Robotics 5-days Workshop

 Introduction to Robotics and Basic Concepts

Objective:

• Understand the fundamentals of robotics and basic concepts.

Activities:

• Introduction (Live Session): Overview of the workshop objectives and structure.

• What is Robotics: Introduction to the field of robotics, its applications, and importance.

• Basic Concepts: Explanation of basic robotics concepts such as sensors, actuators, and microcontrollers.

• Introduction to Arduino: Overview of Arduino microcontroller and its role in robotics projects.

• Hands-On Exercise: Participants assemble a simple robot using Arduino and basic electronic components (e.g., motors, sensors).

• Q&A Session: Address participants' questions and provide additional explanations.

• Homework: Write a simple Arduino program to control the robot's movement.

Materials Needed:

• Video conferencing platform for live session

• Arduino kits for each participant

• Basic electronic components (motors, sensors, wires)

Understanding Sensors and Actuators

Objective:

• Learn about sensors and actuators used in robotics and how they work.

Activities:

• Review (Live Session): Quick review of Day 1 concepts and homework.

• Types of Sensors: Introduction to various types of sensors used in robotics (e.g., ultrasonic, infrared, light).

• Types of Actuators: Explanation of different types of actuators (e.g., motors, servos) and their functions.

• Interfacing with Arduino: Demonstration of how to connect sensors and actuators to Arduino and read/write data.

• Hands-On Exercise: Participants wire up sensors and actuators to Arduino and write programs to control them.

• Q&A Session: Address participants' questions and provide additional explanations.

• Homework: Write a program to control a servo motor based on input from a sensor.

Materials Needed:

• Arduino kits for each participant

• Various sensors (e.g., ultrasonic, infrared, light)

• Actuators (e.g., motors, servos)

Programming Basics with Arduino

Objective:

• Learn the basics of programming with Arduino for robotics projects.

Activities:

• Review (Live Session): Quick review of Day 2 concepts and homework.

• Introduction to Arduino IDE: Overview of Arduino Integrated Development Environment (IDE) and its features.

• Arduino Programming Basics: Explanation of basic programming concepts such as variables, control structures, and functions.

• Writing Arduino Code: Step-by-step guide on writing and uploading Arduino sketches to control robots.

• Hands-On Exercise: Participants write simple programs to control their robots' movements and interact with sensors.

• Q&A Session: Address participants' questions and provide additional explanations.

• Homework: Write a program to implement obstacle avoidance behavior using sensors.

Materials Needed:

• Arduino kits for each participant

• Computers with Arduino IDE installed

Project Integration and Troubleshooting

Objective:

• Integrate components into a complete robotics project and learn troubleshooting techniques.

Activities:

• Review (Live Session): Quick review of Day 3 concepts and homework.

• Project Integration: Guide participants through integrating sensors, actuators, and programming into a complete robotics project.

• Testing and Debugging: Discuss strategies for testing robots and troubleshooting common issues (e.g., wiring errors, code bugs).

• Hands-On Exercise: Participants work on their robotics projects, testing and troubleshooting as needed.

• Peer Collaboration: Encourage participants to collaborate and assist each other in solving problems.

• Q&A Session: Address participants' questions and provide troubleshooting assistance.

 

• Homework: Complete the integration of sensors and actuators into their robotics projects.

Materials Needed:

• Arduino kits for each participant

• Various sensors and actuators

• Computers for programming and testing

Final Project Presentation and Wrap-Up

Objective:

• Present final robotics projects and wrap up the workshop.

Activities:

• Warm-Up (Live Session): Light warm-up activity to prepare for the final presentations.

• Final Project Presentation: Participants present their completed robotics projects to the group, demonstrating functionality and discussing challenges faced.

• Feedback Session: Group provides constructive feedback on each presentation, highlighting strengths and areas for improvement.

• Reflection and Discussion: Reflect on the workshop experience, discuss lessons learned, and share insights.

• Certificates: Presentation of certificates of completion.

Materials Needed:

• Video conferencing platform for live session

• Completed robotics projects

• Certificates of completion