-Managed a laboratory study from beginning to end to characterize the corrosion of ferrous alloys in pyrolysis oil-Authored a public technical report with results and analysis of the pyrolysis oil project-Coauthored a journal paper analyzing the viability of pine-derived bio-oil as an alternative fuel source and it’s effect on traditional metal alloys

-Developed a data mining script to parse through FDA MAUDE reports to identify medical device failure modes and causes-Designed a protocol to evaluate the effectiveness of heel offloading boots in preventing pressure ulcers in patients with foot drop-Performed data analysis for hospitals regarding inventory levels of medical products based on usage data in order to save money -Wrote Product Performance History sections of Clinical Evaluation Reports for various medical devices-Evaluated internal complaints to determine the root cause and the appropriate corrective actions-Assessed product failure modes and causes, as well as their severity and potential consequences to the user or patient in order to generate FMEA reports for various medical devices

-Worked with a team of people in the Laboratory Protection Division that specializes in the procurement, export, storage, and disposition of nuclear materials on site. -Transferred physical documents to an electronic database to reduce search times for documents by 50% by making each individual page searchable online. -Addressed common problems and mistakes made in security and safeguards procedures by creating training modules tailored to the mistakes to create a more secure laboratory.

-Worked with student-athletes to help them succeed in the classroom by teaching them better study skills, as well as providing a personal resource to help athletes comprehend classroom materials. -Help improve student-athlete retention and continue to drive student-athlete academic metrics in a positive direction.