• Focused on screening, fill-finish and packaging of liquid formulations to support preclinical phase of investigational vaccine candidate.• Provided analytical support for preclinical studies through characterization of vaccine stability samples via bio-layer interferometry (BLI) in-vitro potency, dynamic light scattering (DLS), dynamic fluid imaging, spectrophotometry, SDS-PAGE, western blot and SEC/RP-HPLC.• Analyzed and presented results of development studies and wrote development reports.• Designed and performed small scale fill-finishes for independent studies investigating feasibility of routine test methods as a stability indicating application for vaccine formulation under forced degradation conditions.

• Program automated liquid handling platforms to standardize assay procedures for consistent and reliable data quality. • Responsible for performing high throughput enzyme screenings and enzyme activity characterization assays and assessing trends in data to confer findings with team.• Evaluate product application of enzymes through qualitative determination of performance. • Maintain detailed records of experimental data to multiple projects in digital and hardcopy laboratory notebooks• Contribute and provide input into the experimental design of projects purposed to address and mitigate variation in assay performance.

• Optimized assay performance by improving reagent formulation for antibody/protein stability. • Critically analyzed compiled data results from experimental assay runs and extrapolated best fit conditions to incorporate into further testing applications. • Formatted and presented data findings on a weekly basis internally among product development team to update progress on immunoassay manufacturing processes and related operations. • Spectrophotometrically determined concentrations of antibody stock solutions for accurate computational use in conjugation procedures.• Performed conjugation of antibodies to enhance target detection and increase sensitivity of ELISA assay.• Characterized various proteins and antibodies in biological solutions with HPLC and SDS-PAGE methods and techniques.

• Performed ELISA and ECL assays according to established GLP guidelines.• Prepared project specific reagents for various assays and confirmed accuracy of results to previous testing through comparative analysis. • Aided in troubleshooting of various projects by directly participating in and discussing project results with science director and/or supervisor.• Assisted in scheduling multiple project assays per week according to level of priority and availability of supplies with minimal supervision. • Revived previously discontinued projects by tracking reagent inventory and placing purchase orders for expired/depleted reagents. • Participated in development and validation of assays to ensure clarity in written procedures and consistency in performance across consecutive test runs.

• Directly participated in antigen solution preparation for machine dispense of ELISA plates.• Prioritized multiple tasks simultaneously to meet or exceed department deadlines.• Reviewed and verified proper completion of ELISA plate manufacturing records during and after performed, accompanied tasks. • Functioned as designated operator of evaluation plates designed to improve efficiency in manufacturing processes, and directly reported and discussed results with department supervisor. • Provided immediate solutions to issues encountered during routine operations that prevented loss of production time and company resources.

• Routinely tested patient derived samples for autoimmune deficiencies using state-of-the-art laboratory equipment integrated to determine a variety of assays ranging from stained slides to ELISAs.• Assisted in developing and releasing ECO documents to designate evaluation standards of assembled kit products.• Utilized SAP system software to maintain up-to-date training records, reference documented material for performance guidelines, and order components for in-house testing. • Determined and remedied performance issues by practicing and improving efficiency in laboratory techniques.• Detected errors in documented material prepared for product release and alerted responsible authorities to initiate corrective measures. • Ensured company products strictly abided to required standards through inspection of in-process materials and finished products.

• Coordinated research topics and ideas with research professor to develop an independent study that investigated dynamic properties and implications of cold-tolerance in Drosophila melanogaster. • Gained familiarity with multiple past studies investigating similar aspects of cold-tolerance in Drosophila melanogaster and a variety of other related species of insects, critiqued and derived probable techniques from these studies, and synthesized novel approaches to examine cold-tolerance from gathered information. • Appointed responsibility of developing and performing a majority of all methodology used during experimentation. • Performed biochemical assays involving the use of reagent solution preparation, tissue homogenization, mixture separation by centrifugation, and spectrophotometry to measure tocopherol and protein concentration in flies.• Responsible for creating and managing work schedules of laboratory assistants based on willingness and availability of each individual.• Prepared laboratory assistants to follow and perform procedures according to self-regulated guidelines and expectations. • Gave constructive feedback on improving efficiency of laboratory assistants by suggesting appropriate corrective actions when necessary.

As a chemistry tutor I assisted students on understanding concepts and principles in a wide variety of chemistry courses. In addition, I assessed student performance and adapted tutoring methods according to the learning requirements of students.

For this tutoring position I covered multiple courses in biology and chemistry, varying from introductory to higher-level subjects with specific focus. I also strived to provide an effective learning environment for students by distributing course-specific resources and materials. In the process I evaluated underlying problems with students’ study habits and offered suggestions to mitigate concerns in a plausible conduct.