AI X IoT Creative Inventor
Learn AI and IoT Technology Concepts and Applications, Develop Smart Devices and Implement Remote Control
Explore how artificial intelligence and IoT work together, learn to use various AI sensors for data collection, and achieve remote control and intelligent responses.
In the “AI x IoT Creative Inventor” course, students will learn how to combine AI and IoT technologies to develop innovative smart devices. Through hands-on projects, students will master the use of microcontrollers like micro:bit and learn how to work with various AI sensors to achieve remote control and intelligent responses. Students will gain deep understanding of how to collect data using sensors and make intelligent decisions based on the data, developing devices with practical applications such as smart voice assistant homes, smart medical reminder systems, and intelligent pet feeders. Through practice, students will not only enhance their programming and hardware development skills but also develop innovative thinking and problem-solving abilities. Ultimately, students will master how to independently design and develop creative and practical smart products, preparing themselves for future technological innovation.
Core Learning Content:
- Understanding Smart Sensing and IoT Application Concepts
- micro:bit Interface Operation and Basic Programming Concepts
- Exploring Gesture and Motion Recognition Functions
- Exploring Temperature and Light Sensing Applications
- Exploring Voice Recognition and Speech Interaction Applications
- Device Interaction and Simple IoT Prototype Design
Course Content and Suggested Topics
In this course, students will learn how to combine AI technology with IoT devices to achieve intelligent sensing, remote control, and automation applications. The course covers the application of temperature, humidity, motion, and CO2 sensors, and implements data analysis and device collaboration control through cloud or local servers. Students will develop projects like voice-controlled lighting, smart security, and health monitoring systems, mastering the complete AIoT development process from hardware selection to system integration, laying a foundation for future technological innovation.
Smart Voice Assistant Home
Combine voice recognition AI and IoT (such as ESP32, micro:bit) to control home appliances (lights, fans, curtains) through voice commands.
Students will learn how to design and develop voice control systems to implement voice assistant control of home devices. The course will teach voice recognition technology, using open-source voice recognition tools and integrating IoT devices with voice assistants to achieve voice interaction and automated control.
AI Smart Security System
Using facial recognition AI + IoT access control device, the system sends alarm notifications to the owner when strangers approach.
Students will learn to design an AI-based security system using motion sensors, cameras, and facial recognition technology for real-time monitoring. The course will cover how to synchronize sensor data with the cloud and design an alarm system that sends immediate alerts to users when detecting unusual activity.
Smart Medical Reminder System
AI detects users’ facial expressions or voice, reminds patients to take medication on time, and sends records to family members’ phones.
Students will learn how to develop intelligent health management systems using IoT devices (such as heart rate monitors, scales) and AI technology. The course will guide students in using data analysis to generate health reports and design automatic reminder functions to prompt users for necessary health monitoring and daily management.
AI Smart Pet Feeder
Using image recognition AI to confirm when pets are nearby and controlling feeding through IoT remotely, allowing owners to feed their pets even when away.
Students will learn how to design a machine that automatically feeds pets according to set times and uses AI image recognition technology to determine if pets have eaten. The course will cover hardware selection, mechanical structure design, and how to use machine learning technology to make the feeding system intelligent to adapt to different needs.
Smart Traffic Light System
AI analyzes traffic flow and dynamically adjusts traffic light timing through IoT to optimize traffic flow and reduce congestion.
Students will learn how to design smart traffic light systems that dynamically adjust traffic light timing based on traffic flow to reduce congestion. The course will introduce how to use vehicle flow sensors and AI data analysis technology to make real-time decisions based on traffic conditions and optimize road passage efficiency.
Smart Exercise Monitoring Bracelet
AI analyzes user heart rate and step count, records exercise data, and uploads it to the cloud via IoT for health management.
Students will learn how to design smart bracelets to monitor users’ exercise status and health data. The course will introduce how to collect data using IoT technology and use AI for analysis, providing personalized exercise suggestions and health management functions, and synchronizing data to mobile applications for further management.
Interesting Projects
Learning Outcomes
Master AIoT Technology and Apply it to Smart Device Development
Master artificial intelligence and IoT concepts, learn to integrate sensor data with AI models, implement voice recognition, image recognition, motion monitoring, and other functions to develop smart home and security system applications.
Understand AIoT Applications and Future Development in Various Industries
Learn about AIoT technology trends in smart cities, healthcare, smart homes, and other fields, inspiring students to explore future technology and career directions.
Strengthen Hands-on Practice and Programming Skills
Learn to use Python, Block programming, and other tools to control IoT devices and apply AI models for intelligent decision-making and automation.
Improve Data Analysis and Sensor Application Skills
Learn to process IoT sensor data such as temperature, humidity, PM2.5, human detection, and use AI technology for data analysis and decision-making.
Cultivate Innovative Thinking and Problem-Solving Abilities
Through practical projects, train students to analyze real-world problems, design and develop smart devices, and enhance logical thinking and creativity.
Firefly is about Being Different.
Student says: “I can’t believe I created an intelligent system!”
We firmly believe that learning should be filled with laughter and surprises.Our professionally designed AI x IoT course combines artificial intelligence and IoT technology, allowing students to build smart sensing devices and automation systems hands-on. Students learn data analysis and device collaboration through practical experience, unleashing creativity, enhancing logic and problem-solving skills, making learning both enjoyable and rewarding!
Professional Team
All instructors are current students or graduates of the Hong Kong Institute of Education, and all must undergo professional STEAM education training before becoming official instructors.
Keeping Up with the Times
Combining the latest technology in the market and the most popular topics, our courses and materials are designed for primary and secondary school students by an experienced professional teaching team.
Student-Centered
We guide students to think independently and learn autonomously, combining practical and real-life challenges to spark students’ interest and creativity.
Tailored Teaching
We have extensive experience teaching various types of students, including English/Chinese schools, special schools, kindergartens, etc., and tailor courses accordingly.