Arduino-based robotics programming course
AUTOBOTIX
Build real robots. Write real code. Create real projects.
- No Prior Experience Needed
- Online & Offline
- Sessions
- 30
- Levels
- 3
- Age group
- 8+
- Project-based
- 100%
- Platform
- Arduino
Course curriculum
Level 3 – Environmental Sensing & Smart Systems
Students build smart environmental systems using gas, air quality, soil moisture, rain, and LED matrix modules. The level closes with a multi-session mentor-guided capstone project.
Session 21 –Gas Sensor (MQ-6)
- Gas Leakage Detector
Session 22 –Air Quality Sensor (MQ-135)
- Weather Monitoring System
Session 23 –Soil Moisture Sensor + Water Pump
- Smart Irrigation System
Session 24 –Rain Drop Sensor
- Smart Roof System
Session 25 –LED Matrix Module
- Scrolling Text Display
Session 26 – 27Assignments & Project Planning
- Student project idea discussion
- Concept to working model planning
Session 28 – 29Student Project Work
- Mentor-guided model building
- Hands-on prototype development
Session 30 –Project Demo & Level Recap
- Student project demonstrations
- Level 3 review and celebration
Level 3 showcase: Smart Irrigation System · Gas Leakage Detector · Student's Own Smart Device
What you'll learn in Level 3
- Gas & Air Quality - Build safety systems that detect leaks and monitor air quality in real time.
- Smart Agriculture - Automated irrigation and rain-sensing smart roof - real-world impact projects.
- LED Matrix Display - Program scrolling messages and animations on a dot-matrix LED panel.
- Capstone Project - Students build and present their own invention - from idea to working model.
Course curriculum
Level 4 – Advanced Robotics & Smart Sensing
Advanced sensor systems including PIR motion, colour sensing, and IR sensor arrays. Students build intelligent robots and accessibility devices, ending with a fully self-directed project.
Session 31 –Interfacing PIR Motion Sensor
- Intelligent Corridor Lights
Session 32 –PIR Sensor Advanced Projects
- Burglar Alert System
Session 33 –TCS3200 Colour Sensor (Intro)
- Interfacing and reading RGB values from objects
Session 34 –Colour-Based Object Sorting System
- Sort objects by detected colour
Session 35 –Smart Colour Reader
- Smart Colour Reader for the Visually Impaired
Session 36 –Interfacing IR Sensor Array
- Smart Line Follower Robot
Session 37 –IR Array Advanced Projects
- Line Follower with Obstacle Avoidance (Hybrid Robot)
Session 38 –Project Idea Discussion
- Assignments
- Student project idea brainstorm
Session 39 – 40Capstone Project Build
- Mentor helps convert student's idea into a fully working model
- Final demonstration
Level 4 showcase: Hybrid Obstacle-Avoiding Line Follower · Colour Sorter · Student's Own Invention
What you'll learn in Level 4
- PIR & Motion - Build security and smart lighting systems that respond to human presence.
- Colour Intelligence - Detect and sort by colour - including a reader built for the visually impaired.
- Hybrid Robots - Line-following robots that also dodge obstacles - multi-sensor integration.
- Self-Directed Invention - Students design and build their own idea into a real working device.
Course curriculum
Level 5 – Robotic Arms & Colour-Sorting Systems
The most advanced level - students assemble and program a 4-DOF Robotic Arm, integrate colour sensing and IR detection, and build a fully autonomous colour-sorting robotic arm as the final project.
Session 41 –Introduction to Robotic Arms
- Demo with sample arm
- Learn DOF, actuators, and gripper types
Session 42 –Assembly of 4-DOF Robotic Arm
- Assemble base, shoulder, elbow, and gripper using servo motors
Session 43 –Controlling Servos Individually
- Interface and code servo movements using potentiometers or predefined angles
Session 44 –Sequencing Motion — Pick & Place
- Program a pick-and-place sequence: pick from A, place at B
Session 45 –Gripper Control
- Fine-tune open/close positions using push button or logic control
Session 46 –Using TCS3200 Colour Sensor
- Interface and read RGB values from objects
- Display or log colour info
Session 47 –Colour-Based Sorting Logic
- Program arm to sort objects into bins based on colour (red, green, blue)
Session 48 –Object Detection & Sorting Tray Setup
- Add IR sensor for object detection
- Full workflow: Detect → Scan → Pick → Place
Session 49 – 50Mini Project Build & Final Demo
- Students integrate all elements to build a complete colour-sorting robotic arm
- Final project demonstration
Level 5 finale: Fully Autonomous Colour-Sorting 4-DOF Robotic Arm
What you'll master in Level 5
- 4-DOF Arm Assembly - base, shoulder, elbow, and gripper with servo motors
- Servo Sequencing - potentiometer control and predefined angle programming
- Pick & Place Logic - fully programmed A-to-B object transfer sequences
- Gripper Fine-Tuning - open/close precision using push button or code logic
- Colour Detection - TCS3200 sensor reads RGB values and drives decisions
- Full Autonomous Workflow - Detect → Scan Colour → Pick → Sort into bin
Give your explorer a term they'll remember.
Young Engineers' Academy — a RoboKidz brand
Contact +91 89 564 92530 · robokidz.co.in