Alex Dickhans
Undergraduate Electrical and Computer Engineering student at CU Boulder, robotics researcher, and innovator building the future of intelligent systems. From VEX competitions to cutting-edge sensor design, I create technology that moves and thinks.
Let's build something amazing togetherI Make Robots Move
From competitive robotics to cutting-edge research, I develop intelligent systems that navigate complex environments. Working with CU Boulder's HIRO Group and competing in VEX Robotics, I create algorithms and control systems that bring robots to life.
Bottom: Over Under Robot following a quadratic spline path for smooth, precise movement.
Upper Left: Custom telemetry radio system for real-time robot communication and data logging.
Right: Interactive path planning application for VEX Robotics autonomous programming.
I Design Sensors
Pushing the boundaries of tactile sensing through innovative fabrication techniques. In the HIRO Group, I develop next-generation sensors using 3D printing, molding, and flexible electronics to give robots the sense of touch.
Top Left: Silicone mutual capacitance matrix CAD model for flexible sensing applications.
Left: Flexible PCB over-mold based mutual capacitance matrix for robust tactile feedback.
Right: Fully 3D-printable mutual capacitance matrix enabling rapid prototyping and customization.
I Contribute to Open-Source
Building tools and libraries that empower the robotics community. My GitHub (@alexDickhans) showcases projects ranging from hardware designs to software frameworks. Command-based PROS revolutionizes VEX robotics programming with structured tele-op and autonomous development.
Upper Left: 3D Printable Spool Holder - practical solution for small 3D printers.
Left: Open-Source Flight PCB for small-scale esoteric multirotors (3D visualization coming soon).
Right: Live Documentation for command-based PROS with interactive examples and tutorials.