Jay Johnstone Email & Phone Number

• Coordinate and lead QA efforts related to operational changes.
• Develop and document unit test cases to validate software and configuration changes.
• Execute, test and document results of QA efforts.
• Ensure that appropriate and sufficient test result artifacts and related collateral (such as sample testmessages) are collected and representative of the scenario under test.
• Perform customer onboarding, including testing customers’ ability to initiate and respond to othereHealth Exchange customers.
• Analyze message data format issues and any interface failures between systems, and work withboth customers and the internal operational support team to resolve.

• Industry Engagement
• Worked in multiple industry initiatives, including HL7 FHIR, Da Vinci, X12, and WEDI
• Led Cigna’s engagement in the HL7 Da Vinci industry workgroup, aligning Cigna business priorities with our participation in various Da Vinci use case workgroups and events
• Co-chair of the newly formed Uniform Structure and Coding of Elements for Prior Authorization workgroup formed to reduce provider burden for prior authorizations
• Presented educational sessions internally to inform coworkers and leadership about ongoing initiatives, Cigna participation, and the industry landscape to build interest and organizational buy-in
• Attended various industry events, including HL7 and Da Vinci FHIR connectathons, WEDI conferences, and X12 standing meetings

Verona, Wisconsin

Technical Support- Primary support for 12 different healthcare systems on Epic’s interoperability platform, Care Everywhere.- Managed the implementation of Care Everywhere at Eskenazi Health (IN) and Riverside Health System (VA).- Led the full version upgrade of Leon Medical Center’s (FL) instance of Epic.- Coordinated with Kaiser Permanente’s national.

• Working independently in a lab setting to continue the research started in theSummer with Graphene Oxide smart sensors
• Exploring the effects of differing pH on the adsorption of target molecules toGraphene Oxide in solution and on films to develop a more versatile sensor
• Gaining knowledge and comfort working with lab equipment and techniques
• Working to publish a paper of my research

University Of Notre Dame

• Studied the adsorption trends of target molecules to Graphene Oxide for the creation of smart sensors on military uniforms
• Tested short and long-term trends using film and solution based experiments
• Worked both individually and with a partner to achieve goals in lab setting
• Gained experience working with various lab equipment and techniques
• Presented poster of my research at Summer Undergraduate Research Symposium

Bachelor Of Science (Bs), Chemical Engineering

Activities and Societies: Band of the Fighting Irish Glee Club

Education record