Projects
Selected work in hardware, software, and mechatronics
Software
Founder, Vayu
Building an operating system for autonomous AI agents that treats agents as kernel-level primitives with built‑in safety, compliance, and reliability. It features capability‑based security, goal‑aware scheduling, and cryptographically verified audit systems for mission‑critical AI infrastructure
Founder & President, OCRadar
AI-powered mobile platform for early oral cancer detection, combining computer vision with cross-platform development to drive global health impact.
FRC Robotics, Software Lead
Led systems engineering and control software for competition robots, integrating advanced algorithms, CAD, electronics, and autonomous functions in high-pressure team environments.
EdgeFabric
Synthesize distributed intelligence from ambient compute with instantaneous inference.
Designing a CNN for High-Accuracy OCSCC Detection
This work presents a CNN trained on image datasets for high-accuracy OCSCC detection, with custom hardware for optimal image capture. Testing across resolutions showed logarithmic accuracy improvements with diminishing returns at high pixel counts. An open-access application enables broader CNN utilization for early detection.
IllumiSign: Eye-Tracking Communication Software
IllumiSign is an open-source, browser-based communication tool that helps people with ALS and mobility impairments communicate using only their eyes. Built at Hack the Nest 2025 (Social Justice Track winner), it uses real-time eye tracking to select letters and phrases and speaks them aloud, with no special hardware required.
CS DS&A Classwork
Assignments for the Oakton Highschool AV CS Data Structures & Algorithms course.
Oakton Codebase Co-President
Leading Oakton HS’s premier coding club, organizing competitive programming, web dev, and USACO/LeetCode prep. Mentoring members, coordinating workshops and hackathons.
Hardware
PCB Design
Developing compact, efficient PCBs for USB-C storage and embedded applications with a focus on signal integrity, thermal performance, and real-world manufacturability.
Chip Design & Analysis
Reverse-engineered Apple Silicon to model CPU/GPU/Neural Engine integration, cache hierarchies, and power efficiency strategies using ARM architecture insights.
FTC Robotics, Team Captain
Served as outreach lead and team captain, contributing to robot design, code, and advancement while mentoring and managing STEM workshops.
