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Excellence In IR REMOTE CONTROLLED ROBOTS(S-EIRCR-4094)

  • Last updated Oct, 2026
  • Certified Course

Course Includes

  • Duration2 Months
  • Enrolled0
  • Lectures50
  • Videos0
  • Notes0
  • CertificateYes

What you'll learn

The IR Remote Controlled Robots course is a practical robotics program designed to teach learners how to build and control a robotic vehicle using an infrared (IR) remote control system. The course covers electronics, Arduino programming, IR communication, motor control, motor drivers, robot assembly, and troubleshooting.

Students learn how an IR remote transmits commands to an IR receiver and how a microcontroller interprets those commands to control the robot's motors. Through hands-on activities, learners develop practical skills in circuit building, programming, robot assembly, wireless command control, and robotic system integration.

What You Will Learn

  • Fundamentals of robotics and electronics
  • Working principles of IR communication
  • IR transmitter and receiver concepts
  • Arduino microcontroller programming
  • IR remote signal reading and decoding
  • DC motor and motor driver control
  • Forward, reverse, left and right movement
  • IR remote button programming
  • Speed control using PWM
  • Sensor and indicator integration
  • Battery and power management
  • Robot assembly and wiring
  • Hardware and software troubleshooting
  • Development of a complete IR-controlled robot

Who Can Join?

  • School students
  • Robotics beginners
  • STEM learners
  • Engineering and diploma students
  • ITI and technical students
  • Electronics students
  • Arduino beginners
  • Robotics enthusiasts
  • Students interested in automation and embedded systems

Prerequisite

Basic computer knowledge and logical thinking are helpful. Basic electronics knowledge is an advantage but not mandatory. No previous robotics or Arduino experience is required.

Course Outcome

After completing this course, learners will be able to:

  • Understand the fundamentals of IR-controlled robotic systems.
  • Identify and connect the major components of an IR robot.
  • Program an Arduino-based robotic vehicle.
  • Read and decode IR remote commands.
  • Control DC motors through a motor driver.
  • Program forward, reverse, left, right and stop movements.
  • Configure remote-control buttons for different robot functions.
  • Integrate basic sensors, LEDs and buzzers.
  • Troubleshoot common IR, motor, wiring and programming problems.
  • Build and demonstrate a complete IR Remote Controlled Robot project.

Career & Learning Opportunities

  • Robotics Project Assistant
  • Robotics Technician – Entry Level
  • Arduino Project Trainee
  • Embedded Systems Trainee
  • Electronics Project Trainee
  • Automation Trainee
  • Robotics Lab Assistant
  • STEM Project Assistant
  • Robotics Programming Assistant
  • STEM/Robotics Trainer – Entry Level


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Course Syllabus

Module 1: Introduction to IR Remote Controlled Robots

  • Introduction to robotics
  • What is an IR remote controlled robot?
  • Working principle of IR-controlled robots
  • Applications of IR remote control
  • Types of remote-controlled robots
  • Basic components required
  • Advantages and limitations of IR control

Module 2: Electronics Fundamentals

  • Basic electronic components
  • Voltage, current and resistance
  • Resistors and capacitors
  • LEDs and switches
  • Breadboard fundamentals
  • Basic circuit connections
  • Power supply concepts

Module 3: Robot Components

  • Microcontroller
  • DC motors
  • Motor driver
  • Wheels and chassis
  • IR receiver
  • IR remote control
  • Battery and power supply

Module 4: Microcontroller Fundamentals

  • Introduction to microcontrollers
  • Arduino overview
  • Arduino board components
  • Digital and analog pins
  • Input and output devices
  • Connecting components with Arduino
  • Basic microcontroller programming

Module 5: Arduino Programming Basics

  • Introduction to Arduino IDE
  • Arduino program structure
  • Variables and data types
  • Operators
  • Conditional statements
  • Loops
  • Functions
  • Uploading programs to Arduino

Module 6: IR Communication Fundamentals

  • Introduction to infrared communication
  • IR transmitter and receiver
  • Infrared signal basics
  • IR remote control buttons
  • IR signal transmission
  • IR receiver module
  • Applications of IR communication

Module 7: IR Remote Control Module

  • Working of IR remote controls
  • IR receiver connections
  • Remote button identification
  • Reading IR signals
  • Remote command decoding
  • Testing IR communication
  • Troubleshooting IR signals

Module 8: DC Motors & Motor Control

  • Working of DC motors
  • Motor direction control
  • Forward and reverse movement
  • Left and right movement
  • Motor speed control
  • PWM fundamentals
  • Motor testing

Module 9: Motor Driver Module

  • Need for a motor driver
  • Introduction to L298N/L293D
  • Motor driver connections
  • Controlling two DC motors
  • Direction control
  • Speed control
  • Motor driver troubleshooting

Module 10: Robot Chassis & Assembly

  • Robot chassis design
  • Wheel installation
  • Motor mounting
  • Battery placement
  • IR receiver placement
  • Mechanical alignment
  • Wiring arrangement
  • Complete robot assembly

Module 11: IR-Based Robot Movement

  • Forward movement command
  • Reverse movement command
  • Left turn command
  • Right turn command
  • Stop command
  • Combining movement commands
  • Testing remote-controlled movement

Module 12: IR Remote Programming

  • Mapping remote buttons
  • Assigning commands
  • Programming movement functions
  • Reading button codes
  • Command-based motor control
  • Handling repeated button signals
  • Developing a complete IR control program

Module 13: Sensors & Robot Indicators

  • Introduction to sensors
  • LED indicators
  • Buzzer integration
  • Distance sensor concepts
  • Sensor-based feedback
  • Battery status indication
  • Adding sensors to the robot

Module 14: Advanced IR Robot Control

  • Multiple movement commands
  • Variable speed control
  • Different robot movement modes
  • Emergency stop function
  • Sensor-assisted IR control
  • Improved command response
  • Advanced control logic

Module 15: Power Supply & Battery Management

  • Battery types
  • Selecting suitable batteries
  • Voltage requirements
  • Power distribution
  • Battery connections
  • Safe battery handling
  • Power consumption and efficiency

Module 16: Programming & Troubleshooting

  • Debugging Arduino programs
  • IR signal troubleshooting
  • Remote button detection problems
  • Motor control issues
  • Wiring problems
  • Power supply issues
  • Testing individual components
  • Hardware and software debugging

Module 17: Applications of IR Controlled Robots

  • Educational robotics
  • Remote-controlled robotic vehicles
  • Indoor robotic systems
  • Demonstration robots
  • Remote inspection concepts
  • Sensor-assisted robotic vehicles
  • Automation learning applications

Module 18: IR Robot Project Design

  • Project planning
  • Component selection
  • Circuit design
  • IR receiver integration
  • Motor and driver connection
  • Programming workflow
  • Testing and improvement

Module 19: Practical IR Robot Projects

  • Basic IR remote-controlled car
  • Four-direction movement robot
  • Speed-controlled IR robot
  • IR robot with buzzer and LED
  • IR robot with obstacle detection
  • Sensor-assisted IR robot
  • Multi-function IR robotic vehicle

Module 20: Final IR Remote Controlled Robot Project

  • Complete robot assembly
  • IR receiver integration
  • Motor driver and motor connections
  • Arduino programming
  • Remote button configuration
  • Movement and speed testing
  • Troubleshooting
  • Final project demonstration
  • Practical assessment


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