LEVEL 1 • FOUNDATIONS • AGES 15+

Jetson Foundations

All three robots (Rover, Dog, Humanoid) introduced from Day 1.
Heavy hands-on on Rover & Dog • Humanoid live demos daily • Ends with a real working Dog-led rescue robot you can show off!

5-Day Super Fun & Detailed Hands-On Curriculum

Day 1

Robot Unboxing Party + Rover Mastery

Super fun kickoff day designed to get every kid instantly excited!

  • Welcome & Robot Reveal: Dramatic unboxing of all three robots (Rover, Dog, Humanoid) with lights & music
  • Quick Wow Demos: Watch Humanoid wave, Dog walk, Rover zoom – then name your team robot
  • Jetson Orin Nano Setup: Flash JetPack, first boot, connect to WiFi – you do it yourself
  • Rover Assembly & First Drive: Mount board, wire motors & ultrasonic, write your first Python script
  • 30-Minute Challenge: Make your Rover do a victory dance (spin + lights) – everyone cheers!

Mission: “Rover Recon” – Navigate obstacles and stop in target zone. First real success on hardware!

Day 2

Dog Build & Locomotion (Main Project Day)

  • Full mechanical assembly of the 12-servo Dog chassis
  • Wire high-voltage servos to Jetson PWM board
  • Calibrate all joints safely
  • Write and test walk + trot gaits in Python on real Jetson
  • Use Rover for formation testing
  • Humanoid live walking demo

Mission: “Formation Patrol” – Dog + Rover move together and cross bridge. Dog is the star!

Day 3

Sensors, PID & Closed-Loop Control

  • Wire & calibrate additional sensors (IMU, IR, limit switches) on Rover & Dog
  • Implement sensor reading + filtering (moving average)
  • Code PID controller in Python for heading/speed (Rover) & balance (Dog)
  • Tune PID gains live (Kp, Ki, Kd) using terminal or simple plots
  • Test closed-loop wall following & obstacle avoidance
  • Humanoid balance demo using same IMU/PID concepts

Mission: “Sensor Challenge Relay” – Rover → Dog → Humanoid handoff. Full sequence on real hardware.

Day 4

Vision, State Machines & Integration

  • Mount CSI camera on Jetson (Rover & Dog focus)
  • Install OpenCV → implement color/blob detection & tracking
  • Build finite state machine (FSM) for behavior switching
  • Add simple Bluetooth/WiFi inter-robot comms
  • Integrate vision into FSM (e.g., detect red → stop & signal)
  • Full-system dry run & heavy debugging
  • Humanoid gesture demo using same vision code

Mission: “Multi-Robot Search” – Coordinated search & retrieval (Rover + Dog primary).

Day 5

Capstone Integration, Testing & Showcase

  • Morning: Final hardware tweaks & full-system integration
  • Run complete USAR mission in prepared arena
  • Collect run times, logs, failure modes
  • Prepare team presentation (problem → solution → demo → lessons)
  • Afternoon: Ethics roundtable + 8-minute live showcase
  • Humanoid used for final “rescue handoff” demo

Capstone Mission: Dog-Led Urban Search & Rescue

Dog navigates rubble/stairs, Rover scouts flat zones, Humanoid locates & delivers object. Success = complete mission under 6 min, no critical failures, clean handover.

Your Level 1 Final Demonstrable Project

“Dog-Led Rescue Bot”

A fully working quadruped robot that autonomously navigates an arena, detects an object, and “rescues” it — all coded and built by you on real Jetson hardware.
You take home the video + code for your portfolio!

What You Take Home

Working Dog Rescue Robot

Portfolio Videos

Official Certificate + 3-Month Simulation Access