS-PAGE for genetic manipulation and analysis of microbial strains. Conducted basic analytical tests including sugar analysis via HPLC and Optical Density (OD) measurements to assess microbial growth and product formation.Laboratory Management: Demonstrated expertise in maintaining sterile laboratory conditions through filter-sterilization of media and meticulous attention to cleanliness and safety protocols. Ensured the integrity of experimental procedures and the reliability of data generated.Achievements:Led successful mutagenesis projects resulting in the development of novel microbial strains with improved sugar conversion capabilities, contributing to enhanced product yields and process efficiency.Played a key role in preparing fermentation samples and conducting HPLC analysis, delivering accurate data crucial for process optimization and quality control.Contributed to the optimization of bioprocesses for the generation of value-added products, demonstrating a commitment to sustainable biomanufacturing practices and environmental stewardship.