ADAS Safety Filter
A real-time predictive safety layer that intercepts human driving commands before they cause lane departures or obstacle collisions.
I build software, AI systems, and robots.
I build across production software, AI-powered products, autonomous systems, and hardware—from cloud services and full-stack applications to robots and processor design.
01 / Selected experience
Internships & research.
Full experienceMay 2026 — August 2026 Amazon
Software Development Engineer Intern, Customer Service
Building agentic customer-service infrastructure across MCP tools, multi-agent workflows, GraphQL APIs, and service virtualization.
September 2025 — December 2025 Underwater Robotics ResearchUndergraduate Researcher
Helped assemble and test fish-inspired underwater robots used in collective-behavior experiments.
June 2025 — August 2025 AmazonSoftware Development Engineer Intern, Luna Cloud Gaming
Shipped a reusable, context-aware FAQ system across the multi-platform Luna Cloud Gaming storefront.
December 2024 — January 2025 QuantCap LLCMachine Learning Intern
Evaluated machine-learning pipelines for forecasting equity-option movements from historical market data.
May 2023 — January 2024 TigerAppsStudent Software Developer
Built and maintained production software used by more than 5,500 Princeton students and faculty each day.
02 / Selected projects
Built end to end.
All projects 
EVAL Gaming
A full-stack college esports recruiting platform that connects verified player profiles, combines, and coach discovery.
Infradar
Tracks infrastructure and construction projects across Africa and MENA from messy public and private sources.
AM16K Processor
16-bit RISC CPU prototype in Proteus: datapath, control, registers, and memory for basic instruction execution.
Coralbots
Underwater fish-inspired robots built to investigate collective behavior in robotic swarms.
Rover Electrical Architecture
Electrical and control architecture for Princeton Rover Club’s University Rover Challenge platform.
03 / Technical breadth
Software meets hardware.
Technical indexSoftware and web
Data and AI
Systems and infrastructure
Robotics and hardware
04 / Leadership
Building with teams.
Leadership detailsSeptember 2023 — September 2025 Princeton University Robotics Club
Club Admin and RoboCup Software Lead
Led technical work across multi-agent robotic soccer, team architecture, and club operations.
Leadership January 2024 — Present Princeton Rover ClubClub Admin and Hardware Lead
Leads electronics and hardware work for a University Rover Challenge platform.
Leadership September 2024 — Present Princeton Computer Science DepartmentLab Teaching Assistant, COS217 and COS226
Mentors students in programming systems, data structures, algorithms, and debugging.
Teaching05 / Education
Princeton University.
More about meDegree BSE Electrical and Computer Engineering
Minors Computer Science and Robotics
Graduation May 2027
Selected coursework
Full courseworkRobotic and Autonomous Systems Lab
A project-driven robotics lab spanning sensing, estimation, control, and autonomous navigation.
Computer Architecture and Organization
Processor organization, instruction sets, pipelines, memory hierarchies, and performance.
Intelligent Robotic Systems
Perception, planning, learning, and control for robots operating in uncertain environments.
Distributed Systems
Fault-tolerant distributed services, replication, consistency, consensus, and concurrency.
Hiring, collaborating, or want to talk systems?
[email protected]