Age group: 10-17
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This course Includes
120 live tutoring sessions
Access on mobile and web
Certificate of completion
Hands-on Exercises & Practical Projects
Personalized Feedback & Coaching
Session Recordings for Rewatching
Module 1: Introduction to Robotics - Understand the basic concept of robots and their uses. - Hands-on activity: Build a simple robot model using LEGO or similar building blocks. Module 2: Understanding Robot Parts - Learn about different parts of a robot (sensors, motors, wheels, etc.). - Hands-on activity: Identify and label parts of a robot kit. Build a basic robot with pre-made parts. Module 3: Basic Movement - Make the robot move using simple commands. - Programming exercise: Program the robot to move forward, backwards, and turn using block-based coding. Navigate the robot through a simple obstacle course. Module 4: Light and Sound Sensors - Understand and use light and sound sensors. - Experiment: Program the robot to follow a light source. Make the robot respond to claps or other sounds. Module 5: Touch Sensors - Learn how touch sensors work. - Hands-on activity: Program the robot to stop when it hits an obstacle. Build and test a bumper robot that reacts to touch. Module 6: Basic Programming Concepts - Learn simple programming concepts like loops and conditions. - Coding exercise: Program the robot to repeat actions using loops. Make the robot react differently based on sensor inputs. Module 7: Creating a Dancing Robot - Combine movements and sensor responses to create a dance routine. - Programming challenge: Program the robot to perform a sequence of movements in rhythm. Present the dancing robot to the group. Module 8: Robot Drawing - Use the robot to create drawings. - Creative project: Attach a marker to the robot and program it to draw shapes. Display the robot’s artwork in an art gallery. Module 9: Building a Maze Solver - Build and program a robot to navigate through a maze. - Hands-on challenge: Construct a maze using household items. Program the robot to find its way out of the maze. Module 10: Exploring Robot Games - Create and play simple games using robots. - Game development: Build and program a robot for a game of tag. Organize a mini-robot soccer game with goals. Module 11: Robot Competitions - Compete in friendly robot challenges. - Competition setup: Organize races where robots navigate obstacle courses. Design simple sumo robots to push each other out of a ring. Module 12: Showcase and Reflect - Present projects and reflect on learning experiences. - Final showcase: Display all projects created during the course. Share and discuss what was learned and your favourite activities with peers.
Familiarity with using computers and basic software.
A keen interest in learning about robots, programming, and mechanical systems.
This course is designed for beginners with no previous experience in robotics.
Students will be able to understand the basics of robotics, including the components of a robot and what can be achieved using an Arduino board.
Students will gain proficiency in programming an Arduino board and using digital inputs and outputs such as push-buttons, sensors, and electric motors.
Students will learn how to create real-life electronic circuits and analyze real-world applications of robotics.
Students will gain experience with analog inputs and outputs such as potentiometers and photoresistors and learn how to program these devices using the Arduino.
By completing a final project, students will be able to demonstrate their knowledge and skills in robotics and electronics by creating a functional smart home device.
Students will have a basic understanding of robotics, including the components of a robot and the potential of Arduino boards.
Students will be able to write code to program an Arduino board and use digital inputs and outputs to create simple circuits.
Students will develop their problem-solving skills by analyzing real-world applications of robotics and creating their electronic circuits.
Students will become familiar with analog inputs and outputs, such as potentiometers and photoresistors, and will learn how to program these devices using the Arduino.
By completing a final project, students will have a tangible example of their knowledge and skills in robotics and electronics, which can be used to showcase their abilities to potential employers or further educational opportunities
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Can I take this course if I have no background in engineering?
Absolutely! This course is designed for beginners, so no prior background in engineering or robotics is needed.
What kind of projects will I work on?
You will work on simple robotics projects, including building and programming basic robots, and completing hands-on activities that demonstrate core robotics concepts.
What will I learn in the Robotics for Beginners course?
You will learn the fundamentals of robotics, including basic robot components, programming, and how to build and operate simple robots. Topics also include sensors, actuators, and introductory automation concepts.
Do I need any special equipment for this course?
Basic robotics kits or platforms will be provided or recommended. Some courses may require specific hardware and software, which will be detailed prior to the course start.
Is programming involved in this course?
Yes, the course includes an introduction to programming for robotics, focusing on beginner-friendly languages and environments.
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