Ph.D. Research Advisor: Prof. Nathan S. Mosier Accomplishments: • Produced detailed insight into the decay of hydrolytic and per-hydrolytic activities of immobilized CALB on the epoxidation of novel varieties of soybean oil in batch conditions using the chemical characterization of oils and GC-FID (2018 - 2020) • Executed kinetic studies to elucidate the effect of the chemical composition of oil and the effectiveness of batch epoxidation using CALB using GC-FID (2020 - 2021) • Provided insight on the optimum epoxy ring opening conditions using acid-catalyzed processes for the synthesis of polyols from secondary alcohols and free fatty acids using Differential scanning calorimetry and HTGC-FID (2021 - 2022) • Evaluated the characteristics of estolides after self-polymerization of soybean polyols on aqueous acid conditions utilizing chemical characterization of functional groups and thermomechanical characteristics and viscosity index. (2022 - Today)

• Managed and compiled the regulatory dossier for 10+ chemical and biological products, ensuring timely submissions in USA and LATAM.• Prepared periodical comparative reports on the potential technology competitors and opportunities for biological and biochemical plant stimulants.• Provided assistance and support to 50+ sales representatives, product formulation managers, and the marketing department as labeling liaison of fertilizers and plant stimulant products in 5+ countries.• Overseeing and coordinating of the technology transfer team for a biochemical, organic pesticide.• Provide assistance to the legal, sales, and R&D departments regarding patent applications and product regulation status.

-Development of a scheme that allows a correct monitoring the current state of preventive maintenance protocols for laboratories of physicochemical and microbiological quality with warnings in conjunction with the MP2 enterprise asset management system

- Support for the preparation of material needed for bacterial cytotoxicity testing upon contact with nanoparticles.- Perform quantitative microbiological analysis by plate count and fluorescence microscopy.- Support in the elaboration of a bacterial strain collection from strtains isolated of industrial soils.