FROM AGE 7-17 YEARS OLD
Create Games & Robots Like a Pro
From the first code to building amazing robots and games.
7+Years Old
Level
Beginner-friendly
Physical / Online
90 Minutes /Lesson
8 Children/Group
English / Mandarin
Learn Robotics with ease
Join our beginner-friendly course and turn imagination into real-world robotics applications.
Certification
Students who pass our assessment earn a certificate recognizing their achievement and skills.
Project Based
Engages students in hands-on projects to build real-world problem-solving skills through design, coding, and teamwork.
Competition
Our support ensures students are well-prepared and confident to compete on local and global stages.
Reward System
Enhance active learning with gamification. Students can earn points from tasks and redeem gifts!
Expertise Trainer
Students are trained by expert teachers, following a structured syllabus for mastery in robotics and coding.
Community
Students form a supportive community, making friends, sharing knowledge, and boosting motivation.
Personalised
Our program is tailored to each student's progress, allowing them to learn at their own pace and ensuring steady growth.
Missions & Activities
Encourages healthy competition, motivating students to challenge themselves while learning from peers.
Certification
Students who pass our assessment earn a certificate recognizing their achievement and skills.
Project Based
Engages students in hands-on projects to build real-world problem-solving skills through design, coding, and teamwork.
Competition
Our support ensures students are well-prepared and confident to compete on local and global stages.
Reward System
Enhance active learning with gamification. Students can earn points from tasks and redeem gifts!
Expertise Trainer
Students are trained by expert teachers, following a structured syllabus for mastery in robotics and coding.
Community
Students form a supportive community, making friends, sharing knowledge, and boosting motivation.
Personalised
Our program is tailored to each student's progress, allowing them to learn at their own pace and ensuring steady growth.
Missions & Activities
Encourages healthy competition, motivating students to challenge themselves while learning from peers.
Part 1
Build the Robot
Students begin by assembling their robot following an instruction manual. This foundational step ensures they understand the basic structure and functionality before diving into advanced concepts.
Guided Construction
Build robots using detailed instructions, starting with LEGO-based designs for hands-on learning. Introduce structured steps to familiarize students with essential components.
Concept Visualization
Understand the principles behind the robot's design and function. Learn how mechanical parts interact to achieve specific tasks.
3D Design & Modelling
Design custom robot parts using 3D modeling software. Explore 3D printing to create unique components and enhance creativity.
Innovative Additions
Expand beyond the basics with customization, upgrades, and advanced building techniques. Introduce alternative materials or modular design concepts for flexible learning.
Guided Construction
Build robots using detailed instructions, starting with LEGO-based designs for hands-on learning. Introduce structured steps to familiarize students with essential components.
Concept Visualization
Understand the principles behind the robot's design and function. Learn how mechanical parts interact to achieve specific tasks.
3D Design & Modelling
Design custom robot parts using 3D modeling software. Explore 3D printing to create unique components and enhance creativity.
Innovative Additions
Expand beyond the basics with customization, upgrades, and advanced building techniques. Introduce alternative materials or modular design concepts for flexible learning.
Part 2
Explore Components
Once the robot is built, students examine the integrated motors and sensors. This step helps them understand the hardware’s purpose and how it interacts with the robot’s environment.
Explore Motors
Study how motors and actuators power a robot’s movement and perform tasks. Experiment with controlling speed, direction, and torque.
Integration & Connectivity
Explore how components connect and communicate through cables, ports, or wireless systems. Understand microcontrollers and how they process inputs and outputs.
Understand Sensors
Learn about different sensors, like ultrasonic, touch, and color sensors, and their functions. Discover how sensors help robots interact with their environment.
Control System
Understand how microcontrollers and control boards serve as the brain of the robot. Learn how commands and algorithms are processed to control robotic actions.
Explore Motors
Study how motors and actuators power a robot’s movement and perform tasks. Experiment with controlling speed, direction, and torque.
Integration & Connectivity
Explore how components connect and communicate through cables, ports, or wireless systems. Understand microcontrollers and how they process inputs and outputs.
Understand Sensors
Learn about different sensors, like ultrasonic, touch, and color sensors, and their functions. Discover how sensors help robots interact with their environment.
Control System
Understand how microcontrollers and control boards serve as the brain of the robot. Learn how commands and algorithms are processed to control robotic actions.
Part 3
Code the Robot
Students learn to write and implement code to bring their robot to life. They gain hands-on experience in programming, making the robot perform specific tasks and functions.
Programming Basics
Learn the fundamentals of coding, like loops, conditionals, and variables, for controlling robots. We use kid-friendly coding platforms to get started.
Sensor Integration
Write code to make sensors gather data and trigger specific robot behaviors. Experiment with feedback loops and sensor calibration.
Motion Control
Program the robot’s movements, such as navigating, turning, and avoiding obstacles. Use algorithms for smoother and more efficient motion.
Debugging & Testing
Identify and fix errors in robot programming. Test programs in real scenarios and refine for accuracy and reliability.
Programming Basics
Learn the fundamentals of coding, like loops, conditionals, and variables, for controlling robots. We use kid-friendly coding platforms to get started.
Sensor Integration
Write code to make sensors gather data and trigger specific robot behaviors. Experiment with feedback loops and sensor calibration.
Motion Control
Program the robot’s movements, such as navigating, turning, and avoiding obstacles. Use algorithms for smoother and more efficient motion.
Debugging & Testing
Identify and fix errors in robot programming. Test programs in real scenarios and refine for accuracy and reliability.
Part 4
Complete the Challenge
Students apply their learning by solving challenges through coding. This step tests their creativity and problem-solving skills as they optimize their robot’s performance.
Mission-Based Tasks
Students tackle hands-on missions designed around the concepts they've learned. Each mission requires applying knowledge of robotics, coding, and problem-solving in creative ways.
Dynamic Activities
Challenges include varied activities such as obstacle courses, object manipulation, or following specific paths. These tasks encourage adaptability and critical thinking.
Friendly Competitions
Engage in team or individual competitions to solve robotics problems faster or more efficiently. Competitions foster a healthy spirit of challenge and peer motivation.
Creative Freedom
Students adapt challenges by changing parameters or designing custom solutions. Opportunities to participate in regional or international robotics competitions as a culmination.
Mission-Based Tasks
Students tackle hands-on missions designed around the concepts they've learned. Each mission requires applying knowledge of robotics, coding, and problem-solving in creative ways.
Dynamic Activities
Challenges include varied activities such as obstacle courses, object manipulation, or following specific paths. These tasks encourage adaptability and critical thinking.
Friendly Competitions
Engage in team or individual competitions to solve robotics problems faster or more efficiently. Competitions foster a healthy spirit of challenge and peer motivation.
Creative Freedom
Students adapt challenges by changing parameters or designing custom solutions. Opportunities to participate in regional or international robotics competitions as a culmination.
Bonus
Earn While Learning
About Us
Hi, we’re a passionate team of robotics educators dedicated to inspiring young innovators. Our journey in robotics and coding has empowered students to transform ideas into real-world creations, combining creativity with cutting-edge technology. We’ve collaborated with leading educational organizations to develop unique and effective teaching methods. With a focus on hands-on, project-based learning, we’ve guided thousands of students aged 7 to 17 to master robotics and coding. Through our structured and engaging approach, we help learners of all levels build confidence, solve challenges, and unlock their full potential in STEM, preparing them for a tech-driven future.
Enroll Now
- 1.5 Hours / Session
- Missions
- Activities
- Supportive Online Community
- Free Access Learning System
- Level Assessment
- Certification (t&c)
- Competitions
Enroll now and SAVE 10%
Select payment option
1-month
(4 sessions)
RM180
/month
3-month
(12 sessions)
RM171
/month
6-month
(24 sessions)
RM162
/month
What parent say
Our Happy Parents!
Advaspire Trainers are modern educators inspiring many children in a skill that we have called as mundane and difficult. You guys are cheerful, patient and meticulous in classes. We are glad have Advaspire as Ethessa’s Scratch programming Trainers.
Siew Yee
My boys 6 & 9 years old find the courses offer here fun and creative. Scratch coding is really fun, interactive, improves creativity, sharpen their analytical and logic skills. Most important is the trainers are friendly and able to make the learning easy to understand. Great place for kids!
Avril Satomi
Frequently Asked Questions
To take this course you need to have: robotics kit (which we provide), a laptop with internet assess.
Your child will learn the essential tools of robotics, all the techniques used in building and programming robots, as well as hidden tips for optimizing their creations. Most importantly, they’ll practice designing and coding their own robots from scratch. In the final stages, we’ll also provide guidance on how to apply their robotics skills in real-world challenges and competitions.
Great! Previous coding experience will help your child progress faster. They’ll have the opportunity to expand their knowledge and apply it in exciting, hands-on projects.
The course is tailored to your child’s pace, ensuring they learn at their own speed. Typically, it takes about 9 months to progress to the next level, but this can vary depending on their commitment and practice.
Yes! Upon successfully completing the course and passing the assessment, your child will receive a certificate that recognizes their achievement and showcases their robotics and coding proficiency.
More than just a joyful place
Robotics for kids Courses designed by the youth of today, for the youth of tomorrow.
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