Robotics with Arduino

Course Overview

This course provides participants with the fundamental skills and knowledge to design, build, and program robots using the Arduino platform. Arduino is an open-source electronics prototyping platform that enables learners to create various robotic applications, from simple sensor-based robots to advanced autonomous systems. Through hands-on projects, participants will explore essential robotics concepts, electronics, and programming techniques.

Aims and Objectives

• Introduce participants to the fundamentals of robotics and Arduino programming.
• Provide hands-on experience in designing and building robotic projects.
• Develop problem-solving and engineering skills through real-world robotics challenges.
• Enhance participants’ ability to integrate sensors, actuators, and controllers into robotic systems.
• Foster creativity and innovation in robotics through project-based learning.
• Promote teamwork and collaboration in designing robotic solutions.

Learning Outcomes

By the end of the course, participants will be able to:

1. Understand the basics of Arduino and its applications in robotics.
2. Design and build functional robots using sensors and actuators.
3. Write and troubleshoot Arduino code for robot control.
4. Integrate various components, such as motors and ultrasonic sensors, into robotic systems.
5. Develop autonomous robotic functions using programming logic.
6. Apply problem-solving skills to complete real-world robotics challenges.

Daily Program

Day 1: Introduction to Arduino and Robotics

• Overview of Arduino and its role in robotics.
• Setting up the Arduino environment.
• Hands-on session: Blinking LED and basic circuit connections.

Day 2: Sensors and Actuators in Robotics

• Introduction to different types of sensors (ultrasonic, infrared, light, etc.).
• Controlling motors and servos with Arduino.
• Workshop: Building a simple obstacle-avoiding robot.

Day 3: Programming and Automation

• Basics of Arduino programming (C/C++ for embedded systems).
• Writing code for robotic movements and sensor integration.
• Debugging and troubleshooting common programming errors.

Day 4: Advanced Robotics Applications

• Wireless communication and remote-controlled robotics.
• IoT applications with Arduino and robotics.
• Group project: Designing a functional robotic system.

Day 5: Final Project and Demonstration

• Completing and testing robotic projects.
• Presentation and demonstration of group projects.
• Feedback session and course wrap-up.
• Closing ceremony and certificate distribution.

Mobility Activities

• Tech Lab Visit: Exploring real-world robotics applications in a research or industrial setting.
• Innovation Hub Tour: Hands-on experience with cutting-edge robotics and automation technologies.
• Collaborative Robotics Project: Working with local students and professionals to develop innovative robotic solutions.

Assessment Methods

• Hands-on project evaluations.
• Coding and hardware troubleshooting exercises.
• Peer feedback and group collaboration assessments.
• Final project presentation and demonstration.