Step-by-step instructions for your very first robot project.
Learn about simple circuits and how to use them in robots.
Discover how to write basic code to control your robot.
Try out cool challenges to test your skills and creativity.
Definition and types of robots (industrial, service, medical, educational, etc.).
Key milestones and influential robots in history.
Applications in different fields (medicine, manufacturing, home automation).
Types of sensors: touch, light, ultrasonic, gyroscope, accelerometer, and cameras.
How sensors work and their applications in robotics.
Types of actuators: DC motors, servos, stepper motors, and linear actuators.
Understanding motion and control.
Different types of batteries and power sources.
Power management and safety.
Basic concepts: current, voltage, resistance.
Resistors, capacitors, diodes, transistors.
Hands-on projects: LED circuits, switch circuits.
Important safety measures and precautions.
Basics of programming languages and logic.
Creating simple programs using Scratch.
Writing code to control basic robot movements.
Role of microcontrollers in robotics.
Introduction to Arduino boards and basic programming.
Simple projects: LED control, motor control.
Basics of Python for robotics.
Advanced Arduino projects: sensor integration, motor control.
Using sensors to control actuators through programming.
Understanding robot movement: forward and inverse kinematics.
Concepts of force, torque, and motion in robotics.
Hands-on projects: robotic arm, mobile robot.
In-depth look at gyroscopes, accelerometers, and vision sensors.
Understanding and using stepper motors and linear actuators.
Basic concepts and applications in robotics.
Implementing simple AI algorithms for pathfinding and decision making.
Teaching robots to understand and respond to voice commands.
Basics of image processing and computer vision.
Integrating cameras for vision-based projects.
Programming robots to recognize and interact with objects
Basics of control theory and its application in robotics.
Understanding and implementing PID controllers for precise control.
Using sensors for feedback to control robot actions.
Basics of designing robots for different tasks.
Building and testing prototypes.
Using 3D printing for robot parts and components.
Different types of mobile robots: wheeled, tracked, legged.
Algorithms for navigating and planning paths.
Hands-on project: design, build, and program a mobile robot.
Building and programming fully autonomous robots.
Preparing for and participating in robotics competitions.
How to present and document your robotics projects effectively.
