I am responsible for all laboratory operations at the Company including chemical process and method development, analytical techniques/design of experiment, bench-scale and pilot plant demonstration activities.

• Coordinated a high-complexity virology lab setup for CAP inspection. Implemented SOPs and executed proficiency tests to ensure verification and validation of laboratory performance. • Led performance evaluation studies for IVD devices. • Navigated FDA application processes, including EUA and 510(k).• Excelled in medical writing and communication, headed validation services and quality assurance aligning with GMP & GLP, ensuring strict adherence to best practices in quality assurance and control.• Represented business development at AACC conference, 2023.

• In-depth understanding of rheological principles: Developed a strong foundation in rheology concepts, including viscoelasticity, shear stress, shear rate, and dynamic modulus, and applied these principles to study the flow behavior of complex fluids, such as polymers, colloids, suspensions, emulsions, and gels.• Rheological characterization techniques: Gained hands-on experience using advanced rheological equipment, including rotational and oscillatory rheometers, capillary rheometers, and extensional rheometers, as well as related techniques like microscopy.• Experimental design and optimization: Designed and optimized rheological experiments to investigate the effects of variables such as temperature, concentration, and shear rate on material behavior, contributing to a better understanding of material properties and their applications.• Sample preparation and handling: Prepared and characterized a variety of materials with tailored rheological properties, including hydrogels, suspensions and polymer solutions, for diverse applications in areas such as drug delivery, organic solar cells, and material science.• Data analysis and modeling: Skilled in analyzing rheological data, including flow curves, frequency sweeps, and stress relaxation tests, and fitting experimental results to established rheological models, using MATLAB, to better understand and predict the rheological behavior.• Multidisciplinary research: Collaborated with researchers from various disciplines, such as chemistry, biology, and mechanical engineering, to integrate rheological findings with other material properties and develop innovative materials with enhanced performance.• Scientific communication: Documented research findings in the form of technical reports, peer-reviewed journals, and conference presentations, and conference presentations.• Mentorship and teaching: Served as a mentor and teaching assistant for undergraduate and graduate students.

• Analyzing raw materials: Performed tests and analyses on the raw materials, such as vitamins, minerals, proteins, sweeteners and flavorings to ensure their quality, safety, and compliance with industry standards and regulations. • Documenting quality assurance activities: Maintained detailed records of raw material handling, labeling, storage, and processing, quality control procedures, and supplier evaluations to demonstrate compliance with regulatory requirements and supported internal audits. • Maintaining laboratory equipment: Ensured proper maintenance and calibration of laboratory equipment to maintain accurate and reliable test results, also took charge for cleaning and maintaining lab equipment, maintaining equipment records and daily work logs.

• Explored ways to adjust aluminum combustion dynamics by modifying its surface and structure to achieve the predicted thermodynamical benefits.• Cryo-milled aluminum with cyclooctane.• By reacting with gaseous hydrogen fluoride, replaced the normal aluminum oxide coating on the surface of the aluminum powder with a fluoride. • The powders were characterized using SEM, LALLS, CVE combustion test, TGA and wire ignition.

• Prepared a new catalyst for Fischer-Tropsch Synthesis, which applied cobalt-based catalyst on high-surface-area binder/supports• Assisted scientists in various types of product evaluations such as product preparation, performance studies, measuring physical properties of products, and stability testing• Weighed ingredients, record observations, and informs supervisor of results • Utilized chromatographic testing to analyze the composition, thus evaluated the effectiveness of the catalyst• Ensured cleanliness and proper working order of all equipment used to conduct laboratory analysis