Robotics

Discover how these technologies are revolutionizing education by allowing students to transform their ideas into tangible objects through the process of designing and printing in three dimensions.

Introduction to Robotics

Get ready for an exciting journey into the world of robotics! In this module, we will embark on a mission of great importance as we assist the organization responsible for our world's safety. We will begin with an introduction to robotics, laying the foundation for the tasks that lie ahead. From understanding the basics of robotics to exploring various applications, this module will equip you with the knowledge and skills needed to excel in the field.

Robots

Brace yourself for an exhilarating challenge as we explore the concept of following a target robot. In this task, you will develop the skills to design a robot that can autonomously track and follow a moving target. Through the integration of sensors, programming, and problem-solving, you will unleash your creativity and engineering prowess to build a robot capable of tracking the enemy robot's movements.

Smartphone-Controlled Robot

Here you will dive into the realm of smartphone-controlled robots. Through a series of hands-on activities, you will learn to build and program a robot that can be controlled using your smartphone. From assembling the components to implementing logic and scripting, you will gain a comprehensive understanding of how to create a robot that responds to your commands.

Obstacle-Avoiding Robot

Get ready to tackle real-world scenarios with an obstacle-avoiding robot. In this task, you will learn how to equip a robot with sensors that detect and navigate around obstacles in its path. By combining circuitry, logic, and problem-solving skills, you will create an intelligent robot capable of autonomously maneuvering through a complex environment. Prepare to witness your robot gracefully navigate obstacles and overcome challenges.

Enemy robot

With determination and precision, students successfully completed the sensor connection project. By carefully following the provided instructions and utilizing our knowledge of circuitry, we seamlessly connected the IR sensors to our device.

Robot that avoids obstacles

Witness the remarkable ingenuity of a student who designed and constructed a wheel-based device. This impressive creation showcases the student’s expertise in mechanical engineering and problem-solving skills, resulting in a functional device that utilizes wheels for mobility.

ROBOTICS MANUAL PDF