• Spearheaded the implementation, training, and troubleshooting of Epic's Anesthesia and Perfusion software for eight hospital networks, collaborating with over 40 analysts to optimize Epic's solutions for their specific needs• Utilized Epic-developed and SQL-based tools to generate diverse reports based on patient data, catering to both clinical and operational requirements• Functioned as a vital link between Epic and customer sites during seven domestic and two international 'go-live' events, providing end-user training and facilitating communication• Member of the Perfusion Experts Group, aligning Epic’s Perfusion development with clinical workflows and educating fellow Technical Solutions Representatives on Perfusion functionality within Epic• Demonstrated effective communication skills while collaborating with sales teams to ensure customer success and develop lasting client relationships• Maintained a focus on continuous learning, staying abreast of the latest Epic functionality to ensure my customers were implementing any new features that aligned with their clinical workflows• Implemented and maintained HL7 integrations and RESTful APIs for a variety of customer applications

• Responsible for all actions associated with engineering changes to ensure feasibility, resulting in turning 4 out of 5 red items green over the course of my internship.• Transferred a current stamped part from internal FCA supply to an external supplier. Organized the surface and dimensional buyoffs for the part, conducted a successful PDR, and PPAPed the part.• Assisted in the sourcing process for a future vehicle program by leading a recurring cross functional meeting with three internal departments and the supplier to plan the successful launch of the part, using historical challenges as a guide.• Created excel VBA scripts that sorted through over 8,000 parts to identify incorrect PO’s for two future programs.

• Created seven testing standards that outline testing procedures for bolted joint analysis presently used throughout Magna Exteriors.• Defined and ran four different stress tests to validate the testing procedures outlined in the standards I created and provide empirical data to support the new testing standards.• Designed a validation laboratory for joint integrity at Magna Exterior's Troy office, including the sourcing and procurement of all required equipment.

• Designed and ran validation testing for composite liftgate program, interpreting test specifications and critiqued test setups to ensure tests yielded valid results.• Completed test reports for each of 22 test runs, compiled results, and reported out findings to the customer on a weekly basis. Assembled and presented conclusions from overall testing.• Placed second in Magna’s Intern Innovation Challenge. The challenge consisted of developing and presenting my original idea of pedestrian collision avoidance for ADAS systems to a panel of 5 judges from the executive team.

• Performed laboratory activities relating to design evaluations and failure analysis for all joining systems• Participated in technical sales meetings, facility tours, a technical conference, and a trade show for fastener systems.

• Performed laboratory activities relating to design evaluations and failure analysis for all joining systems• Attended technical sales meetings and facility tours to facilitate the sales and implementation of fastener systems.