Charles Wu · Personal Portfolio
About Me
How I learned that building great things starts with the people building them.
My Story
I’ve always been curious about how things work. Over time, I’ve become just as interested in the people who make them work.
Growing up in a Navy family meant adapting to new places and meeting people from different backgrounds. With my dad frequently deployed and my mom often traveling for work, I learned to be independent, but also to pay attention to the people around me.
My engineering journey began with a failed race car in ninth grade. A small design mistake kept it from performing as expected. Determined not to repeat it, I started checking every measurement and questioning every decision myself. But as Team SW1FT grew, I discovered that trying to do everything alone was holding us back. Building a stronger team meant finding people who knew things I didn’t, trusting their expertise, and working toward a shared goal.
That lesson has followed me beyond racing. At USC’s Impact Lab, I explored how intelligent manufacturing systems could coordinate machines and resources. At the Naval Surface Warfare Center, I saw how precision engineering supports real-world missions. At SprintRay, I learned how engineering designs become real products.
Today, I’m interested in mechanical engineering, artificial intelligence, and entrepreneurship. I want to understand not only how to develop better technology, but also what it takes to make it useful to people.

My Journey
Every project, competition, and new environment has given me something different to learn. Here’s how my journey has unfolded.
December 2024
Where It Began
Western Regional Runner-Up
Team SW1FT earned second place at the Western Regional competition in STEM Racing, formerly F1 in Schools. It was our first major milestone, and I began to understand that building a successful team required much more than designing a fast car.
April 2025
Finding Our Momentum
Third Place at U.S. National Finals
We finished third nationally and qualified for our first World Finals. Preparing for the competition challenged us to improve our engineering, manage deadlines, and learn how to work more effectively together.
May 2025
Inside Additive Manufacturing
SprintRay Internship
At SprintRay, I gained experience with professional engineering and 3D printing technology. Seeing how material properties, design choices, and manufacturing processes affect real products gave me a new perspective on engineering beyond student competitions.
October 2025
Our First Global Stage
First STEM Racing World Finals
Competing alongside teams from around the world introduced me to different approaches to engineering, sponsorship, and teamwork. I returned home with new ideas and a greater appreciation for what I could learn from people outside my own team.
April 2026
Becoming National Champions
2026 U.S. National Champions
After two seasons of testing, setbacks, and improvements, Team SW1FT became U.S. National Champions. What meant the most to me was seeing how our different strengths came together. We had learned to rely on one another rather than trying to solve everything individually.
May 2026
Exploring Intelligent Manufacturing
USC Viterbi Impact Lab
At USC’s Impact Lab, I explored self-organizing manufacturing systems, studying how autonomous agents could coordinate machines, resources, and production tasks without a central controller. The research made me curious about what it takes for promising technology to work in real factories—and why adopting a new system can be just as challenging as developing it.
July 2026
Engineering with Precision
Naval Surface Warfare Center Corona
At NSWC Corona, I worked with precision measurement and manufacturing equipment, learning how small errors can have serious consequences when engineering supports critical naval systems. The experience gave me a deeper appreciation for accuracy, responsibility, and the people who depend on an engineer’s work.
October 2026
Stronger Together Across Borders
Second STEM Racing World Finals
Returning to the World Finals with teammates from the United States and United Kingdom brought new perspectives and challenges. Working across time zones and different approaches to problem-solving taught me the importance of patience, communication, and trust. The experience reminded me that the people behind a project are just as important as the technology itself.
“The people behind a project are just as important as the technology itself.”
What Matters to Me
Some of the experiences I value most aren’t the ones that end with a trophy or a finished project. They’re the moments that change how I think, work, and connect with others.
People First
Listening, empathy, and trust
I learned to listen, pay attention to how others are feeling, and appreciate strengths that aren’t always immediately obvious. Whether I’m working with teammates across the Atlantic or helping someone feel welcome in a new environment, I want people to know their contributions matter.
Curiosity Through Building
Experimenting, testing, improving
I like figuring out why something works—and especially why it doesn’t. An unexpected test result or a prototype that doesn’t behave as planned usually leaves me with more questions than answers, and I enjoy taking an idea apart to find a better way forward.
Opening Doors for Others
Teaching, mentoring, sharing
Through STEM workshops and community outreach, I’ve watched younger students go from being unsure where to start to confidently explaining their own designs. Their excitement reminds me how much a first opportunity can matter, and I hope to keep creating those opportunities.
Beyond the Milestones
There’s more behind each part of my journey. Explore the research, projects, and experiences that continue to shape what I want to build next.
Research
Exploring intelligent manufacturing, autonomous systems, and how AI can improve the way we work.
Internships
Learning from professional engineers working in precision measurement, manufacturing, and product development.
Community
Mentoring younger students through Junior SW1FT and hands-on STEM workshops where they learn by building.
Achievements
A closer look at the competitions, awards, and recognition along the way.