Week 1: Introduction to Robotics

• Understanding what robotics is and its applications in various fields
• Introduction to basic robot components: motors, sensors, and microcontrollers
• Exploring different types of robots and their functionalities

Week 2: Robot Construction

• Basics of robot assembly and construction
• Introduction to robot kits and their components
• Hands-on activity: assembling a simple robot from a kit

Week 3: Introduction to Microcontrollers

• Understanding microcontrollers and their role in robotics
• Basics of microcontroller programming using block-based programming languages
• Programming simple tasks such as motor control and sensor interaction

Week 4: Sensors and Actuators

• Introduction to sensors and actuators used in robotics
• Understanding different types of sensors: light, sound, proximity, etc.
• Hands-on activities: integrating sensors and actuators into robot projects

Week 5: Programming Logic for Robotics

• Introduction to programming logic: sequences, loops, and conditionals
• Writing simple programs to control robot movements and responses
• Solving basic robotic challenges through programming

Week 6: Robot Challenges and Projects

• Engaging in hands-on robot challenges and projects
• Applying knowledge gained in previous weeks to solve real-world problems
• Encouraging creativity and experimentation in robot design and programming

Week 7: Introduction to Simple Algorithms

• Understanding algorithms and their importance in robotics
• Introduction to basic algorithms such as line-following and obstacle avoidance
• Implementing algorithms in robot programming

Week 8: Final Project

• Culminating project to showcase skills learned throughout the course
• Students will work on a small robotics project that integrates various concepts covered in the course
• Presentation of projects and feedback session