Robotics

Robotics for Kids : Learn coding while building Robots

Discover the Scientist in your child: Build Robots with Motors, Sensors | Using easy Drag Drop Software

What skills can your child gain in this course

What will your child learn in this course

Course Outline

Lego Robotics

(7-8 years old)

Stage 1: Read building instruction, basic movement programming.
Stage 2: Touch sensor, color sensor, gyro sensor and ultrasonic programming applications.
Stage 3: Looping function, logical conditioning for decision making, switches.
Stage 4: My blocks customisation, logic operators and high level decision making, PID control.

Microbit

(9-11 years old)

Stage 1: Learn basics of Microbit programming, create simple interactive projects.
Stage 2: Integrate sensors, create more advanced projects that interact with their environment.
Stage 3: Build advanced robotic systems, enabling wireless communication between devices.
Stage 4: Design and develop complex, prototype real-world robotic automated systems.

Arduino

(12-15 years old)

Stage 1: Grasp fundamental electronics and programming concepts, build and code basic electronic circuits
Stage 2: Design and program projects that interact with surroundings using sensors and actuators.
Stage 3: Build advanced robotic systems and implement wireless communication for remote operations.
Stage 4: Design and develop autonomous robotic systems, demonstrating its applications.

Raspberry Pi

(15-18 years old)

Stage 1: Basic programming of Raspberry Pi and simple hardware interfacing.
Stage 2: Creating and programming intermediate-level robotics projects that interact with environment.
Stage 3: Build advanced robotics systems and integrate them with IoT for remote monitoring and control.
Stage 4: Develop fully autonomous robotics systems, utilizing AI and machine learning.

Requirements

No materials required as we provided the material (You are welcome purchase the kits for practicing )
No PC is required as we provided PC (You are welcome to bring your own)
No prior Robotics Knowledge is required
No prior Programming Knowledge is required

Description

As a parent, you’re always looking for opportunities to ignite your child’s passion for learning while preparing them for a future that’s increasingly driven by technology. Our robotics program, designed for children aged 7 to 18, is the perfect way to blend education with fun, creativity, and real-world skills. Through engaging courses in LEGO Robotics, Microbit, Arduino, and Raspberry Pi, your child will gain hands-on experience in building and programming robots, setting the stage for a future full of possibilities.

LEGO Robotics – Building Blocks of Innovation

LEGO Robotics is where it all begins—a fantastic introduction to the world of robotics that combines the creativity of LEGO with the principles of engineering and programming. In this first stage, kids will learn to build simple robots using LEGO kits, and they’ll program these robots to perform tasks and solve challenges. It’s an exciting way for young learners to grasp the basics of robotics while having a blast with their favorite building blocks.

What They’ll Learn:

Basic Robotics Concepts: Introduction to sensors, motors, and basic programming logic.
Problem-Solving Skills: Challenges like maze navigation and obstacle avoidance teach critical thinking.
Teamwork and Communication: Working on group projects fosters collaboration and communication.

Microbit – Taking Robotics to the Next Level

Once your child has mastered LEGO Robotics, they’ll move on to Microbit, a compact microcontroller that introduces more advanced programming concepts. Microbit is ideal for teaching kids how to use sensors and data to create interactive projects. In this stage, they’ll build devices like digital compasses, step counters, and simple games, learning how to program using block-based and text-based languages.

What They’ll Learn:

Intermediate Programming Skills: Transition from block-based to text-based coding.
Sensor Integration: Using sensors to collect and use data for various applications.
Project Design and Execution: Creating functional and interactive devices with real-world applications.

Arduino – Building Advanced Projects

In the third stage, your child will delve into Arduino, a versatile electronics platform that allows for more complex and customized projects. Arduino is where they’ll start to understand how circuits work and how to program microcontrollers to control various hardware components. Projects might include home automation systems, robotic arms, or even interactive displays.

What They’ll Learn:

Advanced Electronics: Understanding circuits, sensors, and actuators.
Complex Programming: Learning to write and debug more sophisticated code.
Real-World Applications: Building projects that have practical uses, like home automation.

Raspberry Pi – Mastering Robotics and Data Science

Finally, in the fourth stage, your child will work with Raspberry Pi, a compact yet powerful computer. This stage combines everything they’ve learned and pushes it further with projects that involve more complex programming and data science. They’ll create systems that can perform tasks like facial recognition, data analysis, and even run web servers.

What They’ll Learn:

Computer Programming: Advanced coding in languages like Python.
Data Science Basics: Introduction to data collection, analysis, and machine learning.
Innovative Projects: Building complex systems that integrate various technologies.

Invest in a Future of Possibilities

Our robotics program is more than just a series of courses—it’s a journey that equips your child with the skills and confidence they need to excel in a tech-driven world. From building their first LEGO robots to creating sophisticated systems with Raspberry Pi, they’ll gain a comprehensive understanding of technology and its applications.

Investing in this program means giving your child the tools to turn their ideas into reality, the skills to solve complex problems, and the knowledge to make informed decisions based on data. It’s a fun, educational, and practical way to prepare them for a bright and exciting future.

So, why not give your child the gift of knowledge and creativity? Let’s embark on this amazing journey together and watch them build a future full of possibilities.