Arduino Programming
Students learn how to write or apply code that controls electronic components through Arduino UNO.
Young Coder
Young Coder: Arduino, Robotics & Electronics for Ages 10+
A hands-on program for students ready to explore coding, electronics and real hardware projects.
Young Coder is designed for students aged 10 and above who are ready to move beyond basic coding and explore how programming works with real electronic components.
Using Arduino UNO, students learn how code can control lights, sensors, motors, buzzers and robotics projects.
Through guided hands-on learning, they build practical skills in coding, electronics, engineering design and problem-solving.
Age 10+
Arduino UNO
Electronics & Robotics
Hands-On Projects
Intermediate to Advanced
Trial Class RM99
Arduino class for kids
Robotics & electronics project
Program Overview
What Is Young Coder?
Young Coder is an Arduino, robotics and electronics program for students aged 10 years old and above.
This program introduces students to how coding works with real-world hardware. Instead of only creating digital projects on screen, students learn how their code can control physical components such as LEDs, motors, sensors and electronic circuits.
Using Arduino UNO, students explore programming, electronics, robotics concepts, engineering design and project development through hands-on learning experiences.
Young Coder helps students build a stronger understanding of technology by connecting software, hardware and real project outcomes.
Hardware-based coding class
Who Is This For?
Is Young Coder Suitable for My Child?
Young Coder is suitable for students who are curious about how electronics, robots, sensors and coding work together.
This program is ideal for learners who enjoy building, testing and solving technical challenges. It is also suitable for students who already have basic exposure to coding or STEM and are ready to move into more practical hardware-based projects.
Students aged 10 years old and above
Learners interested in coding, robotics and electronics
Students who enjoy hands-on building and technical challenges
Children who like experimenting with gadgets or machines
Students ready for Arduino-based project learning
Learners who want to understand how code controls real components
Parents who want their child to develop practical future-ready technology skills
Parent-Friendly Note
Your child does not need to be an expert in electronics before joining. Young Coder is structured to guide students step by step, from basic components to complete Arduino-powered projects.
What Students Learn
What Will Students Learn in Young Coder?
Young Coder helps students understand the connection between coding, electronics and robotics through guided hands-on projects.
Electronics Fundamentals
Students are introduced to basic electronics concepts such as input, output, circuits, power, connection and component behaviour.
Robotics Concepts
Students explore how robots and automated systems use sensors, motors and programmed instructions.
Engineering Design
Students learn how to plan, build, test and improve their projects using engineering thinking.
Sensor and Component Usage
Students explore components such as LEDs, buzzers, motors, sensors and other project-based electronics parts.
Problem-Solving Through Real Projects
Students learn to troubleshoot errors, fix connection issues, debug code and improve project performance.
Hands-On Project Development
Students gain experience building complete Arduino-powered robotics or electronics projects from idea to working output.
Tools & Kits
Tools & Kits Used in Young Coder
Young Coder uses Arduino UNO and electronics components to help students understand how coding can interact with real hardware.
Arduino UNO
Students use Arduino UNO as the main microcontroller to program and control electronics components.
Electronics Components
Students explore basic electronic components used in hands-on projects.
Sensors and Robotics Components
Students learn how sensors, motors and other robotics components can be used to create interactive and automated projects.
LED
Buzzer
Motor
Servo motor
Ultrasonic sensor
Light sensor
Buttons and switches
Jumper wires
Breadboard
Basic circuit components
How Learning Happens
How Students Learn in Young Coder
Young Coder uses project-based learning to help students understand technology through building, testing and improving real projects.
Understand the Concept
Students are introduced to a coding, electronics or robotics concept in a simple and practical way.
Build the Circuit
Students connect components such as LEDs, sensors, motors or buzzers to the Arduino board.
Program the Arduino
Students apply coding logic to control how the components behave.
Test the Project
Students test whether the project works as expected.
Troubleshoot
Students identify wiring issues, code errors or logic problems and learn how to fix them.
Improve the Design
Students modify their project to make it more functional, creative or reliable.
Present the Output
Students are encouraged to explain how their project works and what problem it solves.
Final Project / Output
What Will My Child Be Able to Build?
By joining Young Coder, students will design, build and program their own Arduino-powered robotics or electronic projects.
They will learn how to combine coding, components and engineering thinking to create projects that produce real actions, responses or movement.
LED control project
Buzzer alert system
Sensor-based project
Simple robot movement project
Servo motor project
Light-sensitive system
Distance detection project
Arduino-powered electronic model
Mini automation project
Robotics challenge project
Why Arduino?
Why Start Arduino, Robotics & Electronics at Age 10+?
At around 10 years old and above, many students are ready to understand more structured logic, step-by-step systems and technical problem-solving.
Arduino learning gives students a practical way to see how coding connects with real hardware. They can write or apply instructions, connect components and immediately see the result through lights, sounds, movement or sensor responses.
This makes coding feel more meaningful because students can see their ideas working in the real world.
Builds Practical Coding Understanding
Students learn how code can control physical devices and actions.
Strengthens Logical Thinking
Students practise sequencing, conditions, instructions and system flow.
Introduces Electronics Safely
Students explore basic electronics in a guided and structured way.
Encourages Engineering Thinking
Students learn to design, test, troubleshoot and improve their projects.
Builds Problem-Solving Skills
Students learn to identify why a project does not work and how to fix it.
Prepares Students for Advanced Technology Learning
Young Coder creates a foundation for C++ programming, automation, IoT and innovation projects in the next levels.
Skills Students Develop
Skills Your Child Will Build
Understanding how to program a microcontroller to control components.
Learning simple circuits, inputs, outputs and component behaviour.
Understanding how robots use motors, sensors and programmed instructions.
Planning, building, testing and improving a project.
Finding and fixing errors in code, wiring or project logic.
Using logical thinking to complete technical challenges.
Turning an idea into a working hands-on output.
Building confidence to use technology as a creation tool.
Explaining how a project works and what each component does.
Class Structure
Class Structure
Young Coder classes are designed to be structured, hands-on and suitable for students who are ready for more technical project-based learning.
Schedule Note
Parents may contact NextGen Makers on WhatsApp to check the latest schedule and suitable class slot.
Trial Class CTA
Book Trial Class on WhatsApp
Book a Young Coder Trial Class
Want your child to explore Arduino, robotics and electronics? Book a trial class and let your child experience a hands-on coding or electronics activity before enrolling.
During the trial class, your child will be introduced to an age-appropriate robotics or coding activity. Parents may receive basic feedback on the child's interest, participation and suitable program level.
Trial Class Fee: RM99
Duration: 1 hour
Suitable for: Age 10+
Booking: WhatsApp
Available: Weekdays & weekends
Branch Availability
Available at All Active NextGen Makers Branches
Young Coder is available at all active NextGen Makers branches, subject to schedule and slot availability.
Parents looking for an Arduino class for kids, robotics class Malaysia, robotics class Shah Alam, coding class Bangi, robotics class Cyberjaya, robotics class Puncak Alam or robotics class Selayang can check the latest Young Coder schedule with our team.
Check Young Coder Schedule
Young Coder branches
Young Coder FAQ
Questions Parents Often Ask
What age is Young Coder suitable for?
Young Coder is suitable for students aged 10 years old and above.
Is Young Coder suitable for beginners?
Young Coder is designed for intermediate to advanced learners, but students do not need to be experts. The trial class can help identify whether the student is ready for this level.
What will my child learn in Young Coder?
Students will learn Arduino programming, electronics fundamentals, robotics concepts, engineering design, sensor and component usage, problem-solving and hands-on project development.
What tools are used in Young Coder?
Students use Arduino UNO, electronics components, sensors and robotics components.
Will my child build real projects?
Yes. Students will design, build and program Arduino-powered robotics or electronic projects.
Does my child need to bring their own Arduino kit?
Parents may contact NextGen Makers on WhatsApp to confirm class requirements based on the selected branch and schedule.
How long is each class?
Each class is 1 hour. Classes are conducted 4 times per month.
Is there a trial class?
Yes. Parents can book a Young Coder trial class for RM99.
How do I book?
You can book a trial class by contacting NextGen Makers on WhatsApp at 011-5662 0871.
Build Real Hardware
Book Young Coder Trial Class
Let Your Child Build Their First Arduino Project
Young Coder helps students move from basic coding into real-world robotics, electronics and engineering projects. Through Arduino-powered hands-on learning, your child can build practical technology skills and gain confidence in solving real technical challenges.