Microcontroller Fundamentals

Learn the core principles of embedded systems. Wire breadboards, program in C++, and integrate sensors for precise control over physical systems.

Chassis Fabrication

Design, cut, and assemble robotic chassis. Understand motor control, gear ratios, and structural integrity for robust and functional prototypes.

Applied AI Navigation

Develop algorithms for autonomous navigation. Integrate cameras and LiDAR to enable robots to perceive environments and make intelligent decisions.

Interdisciplinary mentorship

Our 1:1 mentor model pairs professional engineers with student project leads. Gain insights from industry experts and navigate complex challenges with experienced guidance.

This collaborative approach fosters critical thinking and problem-solving, preparing you for real-world engineering roles within the Virginia technical ecosystem.

From concept to functional prototype

Orientation & Goals

Component Selection

Code & Assembly

Track Testing

Start with an introduction to our lab, safety protocols, and project planning tools. Define your engineering challenge.

Work with mentors to select microcontrollers, sensors, and mechanical components. Plan your build strategy.

Write and compile code, then physically assemble your robot. Iterate through testing and refinement cycles.

Test your prototype on our dedicated track. Analyze performance data and prepare for final presentation.

Join an upcoming lab series or connect with our team to start your hands-on engineering journey.