✦ About Program
Course Outcomes
By the end of CRA, students should be able to:
Understand fundamental robotics concepts
Program Arduino-based robots
Connect and use sensors and motors
Build basic autonomous robots
Develop simple automation systems
Complete a working robotics project
Tools & Technologies
Arduino • C/C++ • Sensors • DC Motors • Servo Motors • Motor Drivers • Electronics Components • Bluetooth • Ultrasonic Sensors
Suggested Eligibility
School students (8th standard & above), college students, beginners, and anyone interested in robotics and automation.
✦ Course Curriculum
1
Module 1 – Introduction to Robotics
- What is Robotics?
- History and applications
- Types of robots
- Robot components
- Robotics in real-world applications
2
Module 2 – Electronics Fundamentals
- Voltage, current & resistance
- Ohm’s Law
- Series & parallel circuits
- Breadboard
- Basic circuit connections
3
Module 3 – Arduino Programming
- Introduction to Arduino
- Arduino IDE
- C/C++ programming basics
- Variables & data types
- Conditions & loops
- Functions
- Digital & analog I/O
- Serial Monitor
4
Module 4 – Sensors & Actuators
- Sensor fundamentals
- IR sensor
- Ultrasonic sensor (HC-SR04)
- Line sensor
- Temperature sensor
- Actuators
- Relay modules
5
Module 5 – Motors & Motor Control
- DC motors
- Servo motors
- Motor specifications
- Motor drivers (L293D)
- Speed & direction control
- Servo positioning
6
Module 6 – Line-Following Robot
- Line-following concept
- IR sensor array
- Motor control
- Sensor calibration
- Programming and testing
- Practical: Build a Line-Following Robot
7
Module 7 – Obstacle-Avoiding Robot
- Obstacle detection
- Ultrasonic distance measurement
- Decision-making logic
- Motor control
- Practical: Build an Obstacle-Avoiding Robot
8
Module 8 – Bluetooth-Controlled Robot
- Bluetooth fundamentals
- HC-05/HC-06
- Mobile-to-robot communication
- Bluetooth commands
- Wireless robot control
- Practical: Control a robot using a mobile phone
9
Module 9 – Basic Automation
- Introduction to automation
- Relay modules
- Sensor-based automation
- Automated lighting
- Home automation concepts
- Practical: Mini automation project
10
Module 10 – Final Mini Project
- Project planning
- Circuit design
- Arduino coding
- Robot assembly
- Debugging
- Testing
- Final demonstration