Engineer · Builder · Servant
Aspiring computer engineer passionate about building AI systems and full-stack products that create real impact — and equally committed to giving back through 350+ hours of community service, mentoring, and leading with purpose.
I'm a senior at Wheeler Magnet High School with a deep passion for computer engineering and AI. From building full-stack web apps to developing RAG-powered AI systems as a Cybage intern, I chase hard problems with curiosity and persistence.
But technology is only half the story. I believe the best engineers build for others. Whether I'm tutoring elementary schoolers, volunteering at MUST Ministries, or growing a STEM garden for my school — service gives my work meaning.
I play cello in two orchestras, co-captain the Physics team, fundraise for our robotics club, and compete in Model UN. I thrive at the intersection of technical depth and human impact.
From AI pipelines to full-stack products, research labs to retail — I bring curiosity and craft to every role.
From a 30-person fundraising team to mentoring MUN delegates — leadership is where I multiply impact.
"Technology is most powerful when it lifts others up — and service is how I stay grounded in that truth."
350+ volunteer hours across 11 organizations · 4 years of consistent service
Full-stack to AI pipelines, hardware to creative tools — I build across the entire stack.
The best engineers I know draw inspiration from more than just screens. Here's what fuels mine.
I've played tennis competitively for years and currently compete on the Wheeler Boys Varsity Tennis Team. Tennis has taught me more about engineering than I expected — the sport is 90% mental. Reading your opponent, adjusting mid-point, staying composed under pressure: these are the same skills I rely on when debugging a broken pipeline at 2am or fundraising for the robotics club.
Every match is a systems problem. You have limited information, real-time feedback, and must adapt constantly. That mindset translates directly into how I approach building software.
Formula 1 is the most data-driven sport on the planet, and that's exactly why I love it. Every car generates 300+ sensors worth of telemetry per second. Race strategy is real-time optimization under uncertainty — tyre degradation, pit windows, fuel loads: applied computer engineering at 200 mph.
I've had the incredible experience of getting up close with the MoneyGram Haas F1 Team car — holding the actual steering wheel that controls millions of dollars of engineering. F1 sharpens how I think about performance, trade-offs, and making split-second decisions under pressure. Skills I use every day as an engineer.
Whether it's a research opportunity, internship, community project, or a conversation about AI and engineering — I'd love to hear from you.