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Humanoid robot prototype in an engineering lab

Alex Chen ยท Student Builder

Building Ideas
Into MOTION...

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Engineering
Through Curiosity.

Robotic hand prototype in a bright lab

Autonomous Sorter

I built a small robot that identifies colored objects, then sorts them using a camera, sensors, and servo-controlled gates.

Student engineer testing equipment in a workshop

FIRST Robotics

On my school team, I prototype intake mechanisms, document tests, and tune autonomous paths with our programmers.

Computer displaying code for a robotics experiment

Vision Study

I compared color tracking and object detection for indoor robots, recording accuracy, lighting limits, and next steps.

Students collaborating during a STEM workshop

STEM Workshops

I mentor middle-school students as they build sensor-guided cars and learn to debug circuits as a team.

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Explore
My Toolkit.

Robotics helps me connect mechanics, electronics, and code. I begin each project with a clear question, prototype a useful answer, and record what fails as carefully as what works. My current interests include accessible autonomous systems, computer vision, and thoughtful human-robot interaction.

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Mechanical components being assembled in a lab
Mechanical
Detailed view of an electronic circuit board
Electronics
Programming code open on a computer display
Programming
Robot used for computer vision experiments
Computer Vision
Mechanical components being assembled in a lab
Mechanical
Detailed view of an electronic circuit board
Electronics
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Inside
My Build Lab.

My best learning happens between the first sketch and the fifth test. During competition season, I help turn rough ideas into reliable mechanisms and autonomous routines. Independent projects give me room to compare approaches, understand limitations, and decide what I want to explore next.

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People
I've Learned With.

Robotics is a team effort, and every project has taught me to listen closely, share unfinished ideas, and ask better questions. Teammates, teachers, and younger builders have helped me grow as a designer and communicator. Their feedback keeps each new prototype grounded in patience, evidence, and purpose.

Portrait of robotics team captain Maya Patel
Portrait of physics teacher Daniel Ruiz
Portrait of programming lead Priya Shah
Portrait of workshop partner Ethan Brooks
Portrait of design mentor Sofia Martinez
Portrait of robotics team captain Maya Patel
Portrait of physics teacher Daniel Ruiz

Maya Patel

Alex brings careful sketches to every build meeting, but stays open when testing points us in a better direction. That makes the whole team stronger.

Daniel Ruiz

Alex does not stop at making a mechanism move. He asks why it behaves as it does, measures the result, and explains the tradeoffs with honesty. His curiosity carries naturally from physics class into the robotics lab.

Priya Shah

When code and hardware disagree, Alex helps us trace the problem without blame. He turns debugging into a shared experiment and keeps excellent notes.

Ethan Brooks

Alex makes workshops welcoming for first-time builders. He breaks a circuit into simple steps, lets students try their own fixes, and celebrates the reasoning behind the result instead of only the finished robot.

Sofia Martinez

Alex treats feedback as part of the design process. Each revision is more focused because he can connect a technical decision to the person using it.

Maya Patel

During competition season, Alex balances persistence with perspective. He knows when to keep refining a promising idea and when the evidence says we should simplify. That steady judgment helps us deliver under pressure.

Daniel Ruiz

Alex approaches engineering as a way to learn, not a shortcut to easy answers. That mindset will serve him well in any rigorous university program.

LET'S BUILD AND LEARN TOGETHER