About Me
Detail-oriented Computer Science student at Purdue University with hands-on experience in software development, automated testing, and system integration. Most interested in Digital Design and Embedded Software Engineering.
I care about building things that work reliably under real constraints — whether that is embedded code on a race car, automated tests that catch regressions early, or systems that have to behave predictably when hardware and software meet. That mindset comes from liking both the big picture and the details: how a design is structured, how failures show up, and how to iterate until the behavior is right.
Outside of coursework and projects, volunteering in hospitals and clinics shaped how I think about technology: tools and algorithms are most meaningful when they help people directly. Long term, I want to keep growing at the intersection of intelligent systems, rigorous engineering, and problems that matter in the world.
Focus Areas
Robotics and Embedded Systems
Robotics sits at the intersection of software and hardware, which is exactly where I like to work. As an electronics member in Purdue Electric Racing, I build control systems, debugging tools, and manage the low level hardware that has to perform reliably in real competitions. It’s a fast feedback environment that forces careful design.
Technology with Real Impact
The problems that motivate me most are the ones that affect people’s lives directly. Volunteering in hospitals and clinics for two years showed me how powerful the right technology can be for diagnosis and treatment. Long term, I want to develop algorithms and intelligent systems that improve medical care.
Algorithms and Systems
I like solving problems by breaking them into clear, efficient algorithms. Much of my work focuses on how software systems are structured and how decisions are encoded in code. Whether it’s robotics or backend systems, I enjoy turning complex behavior into logic a machine can execute.