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Rm 11, 18/F, Wing Fung Industrial Building, Tsuen Wan, NT
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Primary micro:bit Course




The following courses are designed for primary students, offering diverse learning experiences with micro:bit and related tools.

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2 courses

KittenBotIntroduction to IoT

IoT Fundamentals Micro:Bit Sensor Applications
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AIoTSmart IoT Course

AI+IoTIntegration Smart Sensing Data Analytics
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IoT Fundamentals Sensor Applications System Integration
KittenBotIoT Classroom Scenarios
(Image generated by generative AI)

KittenBotIoT Introduction Course | Course Overview

Designed for Hong Kong primary students, this course enters the amazing IoT world. IoT connects smart devices (smart lights, smart locks, sensors, etc.) so they can 'chat' and 'cooperate' over the network to complete fun tasks together!
In class, students use KittenBot smart kits and Micro:bit microcontrollers with simple visual block programming like puzzles. They assemble smart inventions and programme them to work — auto-lights, door/window alarms and more. Everyone can become a young inventor and turn wild ideas into reality!

What students will learn and gain

  • Understand basic Internet of Things (IoT) concepts
  • Apply Sensors in Projects
  • Collect and Transmit Data
  • Implement Simple Automation
  • Experience Smart Home Applications

Course highlights

Modular teaching with projects including smart home, environmental monitoring and health tracking. Student work can connect to cloud platforms for remote control.

Competitions & showcase opportunities

  • Micro:BitDesign Competitions
  • School Smart Device Exhibition

Future-ready advantages

Today's world is increasingly smart — IoT and intelligent technology appear everywhere at school, home and in daily life. Early exposure strengthens interest in technology and teaches creative, logical problem-solving. This course includes many hands-on and interactive games for relaxed, enjoyable learning of new technology.

AIIntegration Smart Sensing Data Analytics
AIoTSmart IoT Classroom Scenarios
(Image generated by generative AI)

AIoTSmart IoT Course | Course Overview

Combining AI and IoT — two frontier technologies — this course shows how smart technology empowers everyday objects with sensing, thinking and communication. Centred on microcontrollers and AI, students design and assemble diverse smart devices, experiencing innovative technology in practice.
Content progresses from basic programming and smart device development to sensing applications and AIoT system connection and innovative design. Students use image recognition, data collection and analysis to create smart inventions such as simple image recognition systems, smart environment sensing and interactive devices. Through hands-on practice and creativity, students master cross-disciplinary knowledge and improve problem-solving, logical thinking and teamwork.

What students will learn and gain

  • Understand AIoT integration concepts
  • Master Smart Sensing Technology
  • Develop using Wi-Fi boards
  • Master Coding Fundamentals
  • Learn about AI deep learning and machine learning

Course highlights

Technical integration is emphasised — projects cover smart transport, health monitoring, environmental protection and other social issues. Students develop AIoT solutions with social value.

Competitions & showcase opportunities

  • AIoTInnovation Competition
  • School Smart Device Exhibition
  • Open Day / STEM Week showcase

Future-ready advantages

Students learn the basic principles of these technologies and how to turn creativity into practical smart devices. They learn how AI and IoT work, master basic programming and microcontroller applications, and use this knowledge to design and control various smart projects.
Emphasising hands-on practice and project learning, students write code, connect hardware and debug systems, applying creativity in projects to improve problem-solving and logical thinking. Through teamwork and showcases, students build confidence and communication and collaboration skills.

More primary recommendations

The following courses are designed for primary students — safe, low-burden, high-participation interaction, suitable for open days, STEM Week or parent-child showcases.

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Meta Quest VRTaster Sessions

Themed around VR and the metaverse, this course is designed for Hong Kong primary students. Using VR headsets, students enter different virtual worlds, learn safe VR operation and grasp basic VR and metaverse concepts through fun, interactive experiences.

  • Learning focus: VR technology principles, content creation basics, 3D spatial design, immersive experience design
  • Course highlights: age-appropriate VR experiences, virtual scene creation, interactive experience design
VRTechnology 3DDesign Interactive Experience Metaverse
CoSpaces VR/AR Creative Course Thumbnail

Delightex Creative Course

Using Delightex (formerly CoSpaces) as the teaching platform, leading Hong Kong primary students into the creative world of 3D virtual reality (VR).

  • Learning focus: platform operation, 3D scene design, VR/AR creation, interactive design thinking, spatial creativity
  • Course highlights: intuitive and easy to start; works can be exported as mobile AR experiences
  • Competitions/Showcases: CoSpaces creation contest, AR educational app exhibition, virtual museum, cross-disciplinary showcase
  • Future advantages: pathways in EdTech, digital exhibitions, virtual tourism, and further study
CoSpaces VR/AR 3DDesign Interactive Creation
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PygameGame Development Course

Using accessible Python and the Pygame library to introduce game design and programming.

  • Learning focus: Master Pygame basics, game logic design, graphics concepts, project management, creative design thinking
  • Course highlights: platform, shooter, puzzle and other game types; integrated planning, art, and programming
Python Pygame Game Design Project-Based Learning
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App InventorApp Development Course

Based on the App Inventor block platform, students learn mobile app design and development easily through drag-and-drop blocks.

  • Learning focus: App Inventor operation, app architecture, user interface, product thinking, user experience
  • Course highlights: low barrier, high output — focus on practical features and publishing showcase
AppDevelopmentBlock-Based CodingUX/UI

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