- Lead the frontend development of an application featuring on-device generative AI on the new Spadragon X Elite CPU platform. https://www.youtube.com/watch?v=dJcSaEbzQN0&t=2928s- Leading the development of Qualcomm UI: a production-ready Angular and React component library. Styles and functionality are unified through a thin cross-framework JS layer. Currently at 30,000+ internal downloads throughout the organization.- Frontend Architect for SAGA tools: guiding many projects throughout the section while unifying our frontend tooling.- Built scalable CI/CD workflows using on-prem Kubernetes, NodeJS, and GitHub Actions.

- Lead the development of applications to provide employees and customers access to integral data, based on TypeScript, React, and Node. - Used TypeScript, React, and MUI v5 to implement a reusable component library featuring the Qualcomm brand. - Created an internal build and deploy pipeline which generates production-ready dependencies in CJS and ESM formats for any TypeScript source. - Used TypeScript, React, and NextJS to create an internal website for displaying product entitlement information for internal products and product-related assets. - TypeScript, Modern ES6 syntax with Hooks and RTK. - Data fetching and response caching via react-query. - Redux for global state. - Reducers for local state (defined using RTK for consistency). - Scalable TypeScript backend built and organized with NestJS, Slonik, and PostgresQL. - Microservice architecture, organized by business area (users, orgs, products, product-assets, etc…). - Authentication based on Azure; authorization through defined app roles. - All Postgres queries are performed via SQL template literals with properly-escaped arguments. No ORMs here. - The backend is hosted as a single serverless function which launches the compiled NestJS application. Requests are routed to the appropriate microservice using the serverless-express package. With function warmers firing every 5 minutes to circumvent cold starts, it’s surprisingly fast and efficient. - Maintaining ~20 database tables which contain customer information, app settings, and app analytics.

Used React and GraphQL to implement and streamline Qualcomm's product-centric website.• Restructured and reorganized the entire front-end codebase from the ground up. • Refactored the entire site's styles by removing one-off CSS in favor of a universal CSS framework (styled-components + styled-system). • Created clear, documented standards for component creation and maintenance. • Standardized the site's numerous search interfaces by designing and implementing a reusable and extensible filter/url management system.• Overhauled integration testing efforts with playwright.dev.• Rearchitected the global redux store, resulting in a more organized and maintainable solution.

• Contributed to the development of Qualcomm.com using React and GraphQL.• Led the development of the Global Search feature by organizing and implementing the core functionality alongside other team members. Worked directly with the client to integrate external APIs. Feature is live on https://www.qualcomm.com/search• Used Cypress to implement an integration testing infrastructure with an approach tailored to the website’s Drupal CMS. Tests are dynamically generated on a per-page basis.

Developed the core web service from null to production in less than one year. • Gatsby.js Frontend.• Serverless NodeJS w/ heavy AWS investment: Cognito (user management), CloudFront (CDN), CloudFormation (deployments), CloudWatch (logging), DynamoDB (realtime user and app databases), ElasticSearch (user/skill search), and more! The list never ends when AWS is your infrastructure.• Worked directly with the business owner to implement the service based on XD specs and business requirements.• Designed and implemented a re-usable CSS + variants system based on styled-system and styled-components.• Created a CI pipeline for backend and frontend deployments using Github Actions and AWS.• Implemented integration testing using playwright.dev.• Created a real-time state management solution for the livestream and one-on-one services using websockets and DynamoDB.

Co-founder of a healthcare startup.Led a small team through the development of the company's core service. Built a scalable web service from the ground-up, including:• Serverless backend based on NodeJS, Serverless, AWS Lambda, Cognito.• ReactJS frontend, hosted on S3 and deployed through CloudFront.• Curated ICD-10-CM data, parsed and marshaled into an Elasticsearch deployment.

• Developed a YAML metadata parser in Scala for interactions with dependent systems.• Created a database model and Slick API for metadata.• Developed a ReactJS frontend for rendering Mapbox data.

• Systems Administrator: manager of the company's AWS cloud infrastructure, individual workstations, and network security. Supported legacy applications while developing for their replacement.• AWS: facilitated a complete restructuring of the company's tech stack, consolidating all servers and moving everything to the cloud. Very experienced with: EC2 Instances, S3/Glacier storage, Lambdas, backups, AMIs, and the AWS CLI. • Web development: developed an internal provider management tool based on Angular and Java. • Java and .NET: utilized a variety of APIs to process and organize critical data, automate tasks, and simplify operations (Springboot, Amazon AWS SDK, Angular, .NET IWshRuntimeLibrary and Shell32). • EDI/X12 Medical Claims: designed and developed a Java-based, NiFi-compatible X12/EDI claims parser that both validates and audits entire envelopes. Advanced knowledge of the X12 claims format, specifically 837P and 837I electronic claims.• Agile developer.

- Utilized various APIs to create customized programs in Java to simplify the medical practice’s report generation. - Programs utilize a combination of user input, graphical user interfaces, error checking, PDF parsing, and MS Word document processing to generate completed patient reports.- Programs have generated the practice further revenue, as time spent on each report has been minimized.