• Refactored Redux Toolkit implementation to utilize type safe hooks and eliminate deprecated methods to provide a centralized state management system that consistently provides accurate state to all functional components within the application.• Implemented TypeScript coverage to ensure fully typed functional components improving bug prevention while maintaining a more navigable codebase when passing state and functionality through our components.• Created a new React component that allows end users to upload binary files during their server testing processes allowing users to test backend capabilities for multiple file types and sizes without needing a working frontend to produce the request.• Utilized Jest/Mocha/Chai/Playwright to repair existing testing and increase overall testing coverage, to above 60%, allowing for a more reliable user experience while improving future development processes through both unit and end to end testing.• Modified existing styling in both Bulma and Material-UI to implement Dark Mode and improve consistency throughout the application allowing for a more seamless visual workflow.• Improved development process through JIRA and Github integration to allow for automated ticket tracking and updates through Github monitoring of commits improving the teams knowledge of progress while reducing individual tracking requirements.• Product developed under tech accelerator OS Labs (opensourcelabs.io)

• Created and peer reviewed technical documentation for hardware assembly, installation, and maintenance to provide effective and complete references to internal and external clients to increase safety and quality control.• Provided real-time support for worldwide operations through an internal ticketing software with over 600 requests per year while categorizing and maintaining search criteria for future referencing to ensure consistency between clients and locations.

• Lead an Agile for Mechanical Hardware group that utilized sprints to expedite the delivery of IOT electro-mechanical solutions through Minimum Viable Products which led to updated product requirements and reduced delivery time by 80%.• Used Creo/AutoCAD/SolidWorks to produce technical drawings for manufacturing and 3D rendering of components for production reference as well as VR/AR displays for lifesize interactive demonstrations during internal reviews and sales/client presentations.