Module 1: Introduction to Robotics
- What is a robot? Definition and real-world applications
- History
and evolution of robotics
- The role of robotics in modern industries and education
- Overview
of robot types
Module 2: Understanding Robotics Components
- Core
components of a robot
- Overview
of microcontrollers and their roles
- Types of sensors and their use in robotic systems
- Introduction
to servo and DC motors and their control mechanisms
Module 3: Robot Building and Assembly
- Interpreting
digital designs and 3D printed components
- Step-by-step
robot frame assembly
- Wiring and integrating electronic components
- Full hands-on project: building a complete, programmable robot
Module 4: Arduino Programming Basics
- Introduction
to Arduino IDE and environment
- Programming
fundamentals: variables, functions, loops, and logic
- Writing simple programs to control sensors and motors
- Practical
labs: controlling motion and sensor input
Module 5: Robot Programming and AI Integration
- Writing code to control full robot systems
- Task-based
robot programming (e.g., obstacle avoidance, line following)
- Introduction
to integrating basic AI logic
- Final
project: Build, code, and test a robot that completes a specific mission
