Computer Science @ The University of Texas at Austin
Backend systems · Real-time software · Applied AI · Developer tools
I'm a computer science student at UT Austin interested in building reliable software across backend infrastructure, real-time systems, and applied AI.
I currently build and operate Signal Greeks, a production options-analytics platform serving more than 50 early users. My recent work includes a Rust/Linux motion-control simulator, a C++/ROS 2 communication and fault-injection testbed, and an LLM-powered GitHub review system.
- Building with Python, C++, Rust, TypeScript, Linux, and PostgreSQL
- Interested in backend engineering, infrastructure, systems, developer tools, and applied AI
- Experienced in taking projects from architecture through testing, deployment, monitoring, and iteration
- Seeking Summer 2027 software engineering internships
| Project | Description |
|---|---|
| Signal Greeks | Production options-analytics platform serving 50+ early users, with scheduled market-data pipelines, PostgreSQL caching, automated testing, authentication, subscriptions, monitoring, and Azure deployment. |
| FabMotion | Rust/Linux three-axis wafer-handler simulator integrating A* planning, online trajectory generation, a measured 1 kHz control loop, fault injection, and telemetry analysis. |
| TideLink | C++/ROS 2 actuator interface and software-in-the-loop testbed using a binary UDP protocol, CRC validation, watchdogs, telemetry, and automated communication-fault injection. |
| ReviewAI | GitHub App using Node.js, Redis, and LLM APIs to process pull-request diffs asynchronously and publish structured inline review feedback. |
| WildWatch | Multimodal PyTorch system combining camera-trap imagery, satellite data, passive audio, and geospatial features to analyze species-decline risk. |
| Mariner | C++/ROS 2 autonomy stack coordinating state estimation, obstacle avoidance, waypoint control, actuation, and sensor-health monitoring in Gazebo/VRX. |
