• Developed serverless pipeline to streamline 1K+ Whole Slide Microscopy images into medical industry standard (DICOM) and feed images to 3rd party viewer (Python, Docker, AWS, S3, Lambda), reducing research and anomaly detection time for Pathologists and R&D staff by 50%

• Created inhouse DICOM viewer and built PACS server microservice for Pathologists to identify cell abnormalities (TypeScript, React, Vite, Tailwind, OAuth, ECS), saving $100K+ annually on enterprise software and licensing cost

• Implemented and built 3 CI/CD pipelines with integration testing (GitHub Actions, Terraform, AWS SNS, SQS, S3 Pytest), decreasing project management time between Developers, PMs by 30% and reducing faulty deployments

• Developed robust web app for veterinary surgeons (TypeScript, JavaScript, Redux, Firebase, Express, Node.js, AWS EC2, S3, Cognito, Amplify, API), streamlining surgical procedures by 70% and digitizing planning processes

• Built new features, upgraded backend infrastructure, increasing scalability to handle user growth by 300%

• Integrated with medical industry standard DICOM & PACS, enabling data transfer with existing radiography hardware

• Created serverless admin panels (TypeScript, React, Node.js, Jest, AWS Lambda) to allow proprietary template uploads enabling the business to acquire & onboard 50+ enterprise customers seamlessly, boosting revenue by 50%

• Established CI/CD workflow for the team (5 developers) for 8 ecommerce stores, collaborated testing processes between teams, increasing efficiency by 25% and enabling rapid releases (Stencil CLI, GitHub Actions, Docker

• 17th Employee at the BioMedtrix which got acquired by Movora

Developed a RESTful full stack single-page application utilising JavaScript, Python, and ReactJS. Clients could customize and order their own burgers, while Django served as the backend with an ORM. Implemented testing with jest and enzyme.

Integrated Redux for centralized store management, resulting in cleaner code. Additionally, implemented asynchronous programming techniques, improving application efficiency by 25%.