- Provided Werum PAS-X MES expertise and support in implementing electronic batch records to clients including Johnson & Johnson.- Implemented 2 new product introductions (NPI) into MES by leveraging generic master batch records and templatized validation documentation.- Presented proof-of-concept and minimum viable product (MVP) demos to technical and non-technical clients to aid in requirements gathering and iterative development in an agile model.

Contracted to National Resilience, Inc. as MES Engineer December 2021-Present- Developed common object model using XML for systems integration between 3 digital systems including Laboratory Information Management System (LIMS), Manufacturing Execution System (MES), and BarTender print server.- Managed systems integration development and validation lifecycle for over 5 key system interfaces in the Dell Boomi platform. - Led integration strategy of leveraging web requests and RESTful interfaces to create and update objects within systems.- Developed 4 custom reports for MES manufacturing analytics and batch release. - Reports hosted on MES platform and driven through Oracle SQL queries.Contracted to Tmunity Therapeutics, Inc. as MES Engineer January 2021-December 2021- Designed and deployed over 100 objects, in adherence with S-88 standards, within POMS Manufacturing Execution System (MES) for T-Cell manufacturing processes.- Programmed and validated console application (C#, Selenium WebDriver) for automated workflow testing in POMS MES. - Decreased required validation tester resources and timeline by over 50% via automated testing.- Drafted test protocol templates and executed/reviewed over 700 IT-CSV test protocols for validation of MES T-Cell manufacturing process.

- Emphasized collaborative group learning and problem solving for 70 students in fluid dynamics & momentum transfer.- Utilized process simulation software to model complex fluid processes.

MECOP Intern- Designed experiments for continuous improvement of Plasma Enhanced Chemical Vapor Deposition (PECVD) techniques for 3 semiconductor thin films on 4 process tools.- Accelerated 300mm thin film wafer manufacturing cycle time by 10% using statistical tools.-Troubleshooted process and metrology equipment during development of data library for 8 key process deliverables.

- Decreased gas chromatography run time by 20% for essential oils through creative problem solving.- Completed technical report & presentation on statistical data analysis of 4 process parameters.