Each pathway builds tangible competencies through assembly, wiring, programming, and systematic debugging.
Build foundational skills in mechanics, electronics, and programming through hands-on robot construction.
Skills you gain
What success looks like: Students complete a working robot that responds to environmental inputs.
Learn flight dynamics, safety protocols, and control systems through structured drone experiences.
Skills you gain
What success looks like: Students demonstrate controlled flight with proper safety procedures.
Connect robotics and drones to broader systems literacy through microcontrollers, sensors, and telemetry.
Skills you gain
What success looks like: Students build a multi-sensor system that collects and transmits data.
Entry-level robotics builds foundational understanding of how machines sense, decide, and act. Students work with real components—motors, sensors, microcontrollers—to build systems that respond to their environment.
Every build includes assembly, wiring, programming, and iterative testing. Debugging is part of the process, not a failure.
Line follower
Build a robot that uses infrared sensors to follow a path. Introduces sensor calibration and motor control.
Obstacle avoidance
Program a robot to navigate around barriers using ultrasonic sensors. Develops conditional logic skills.
Sensor basics
Experiment with light, temperature, and touch sensors. Foundation for all advanced robotics work.
Drone learning starts with safety and responsibility. Students learn flight physics, control systems, and regulatory awareness before they ever take off.
Safety-first approach
Every session begins with pre-flight checklists, airspace awareness, and responsible operation protocols.
Flight basics
Master takeoff, hovering, and landing. Builds muscle memory and spatial awareness.
Control systems
Understand throttle, pitch, roll, and yaw. Learn how inputs translate to movement.
Regulation awareness
Learn FAA guidelines, no-fly zones, and responsible operation. Safety-first foundation.
Bridge kits connect robotics and drones to broader systems literacy. Students expand their builds with microcontrollers, additional sensors, and telemetry capabilities.
This pathway prepares students for advanced applications: environmental monitoring, autonomous navigation, and data-driven decision making.
Arduino fundamentals
Write code that reads sensors and controls outputs. The gateway to all embedded systems.
Sensor expansion
Add environmental sensors—humidity, air quality, motion—to existing builds.
Telemetry and camera
Stream data and video from mobile platforms. Bridge to real-world applications.