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Courses

Our courses range from beginner to advanced classes, teaching kids from ages 8-14 robotic skills. These courses are designed to teach a variety of skills while developing other useful habits such as problem solving, creative processes and much more.

Beginner Courses

Build 5 Simple Arduino Projects in 10 Hours
 Virtual Meetings held Daily or Weekly - $20/Hr

​No prior experience needed!


Students will learn:

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  • Basic Building Skills

  • Simple electronics (LEDs, breadboards, DC motors)

  • Basics of programming for robotics using Arduino (Block Coding)

  • Circuit Design (Tinkercad)

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Fundamentals are taught before each project in addition to guiding them build the projects

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01

LED Light Show

  • Colorful light show system with blinking patterns

  • Produces dynamic, changing LED light effects

  • Uses programmed sequences for different patterns

02

Parking Gate

  • Intelligent parking gate system designed for automated vehicle access control

  • Automatically lifts the barrier when a valid entry is identified

  • Enables quick and smooth entry without requiring manual operation

  • Enhances security by controlling and monitoring access efficiently

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03

Piezo Piano

  • Electronic piano system using piezoelectric sensors

  • Detects key presses through pressure

  • Converts input into electrical signals​

  • Allows responsive, pressure-sensitive playing

04

Handheld Claw

  • Portable grabbing device for easy object pickup

  • Automatically closes around items when triggered

  • Designed to reduce physical effort

  • Enables quick and efficient grabbing of objects

  • Useful for picking up items in hard-to-reach areas

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05

Automatic Garbage Can

  • Smart mini trash can with automatic lid

  • Detects nearby movement or presence

  • Opens lid without physical touch​

  • Closes automatically after use

Sprout Lab.
Teaching children the future.

Intermediate Course

Build your First Obstacle Detecting Robot!
$20/Hr

​Beginner experience needed!


Students will learn:

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  • 3D Design Basics (CAD, 3D Printers, Circuit Creation)

  • More electronic components  (LEDs, breadboards, DC motors, sensors, servos)

  • More advanced programming for robotics using Arduino (Python, Java)

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Homework will be assigned throughout the week!

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Fundamentals are taught before each project in addition to guiding them build the projects

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01

Robot Assembly

  • Build the car chassis using motors, wheels, mounts, and structural components 

  • Learn how different mechanical parts connect together to create stability, movement, and balance in a mobile robot.

02

Wiring

  • Connect the Arduino, motor driver, sensors, battery pack, and power systems using jumper wires and breadboards.

  • Learn how electricity flows through a robotic system and how components communicate with each other.

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basic car controlled with microcontroller with a sensor infront of it so it doesn't crash

03

Motor Control

  • Program the robot’s motors to move forward, backward, and turn using a motor driver module.

  • Learn how coding controls real-world movement and how speed and direction are managed electronically.

  • Introduces PWM (Pulse Width Modulation), motor drivers, directional logic, and movement algorithms.

04

Rotating Sonar

  • Build a rotating ultrasonic sensor system using a servo motor to scan the robot’s surroundings.

  • Learn how robots measure distance and collect information about objects nearby.

  • Introduces concepts such as ultrasonic sensing, servo control, scanning systems, and environmental mapping.

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05

Motion Detection Robot

  • Combine the sensors, motors, and programming to create a robot that detects and reacts to movement or obstacles.

  • Learn how autonomous robots make decisions using sensor input and programmed responses.

List Title

Advanced Level

Build your first coin sorting robot

In Total of 5Hrs.

Beginer Experince Needed!
Students will learn:

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  • Raspi operating system

  • Computer Vision

  •  Advanced Hardware (Stepper + Camera)

  • Basic Control Theory

  • Computer Aided Design

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01

Assembly

  • Raspi Setup

  • Hardware Overview

02

Wiring

  • GPIO introduction

  • Stepper Motor Driver

03

Methods

  • Python 

  • Control Systems

04

Vision

  • Color Detection

  • Bounding Boxes

  • Circular Contours

05

Putting it together

  • Sensor Fusion 

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