• Improved an android app's performance by 2400% by reducing the rendering time from 600 ms to 25 ms.

• Redesigned, prototyped, and implemented the UI of a narrative-based native android fitness app.

• Integrated Google Fit API and designed a Firebase database to facilitate seamless collection of health data.

• Upgraded 76 deprecated Java dependencies to provide consistent concurrency and CRUD operations.

• Executed the first successful teleoperation test of autonomous vehicles and filed for 2 patents (pending).

• Devised a projected motion path estimation algorithm utilizing the Ackermann steering model.

• Implemented a path overlay drawing algorithm utilizing camera transformation of 3D world coordinates.

• Developed an end-to-end pipeline and REST API endpoints to visualize real-time traffic simulation data.

• Designed and developed a UI for the teleoperation web application to improve user experience metrics.

Served as the teaching assistant for CS 295 (Software Engineering) course.

• Built embedded systems utilizing Raspberry Pi, microcontrollers, and sensors to respond to human

interactions, record weather data, and wirelessly communicate with the server and the database.

• Devised a communication system utilizing I2C and HTTP protocols capable of transmitting 3000 datapoints/second from each sensor to the backend in real-time with minimal loss of significance and 400 ms latency.

• Developed a MySQL database, a Node.js server, and a web interface for real-time interaction visualization.