mBot Robotics
From daily observations to hands-on practice, let children start with robotics and coding to explore the limitless possibilities of the engineering world.
Age: 9 - 11
P4 - P5
Course Description
Allow children to fully explore the world of robotics, as P4 to P5 students can also become little engineers!
Through RoboCode's mBot Robotics coding course, children learn to use mBot robotic parts, motors, various sensors, and the coding platform for creative projects. Starting with the characteristics of robotic objects observed in daily life, they use various components to gradually assemble the shape and structure of their creations.
By writing program commands, they control the operation of motors and electronic components, enabling their creations to perform real-world robotic tasks. The course helps children deeply understand mechanical principles, combining programming and assembly skills through practice, fostering their creativity and problem-solving abilities.
What Will Your Kids Learn?
- Master the principles of robotic assembly and the functions of sensors, understand the internal structures of various robotic creations, and deepen the understanding of how everyday robotic devices operate
- Combine robotic hardware with programming logic to create robotic devices capable of performing specific tasks to, thereby enhancing practical skills
- Explore artificial intelligence concepts and integrate them into robotic design, creating intelligent systems that can tackle real-world challenges
RoboCode Uniqueness
Exploring Daily Applications of Robotics
The course content is closely related to real-life scenarios, guiding children to discover the applications of robotics and coding in everyday life. This approach cultivates their observational abilities and innovative thinking.
From Basic Robotics to Intelligent Applications
Covering multiple topics, the course starts with introductory robotic vehicle programming. Gradually, it incorporates various components and sensors to complete different robotic projects. Children will also learn to combine mathematical, physical, and AI principles with programming to create intelligent robotic applications.
Showcasing Learning Achievements and Enhancing Presentation Skills
Each level includes a presentation session that children explain their acquired knowledge and showcase their projects in front of the camera. Continuous practice helps improve their presentation skills and boost their confidence in public speaking.
Our Curriculum
Level 1 - Basic Robotic Assembly and Sensor Application
Learn robotic assembly skills, master programming concepts and basic logic. Flexibly use sensors with appropriate programming commands to design and complete various robotic tasks.
- Understand the functions and operating principles of various components and sensors, and assemble robotic projects based on class themes
- Use ultrasonic sensor for obstacle detection to ensure smooth movement of the robotic vehicle
- Learn line following principles to complete practical tasks such as parking and maze navigation
Level 2 - Utilizing Sensors and Creating Real-World Projects
Further learn to use a wider variety of sensors, integrate mathematical concepts, and complete creations related to the real world. The course will enhance children' assembly skills and problem-solving abilities, and learn to apply robotic design principles to everyday life.
- Master the principles and applications of different types of sensors, and use programming to incorporate them into various projects
- Integrate mathematical concepts into project design to ensure accuracy and practicality
- Complete projects such as stabilizers and vending machines, using mBot to create robotic devices for everyday use
Level 3 - Advanced Line Following Principles and Binary Applications
Delve deeper into advanced line following principles and understand binary concepts for more complex project designs, enhancing the variety of projects while improving programming logic and computational skills.
- Master advanced line following principles, learn to use colour sensors, and identify different coloured paths
- Understand and apply binary concepts to make programs more precise and logical
- Complete complex projects involving advanced programming logic and calculations, enhancing technical proficiency
Level 4 - Smart Servo Motor Control and Large-Scale Project Implementation
Learn to control smart servo motors and apply them to large robotic projects to simulate real-world applications. Children will further enhance their practical skills, ensuring the stable operation of complex machines.
- Control smart servo motors for precise operations and control
- Assemble and debug complex robotic structures to ensure stability and functionality
- Complete large-scale real-world projects like conveyor belts, improving robotic assembly and application skills
Level 5 - Integrating Artificial Intelligence with Robotics
Apply AI to robotic projects to create intelligent systems. Children will learn about model training to understand the principles of AI model creation, enhancing the usability of their projects in daily life.
- Learn AI model training skills to ensure the accuracy and effectiveness of AI systems
- Integrate AI concepts into robotic design to enhance the intelligence of projects
- Complete projects such as smart washroom system and intelligent pet, creating practical and innovative smart systems
Suitable for
9 to 11 year-old
Every Lesson
90 Minutes
Every Level
12 Lessons
(18 Hours in Total)
Class Size
1:4
(Maximum)
Course Fee
$6840 per Level
(Extra Material Fee Required)
Kickstart Your Child's Journey to Innovation and Discovery
Frequently Asked Questions
Do children need to bring their own computers for classes?
No, we provide each child with a computer and all necessary tools.
Can parents get back children's completed works after class?
Yes, projects completed in class are saved in the child's personal account, which can be accessed anytime.
Can children practice at home?
Yes, children can log into their personal accounts and connect to mBot for practice and creation.
Do children need to bring their own mBot robotic parts?
Yes, each child needs to purchase the components required for each term. The cost of the parts is included with the tuition, and the instructor will distribute the parts during the class.
What if children need to take leave?
Parents should notify our staffs in advance. We will then arrange makeup class.
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