• Built out data infrastructure supporting end-user workflows, 3rd party integrations, and analytics needs using PySpark and Palantir Foundry for distributed computing and storage systems• Automated the ingestion of new healthcare data (HIE, ADT feeds) via APIs, SFTPs, and webhooks using Foundry ETL scheduling to enhance the quality of information available to clinics• Engineered a predictive diagnostic pipeline integrating data feeds and vendor algorithms using AWS SAM, Lambdas, S3, and API Gateway to improve Medicare quality measures scores• Scoped and implemented Azure AI OCR tool to assist with parsing patient EMRs to reduce time taken by clinical care and population health teams to find historical diagnoses• Collaborated with data team to architect organizational ontology/data model

• Developed AWS Lambdas using Serverless and internal APIs to ingest data into data warehouses (DocDB via Pymongo, Snowflake via SnowConn) used for customer-facing UI and analytics• Securely ingested PII data into archival data lakes (S3 buckets) via SFTP connection using pysftp• Iteratively built an EDI parser by translating healthcare rules from implementation guides into internal Python libraries later packaged as an internal API • Utilized BeautifulSoup library and CRON triggers to periodically update database on medical codesets to keep the company’s medical claim parser up to date with healthcare standards• Updated data model defined via Protobuf files according to new business requirements

• Developed GUI testing frameworks in TestComplete using Python and Javascript for several features of Codeware's Inspect software • Upgraded existing testing scripts to work with Inspect software updates• Developed the frontend for a Django web application using Bootstrap 3 to facilitate the analysis of the QA team's nightly automated testing runs• Collaborated with software developers to correct bugs and improve user experience through intuitive design• Verified that pressure vessel and heat exchanger calculations were performed and reported according to ASME Section VIII Division 1 and Division 2• Composed feature write ups to be published to Codeware's online customer support page

• Worked with technicians to develop an understanding of CMP (chemical mechanical polishing) tools to better identify potential improvement areas• Tested and analyzed process machinery to troubleshoot and repair malfunctioning equipment • Completed preventative maintenance tasks to optimize performance life

• Upgraded the design features for a biaxial heart tissue testing system for the purpose of improving surgical repair methods of the mitral valve• Machined parts to correct or improve existing assembly• Researched load cells and load cell interfaces to use in uniaxial tissue testing system• Minimized redesign changes using SolidWorks to incorporate load cells and hardware

• Fabricated a low cost semi-passive gait rehabilitation robot with considerations for smooth motion, comfort, and size for post stroke and post spinal cord injury patients• Created a crankshaft mechanism using SolidWorks and engineered solutions to fit the robot• Analyzed input/output robot velocity using MatLab’s position differentiation capabilities

• Worked in a team of reliability, maintenance, and rotating equipment engineers to develop and perform an Equipment Maintenance Strategy (EMS) and a Failure Modes and Effects Analysis (FMEA) on an air compressor• Identified problems in the materials expediting process and led meetings to track current data and drive costs down, saving the company approximately $16,000• Subsequently coordinated with several maintenance plant leaders to expand the materials expediting project site wide and decrease costs in each area• Improved the efficiency of gauze changes to reduce process down time by creating a formalized gauze change plan developed from previously documented plans on SAP and time trends on IP21• Assisted with daily field work, including inspection of fixed equipment such as tanks, pipes, site glasses, gaskets, and flanges • Collaborated with reliability engineering team to develop a maintenance presentation for the operations department analyzing metrics including asset mechanical reliability (AMR), need date compliance, overtime hours, and work order count by priority