Introduction to Robotics: • Definition and basic applications • Overview of the role of robots in various industries
Electronics Basics: • Basic circuit components • Understanding voltage, current, and resistance • Introduction to microcontrollers
Mechanical Fundamentals: • Basics of robot structure and components • Simple kinematics and movements • Introduction to gears and motors
Sensors and Actuators: • Basic sensors (e.g., light, touch, proximity) • Simple actuators (e.g., motors, servos) • Basics of feedback systems
Programming Essentials: • Introduction to programming languages (e.g., Scratch, Blockly) • Basic control structures (loops, conditionals) • Programming simple robot movements
Robotics Platforms: • Overview of beginner-friendly robotics kits • Basic robot assembly and operation • Introduction to different types of robots
Control Basics: • Open-loop and closed-loop control • Basics of proportional-integral-derivative (PID) control • Basic programming for robot control
Introduction to Robot Simulation: • Basics of simulating robots • Simple simulations using beginner-friendly software
Project: Building a Basic Robot: • Hands-on project assembling a basic robot • Programming the robot for simple tasks • Testing and troubleshooting
Computer Vision Basics: • Introduction to basic computer vision concepts • Simple image processing for robots • Understanding object detection
Introduction to AI in Robotics: • Basics of AI in the context of robotics • Simple machine learning concepts • Applications of AI in basic robotics
Ethical Considerations: • Introduction to ethical issues in robotics • Discussions on responsible robot use • Impact of robots on society • Simple machine learning concepts • Applications of AI in basic robotics
Ethical Considerations: • Introduction to ethical issues in robotics • Discussions on responsible robot use • Impact of robots on society
