AI STEM course topics include:
- Unitree AI機械人課程
- UGOT World Robotics Competition Course
- OpenAI ChatGPT chatbot course
- Super AI Challenge Competition Course
- ICT Python Course
- Maqueen Huskylens 課程
- AI藝術創作課程
- 遊戲設計課程 (與香港教育城聯合開發)
- National Youth Software Programming Level Examination Course
- Drone Programming Course
- CoSpaces VR/AR Creation and Experience Course
- Jetbot/JetRacer Robotics Course
Course topics include:
- 圖形化編程：拖放式邏輯與流程控制
- Python進階編程：官方SDK與底層控制
- 機械人作業系統：ROS2框架、節點通訊與可視化工具
- AI視覺應用：物件偵測、圖像識別與追蹤
- 自主導航：LIDAR感測器應用與SLAM地圖構建
- 人機互動：語音辨識、語音合成與指令執行
- World Robot Competition (WRC)
- National Primary and Secondary School Information Technology Innovation and Practice Competition (NOC)
- National Youth Aerospace Innovation Competition
- National Youth Science and Technology Education Achievements Display Competition
- National Youth Artificial Intelligence Innovation Challenge
- Competitions such as "Innovation Association Cup" and Super AI Challenge
- Microsoft Makecode Usage
- The basic concepts of programming
- How to use sensors (such as ultrasonic)?
- Creating a facial recognition model
- Creating an object tracking model
- Creating a color tracking model
Course features include
一站式跨媒體課程：全港少有地將AI藝術、音樂及影片製作三大核心領域整合於單一課程，讓學生獲得最全面的生成式AI創作技能
頂尖AI工具實作：課程涵蓋業界領先的AI創作軟體，包括AIVA、Suno AI、Runway、Veo3及Nano Banana等，讓學生與最新科技同步
專業導師團隊：教學團隊經驗豐富，由大學講師及博士級AI專家共同制定課程，並與「相信音樂musicphile」等業界夥伴合作，融合科技與傳統藝術教學
With the reform of the DSE ICT curriculum in 2025, programming skills and computational thinking have become compulsory core competencies. As one of the most popular and easy-to-learn programming languages, Python has been included as the designated language of DSE ICT. To help schools and students adapt to the new curriculum, we have specially designed this course.
This course focuses on the 2025 DSE ICT exam syllabus and is dedicated to cultivating students' programming abilities, computational thinking and problem-solving abilities. The course content covers the basics of Python language, classic algorithms and data structures, DSE examination question analysis, etc., while exploring the practical applications of Python in various fields. Our goal is to lay a solid foundation for programming, improve test-taking abilities, and stimulate interest in learning.
Course topics include:
- The Python syntax in the HKDSE ICT course
- Computational Thinking and Classical Algorithms
- Software engineering concepts and techniques
- DSE ICT exam preparation
Course topics include:
- Key elements of operational thinking
- Apply computational thinking to solve problems
- Create your own game with MakeCode Arcade
- Design games that include levels, characters, scoring, etc.
- Develop different types of games such as fantasy mazes, space adventures, etc.
Course topics include:
- Master different levels of software programming knowledge and skills
- Improve logical thinking, computational thinking and problem-solving skills
- Be fully prepared to take the National Youth Software Programming Level Examination
- Obtain national certification and enhance personal competitiveness
Course topics include:
- Frontiers of Artificial Intelligence: Deep Learning
- Deep Learning Model Development Process
- Deep Learning Tools in Python
- Object Recognition and Tracking Models
- Face Recognition Models
- Autonomous Driving Models
- Fundamentals of Hardware for Robotics
This course will introduce students to the world of drone technology and explore how to apply programming techniques and STEM concepts to develop innovative solutions. Through hands-on activities and experiments, students will learn how to program drones and apply them to scientific experiments, technical explorations, and creative applications. This course aims to cultivate students' logical thinking, teamwork, and innovation skills while expanding their knowledge and skills in technology. It will allow them to discover the vast potentials of applying drones to solve real-world problems through creativity and code.
Course topics include:
- Introduction to Python Programming
- Drone Operation and Control
- Drone Sensor Applications
- Practical project: Intelligent application of drones
CoSpaces is a digital learning platform that provides students and teachers with a virtual collaborative space. Through CoSpaces, you can engage in real-time cross-school collaboration, remote teaching, and team cooperation. This platform allows users to create and design 3D virtual environments and engage in various activities within these environments, such as game design, scientific experiments, programming, and storytelling. This design process helps foster students' creativity, logical thinking, and problem-solving abilities.This design process helps cultivate students' creativity, logical thinking, and problem-solving skills.
Course topics include:
- Introduction to CoSpaces
- Exploring CoSpaces
- Exploring Coding Concepts with CoSpaces
- Advanced Coding Concepts
- Design Principles in CoSpaces
- Collaboration and Practice Exercises in CoSpaces
- Creating More Complex Interactive Spaces
- I don’t know what competitions I can refer to and how to prepare
- I am not sure about the differences between various STEM teaching materials and whether the new and old materials can be compatible
- I am not clear about what equipment is needed and what infrastructure is required to implement artificial intelligence, Internet of Things, robotics, and other technologies
- With so many STEM teaching materials and courses available, it can be challenging to determine which ones are suitable for oneself
- It can be difficult to assess whether a school's STEM development plan is feasible and what resources are required to support it.
