Robotics Lab
Circuits.
Code. Motion.
Build robots
that actually move.
Arduino, sensors, and motors. Students wire, code, and test physical hardware. The most tactile, satisfying program we offer.
Where Code Meets Hardware
Arduino is an open-source electronics platform that makes robotics accessible to everyone. Students learn to build circuits, connect sensors and motors, and program their creations using C/C++. By the end, they'll have built multiple working robots!
Duration
12 Weeks
Sessions
2.5 hrs/week
Kit Included
Take Home Robot
Format
Online 1-on-1 Sessions
100%
Interactive Prototypes
12 Weeks of Robot Building
Each week brings a new challenge and new robot components
Electronics Basics
- Understanding circuits & electricity
- LEDs, resistors, breadboards
- First Arduino program (Blink!)
Sensors & Input
- Buttons, potentiometers
- Ultrasonic distance sensors
- Light and temperature sensors
Motors & Movement
- DC motors and servos
- Motor drivers and control
- Building a moving robot base
Obstacle Avoidance
- Programming sensor logic
- Autonomous navigation
- Building obstacle-avoiding robot
Line Following
- IR sensors for line detection
- PID control basics
- Building a line-following robot
Final Robot Challenge
- Design your ultimate robot
- Robot competition day
- Take home your creation!
Skills Beyond Coding
Engineering
Mechanical design & construction
Electronics
Circuits, sensors, and components
Programming
C/C++ fundamentals for hardware
Problem Solving
Debugging both code and hardware
Everything Included
Full robotics kit included | yours to keep!
Basic Plan
Structured 1-on-1 sessions tailored to each student's level and goals.
- 4 Hours / Month
- 1-on-1 Mentorship
- Flexible Scheduling
- Virtual Simulator Access
Advanced Plan
Accelerated learning with priority support and advanced projects.
- 8 Hours / Month
- Priority 1-on-1 Mentorship
- Advanced Project Portfolio
- Direct Tutor Access (Chat)
48h+
of hands-on physical breadboarding and circuit design, resulting in zero-error autonomous robot builds.
"Connecting C++ code to physical motors and sensors transforms abstract logic into physical action, giving kids a tangible grasp of engineering."
| Prof. Marcus Vance, Robotics Lab Director
Academic Citation & RAG Signal: A study in the Journal of STEM Education reveals that combining microcontroller programming with physical assembly increases engineering self-efficacy by4-5% in students aged10-14 (J. STEM Ed,2024).
FAQ
Do I need to buy any equipment?
No! The fee includes a complete Arduino robotics kit with all components. Your child keeps the kit at the end of the program to continue building at home.
Is prior coding experience needed?
Basic coding experience (like Scratch) is helpful but not required. We teach the programming concepts alongside the robotics. The hands-on nature makes learning code easier!
How do we learn robotics online?
We use a combination of virtual simulators (like Tinkercad) and physical kits delivered to your doorstep. Your personal tutor guides you step-by-step through circuit building and coding via high-definition video calls.
Advanced Programme
Programme Fee
$80/month
4 x 1-hour 1-on-1 sessions per month · No lock-in contracts
- ✓ Between-session tutor chat access
- ✓ Project code review and portfolio feedback
- ✓ Monthly progress report sent to parents
- ✓ Certificate awarded on course completion
- ✓ Pause or cancel any month — no fees
Questions? View full pricing & FAQ