
TAMUhack 2026500 competitors
Aria
A multimodal AI kiosk for airports with face-recognition sign-in, a LangGraph agent for flights and rebooking, and a 3D audio-reactive assistant.
2ndPlace, American Airlines Challenge
- MLH Best Use of Vultr
AI engineer focused on security. CS @ Texas A&M University.
[What AI thinks of me]
Selected work

TAMUhack 2026500 competitors
A multimodal AI kiosk for airports with face-recognition sign-in, a LangGraph agent for flights and rebooking, and a 3D audio-reactive assistant.
2ndPlace, American Airlines Challenge

TAMUhack 2025600 competitors
A Toyota vehicle-matching platform that scrapes specs and reviews, scores cars against your priorities, and summarizes owner sentiment with traced, evaluated LLM chains.
1stPlace, Toyota Challenge

TAMU ThinkTank · 2024–2025
Led the full-stack rebuild of TAMU ThinkTank's public site and admin platform: applications, reviews, asymmetric interview scheduling, and Google Workspace automation on the T3 stack.
<3sload time on high-volume views, down from 15–50s

TAMUhack 2026500 competitors
A multimodal AI kiosk for airports with face-recognition sign-in, a LangGraph agent for flights and rebooking, and a 3D audio-reactive assistant.
2ndPlace, American Airlines Challenge

TAMU ThinkTank · 2024–2025
Led the full-stack rebuild of TAMU ThinkTank's public site and admin platform: applications, reviews, asymmetric interview scheduling, and Google Workspace automation on the T3 stack.
<3sload time on high-volume views, down from 15–50s
About
I'm an AI engineer focused on security, and a junior at Texas A&M studying computer science with minors in cybersecurity and artificial intelligence. At the Texas A&M Global Cybersecurity Research Institute, I lead research on cost-effective autonomous cyber reasoning systems that run on edge inference.
My current work focuses on using AI agents to enhance security operations centers, including automating alert triage and enriching investigations with threat intelligence. I also benchmark inference systems for mixture-of-experts models, optimizing hardware and serving configurations to maximize intelligence per wattAn efficiency metric that decides the useful model capability per watt of power drawn on edge hardware..
I'm also co-founding the Texas A&M AI Safety Club, bringing conversations and projects focused on reducing the risks of advanced AI to Texas A&M University while giving motivated students practical opportunities, mentorship, and clearer pathways into the AI safety field.
Get in touch