About Me

I believe in building things that matter.

From the moment I first stepped into a lab, I knew I wanted to create technologies that bridge the gap between innovation and real-world impact. I'm not just interested in solving problems—I'm obsessed with understanding why they exist and how we can fundamentally change the systems that create them.

My journey spans mechanical engineering, robotics, AI research, and entrepreneurship. Each field has taught me something different, but they all converge on one thesis: technology should serve people, not the other way around.

Why I Do What I Do

Growing up, I watched brilliant ideas die in academia because no one knew how to translate them into products. I saw critical problems go unsolved because the people who understood them couldn't build solutions. That gap—between research and reality—drives everything I do.

At Lehigh, I've worked across optical physics, semiconductor research, multi-agent robotics, and AI systems. Each project taught me that the most interesting problems exist at the intersections: where physics meets engineering, where theory meets application, where laboratory meets market.

What I Believe

• Hardware innovation is the bottleneck. The most elegant theory means nothing if it stays in a journal. I'm committed to research translation—taking fundamental discoveries and turning them into technologies people can use.
• Engineering is empathy. The best products come from deeply understanding people's real problems. Not what they say they need, but what they actually struggle with.
• Interdisciplinary work wins. The biggest breakthroughs happen when you combine knowledge from different fields. I deliberately work across mechanical engineering, AI, robotics, and business because that's where innovation lives.
• Build, measure, learn—repeat. Ideas are cheap. Execution is everything. I believe in rapid prototyping, real-world testing, and iterating based on feedback.

The Path Forward

I founded SmartFlow because I saw a problem that needed solving—and I had the skills to solve it. But that's just the beginning. My goal is to build a career at the intersection of deep tech and entrepreneurship, creating companies that turn cutting-edge research into products that matter.

Whether it's optical limiting systems that protect sensitive equipment, AI pipelines that make information retrieval faster, or robotics that navigate uncertain environments—I'm driven by the challenge of making the impossible practical.

This is my thesis: Technology exists to amplify human potential. Research exists to push boundaries. Entrepreneurship exists to bridge the two.

And I'm just getting started.