Siri Thapaya

Led the development of a forest monitoring and geospatial information platform using satellite technology and predictive analytics. Oversaw the creation of a PWA for community engagement and enhanced a cryptocurrency trading platform for carbon credits.

Led backend microservices development for OpenAPI Paotang, utilizing Golang and PostgreSQL. Collaborated with frontend teams to integrate Next.js and React, employing Argo CD for CI/CD.

Developed a microservice for Open Banking Debt Acquisition, utilizing Node.js and PostgreSQL on AWS. Collaborated on frontend development with Next.js and conducted performance testing.

Restructured and developed OBIS and IBIS systems from monolithic to microservices architecture using Golang and PostgreSQL. Developed frontend with Angular.

Developed a comprehensive queuing system for various devices, utilizing Node.js and PostgreSQL. Managed deployment with PM2 and developed frontend with Angular.

Maintained Mitsubishi car production software and led the development of a face recognition timestamp system using C# and OpenCV.

Led AGV projects for warehouse operations, programming controllers in C and developing UI with VB.NET and C#. Collaborated with clients for system design.

Developed monitoring systems for PLC and SCADA, and created data logging systems for irrigation. Utilized React.js and Node-RED for frontend and backend development.

Developed a system for detecting and separating medical tools using Python and OpenCV, generating detailed reports in PDF and Excel formats.

Developed a Python application for detecting cracks in carbon fiber and taught microcontroller programming courses.

Performed repair and maintenance of PLCs and microcontrollers in a factory setting using C programming.

Grade: 3.88

Completed a Master's Degree in Engineering Technology with a focus on designing and implementing a bi-directional converter for driving a BLDC motor. Achieved a GPA of 3.88.

Grade: 2.53

Earned a Bachelor's Degree in Electrical Engineering, focusing on the design and implementation of a microcontroller system to control a programmable 5-axis industrial robot arm. Graduated with a GPA of 2.53.