A small team building ambitious software.

I'm an International Relations student at Syracuse University's Maxwell School of Citizenship and Public Affairs, driven by a genuine curiosity about the world and a commitment to making a meaningful impact across cultures and communities. My perspective has been shaped as much outside the classroom as inside it — from volunteering on sustainability projects in Vietnam and supporting food distribution efforts in Malden, MA, to currently applying my creative skills as a Graphic Design Intern at Wavelength, where I develop content and media for NIL and other affiliated brands. These experiences have sharpened my ability to communicate across cultures, collaborate in diverse teams, and adapt quickly to new environments. Beyond my academic and volunteer work, I'm actively exploring the world of agentic AI — specifically how autonomous systems can help companies streamline operations and unlock new capabilities. It's an exciting space I'm developing skills in, and I'm looking for ways to combine it with my background in international affairs and communications. I'm eager to grow my mindset with global strategy, communications, and emerging technology, and excited to see what the future holds.

I have a strong interest in defense systems, electrical engineering, and software solutions. I'm drawn to projects that operate in real world conditions, where reliability and performance are critical. My hands-on experience spans mechanical design, embedded electronics, and software systems. I've engineered a physically rewritable payment card that defeats card skimming at the hardware level, achieving 1-in-1,000,000 replay attack odds through magstripe rewrite technology designed for drop-in compatibility with existing payment infrastructure. The LLC that the DynamiStripe card falls under also has a separate branch specializing in business automation and AI Consulting for growing companies. I've worked with two clients (a sightseeing tour company in Boston and a small VC firm) and successfully delivered: a vectorized database that uses cosine similarity to group similar data for agent use, automated email systems to send notices to customers or clients, and a booking website complete with payment processing and an admin portal. I've also created and tested a high-voltage (~20kV) pulse-jet ignition system, helped design a 32:1 strength-to-weight winch and hoisting assembly through iterative CAD design and calculus optimization, and developed a light sensitive photoswitch for use in a Chem-E-Car. I've approached trading from both directions: top-down through IMC's Prosperity 4 (finalist), and bottom-up by building production crypto execution infrastructure with ultra-low latency (a live Solana sniper bot with Jito bundling, an Amazon EC2 instance located near the blockchain, Rust transaction construction, and Helius gRPC). I am always looking for new opportunities and connections. Please feel free to reach out to me.

Applying process optimization and quantitative logic as a Chemical Engineering student to modern web applications. Passionate about bridging the gap between artificial intelligence and practical web workflows. I focus on designing intelligent pipelines, fine-tuning context data for LLMs, and building robust, automated data architectures.