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AI STEM Courses for Secondary Schools - Hong Kong Artificial Intelligence Courses

Vinci AI specializes in AI education for primary and secondary schools. They offer diverse AI courses such as blind obstacle warning systems, smart IoT farming systems, intelligent sports training systems, and more. Within a short 20-hour timeframe, students can acquire proficiency in an AI application. The courses are designed by university lecturers and a team of doctoral-level experts, and have received recognition from research institutions. Vinci AI is dedicated to equipping students with cutting-edge AI knowledge, laying a solid foundation for their future competitiveness in the technology industry.

AI STEM course topics include:

保良局何蔭棠中學 - 人工智能障礙物警示系統培訓課程
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Secondary school students can also learn the principles of artificial intelligence

Selected AI STEM Courses

OpenAI ChatGPT 聊天機器人課程

Creating your own ChatGPT chatbot

OpenAI ChatGPT chatbot course

This course will guide students to gain a deep understanding of OpenAI chatbot development, from basic concepts to practical applications. The course covers topics such as the use of the OpenAI API, dialogue data collection and management, advanced dialogue processing, integration of applications, and performance evaluation and optimization.

Students will learn the basic concepts of OpenAI ChatGPT and explore how to engage in conversations using the Azure OpenAI API. The course will then guide students in collecting and organizing dialogue data to train more efficient chatbots. In the advanced dialogue processing section, students will learn about Prompt Engineering and how to improve the relevance of chatbot responses. Additionally, this course will instruct students on integrating the chatbot into Telegram and MIT App Inventor applications, enabling rich application scenarios.

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Arduino programming, sensor applications, and intelligent innovation projects

AIoT Intelligent Internet of Things System Course

The aim of this course is to teach students the basic concepts and applications of the Internet of Things (IoT), and how to realize smart home and smart farming projects. Students will learn how to connect and set up various sensors and use Arduino to read sensor data. In addition, students will learn how to upload data to the Arduino IoT Cloud platform to achieve remote monitoring and control.

 

This course also involves designing Arduino Cloud mobile apps, allowing students to view and analyze data in an intuitive way via their mobile devices.

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Introduction to Artificial Intelligence｜Face Recognition｜Object Tracking｜Color Tracking

Huskylens Artificial Intelligence Visual Recognition Course

This course will introduce the combination of Maqueen Plus robot and HuskyLens visual recognition module, demonstrating its powerful artificial intelligence capabilities. Learn how to use this hardware to implement various AI applications, such as object recognition, color tracking, face recognition, etc. Makecode and Python languages ​​will be used for programming in the course. Whether you are a beginner or an experienced developer, Maqueen Plus + HuskyLens is an ideal way to explore Python and AI. Through this course, let us embark on a wonderful journey of artificial intelligence and robots!

  • 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
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A musical exploration journey from creation to stage

AI music composition and orchestra jazz performance course

This is an innovative music course that integrates AI music creation, classical and jazz arrangement and performance. Students will first learn how to use AI technology to create unique music and master basic music theory knowledge. Then, under the guidance of professional instructors, they will learn how to adapt their AI creations into classical or jazz arrangements. Through individual instruction and ensemble rehearsal, students will master orchestra performance skills and collaborative abilities. The final stage of the course will conclude with a wonderful live jazz performance, giving students the opportunity to showcase their musical talents on stage. Whether you are a music lover or aspiring to become a professional musician, this course will take you on a journey of exploration from music creation to stage performance, allowing you to unleash the infinite possibilities of music.

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Systematically lay a solid foundation in Python

ICT Python Course

python course

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
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AI Certificate Course | NVIDIA Jetson Expert Training | Practice-Oriented AI Learning

Jetson AI Specialist Certificate Course Series

The NVIDIA Jetson AI Expert Certificate is an artificial intelligence expert certification that recognizes students' capabilities in AI through practice and project-based assessments. This certification pathway is well-suited for advanced learners who wish to build upon their existing AI knowledge. Obtaining this certificate demonstrates the students' AI skills.

 

Applicants are required to demonstrate their abilities through an open-source project and the certificate from the NVIDIA Deep Learning Institute. Recommended prerequisites include a basic understanding of Python and Linux. Students need to build and submit an open-source project using NVIDIA Jetson that incorporates AI (machine learning or deep learning) elements.

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Jointly developed with the Education University of Hong Kong

Sports and STEM innovative courses

The Sports and STEM Innovation Course is a cutting-edge course jointly developed by the Education University of Hong Kong and us, aiming to deeply integrate STEM concepts with physical education teaching. This course uses platforms such as Makecode Arcade and Pictoblox AI to allow primary school students to explore the field of sports technology in an interactive way and improve their sports skills and STEM literacy.

Course topics include:

  • Smart posture corrector
  • Smart rope skipping counter
  • AI driven motion sensing game
Vinci AI - PE大學課程及應用推廣
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Jointly developed with Hong Kong Education City

Computational thinking and game design

This "Computational Thinking Game Design Course" jointly developed by us and Hong Kong Education City aims to introduce students to the basic concepts and skills of game development and cultivate their computational thinking and creativity through the use of the MakeCode Arcade platform.

Students will learn to use MakeCode Arcade's simple block programming interface to create their own games based on student level, and experiment with different game elements and interactive designs. This workshop will provide an interactive learning environment where students can experience the fun and potential of game development.

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.
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Exploring the applications of AI in music, visual arts, and text creation

ChatGPT and generative AI

ChatGPT and generative AI　course allows students to explore the applications of AI in music, visual arts, and text creation. Students will learn to create unique musical compositions, achieve style transfer, and express emotions, collaborating with AI to push the boundaries of music. In the visual arts section, students will master AI techniques to create personalized images, engage in image fusion, and foster innovation. Regarding text creation, students will utilize AI technology to write various types of works such as articles, stories, and poems, while also acquiring skills in AI news reporting and deep analysis. The course aims to cultivate students' creative thinking, enrich their writing styles, and establish a foundation for future developments in art, design, and technology fields.

Course topics include:

  • An introductory exploration of AI music generation

  • Improvisation and AI

  • AI music style transfer

  • AI emotional music creation

  • AI and human musicians collaborate

  • AI visual art creation

  • AI image fusion and innovation

  • AI text generation and creation

  • AI news reporting and deep analysis

  • AI creation of visual art pieces

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Learning artificial intelligence principles through robots like Jetbot/JetRacer

Jetbot/JetRacer Robotics Course

Jetbot is an intelligent robot car designed by Nvidia, a world-leading smart hardware company. Jetbot is powered by the built-in AI chip Nvidia Jetson Nano, which supports artificial intelligence deep learning models such as face recognition, object detection, and tracking.

This course will explain artificial intelligence hardware and software, including how AI chips control different parts of robotic vehicles, and develop deep learning computer vision applications, such as autonomous driving.

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
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In-depth understanding of the application of AI art through fun and practicality

Introduction to AI Art and Music Creation

This course will lead students to explore the wonderful world of AI-assisted creation, covering multiple fields such as painting, storytelling, and music. Students will learn how to use various AI tools to create unique works of art and stimulate their creative potential. The course will teach AI-assisted painting techniques, generate stories and poems, and create and adapt music. Finally, students will combine what they have learned to create a unique multimedia work. This course is designed to help students try novel creative methods, co-create with AI, and expand the infinite possibilities in the art field.

Course topics include:
  • In the same frame as AI: Exploring new areas of digital painting
  • color magic: Using AI to bring life to sketches
  • story workshop: Creative writing guided by AI
  • The dance of pen and AI:Experience interactive and collaborative writing
  • musical journey: Melody exploration led by AI
  • musical theater: The art of remixing and adapting AI music
  • picture within picture: Creative practice of AI image generation
  • poetic life: AI-guided poetry writing exercises
  • Style conversion: Art experience of AI style transfer
  • AI artist: AI-assisted creation that combines painting, story and music
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Master AI music creation in a relaxed and enjoyable atmosphere

Introduction to AI music creation

Introduction to AI music creationThe course is tailor-made for primary and secondary school students and aims to guide students to explore the mysteries of AI music creation. The course covers many aspects such as AI music generation, improvisation, style transfer, emotional music creation, and human-computer collaboration. Under the guidance of professional instructors, students will use various AI tools such as Magenta, AI Duet, MusicVAE and MuseNet to complete challenging music creation tasks. The course focuses on practice, allowing students to master AI music creation skills in a relaxed and pleasant atmosphere, and stimulate unlimited creativity.

Course topics include:

  • An introductory exploration of AI music generation

  • Improvisation and AI

  • AI music style transfer

  • AI emotional music creation

  • AI and human musicians collaborate

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Suitable for students to engage in programming learning and creative exploration

Drone Intelligence course

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
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Learn how to create and design 3D virtual environments

CoSpaces VR/AR Creation and Experience Course

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
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Customer acceptance

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"Our class includes some students with special educational needs (SEN), but our instructor is very patient in teaching and manages the classroom well. In general, students who are taught STEAM subjects don't usually show much response, but after observing several sessions, I noticed that the students frequently ask questions during class. The primary focus of the class is teaching AI, which can be challenging for elementary school students to grasp. However, the instructor uses examples that are relatable to daily life, so most of the students understand the workshop content."

Kevin Chung
Hong Kong Youth Association - Hung Shui Kiu Youth Centre Secretary

Example Title

The Vinci AI Wisdom AI Painting Course provides primary 5-6 grade students with a learning experience that integrates creativity and technology. The course uses professional painting software and AI technology to creatively produce lively and interesting artworks, cultivating students' creativity and skills. At the same time, the course helps students understand basic AI concepts and experience the impact of technology on art. Through exploration, sharing works, students' level of art learning is improved.

Teacher You
Po Leung Kuk Luk Hing Too Primary School

The AI art creation workshop taught students to design English storybook covers through the OpenArt platform. This learning approach that combines creativity and technology can stimulate students' imagination and creativity. By using AI drawing tools to present "imagery" and even "ambience" through "metaphor", it is an inspirational and practical teaching activity.

Director Ma
Dabu District Primary School

The instructors wholeheartedly teach students about AI knowledge, making the content relatable to real-life scenarios. The instructors also establish a friendly and enjoyable rapport with the students. The majority of the students are able to grasp the workshop content and benefit greatly from it.

Teacher Yip
St. Peter's Secondary School

Example Title

This academic year, our school's Chinese teachers participated in a series of five workshops titled 'How AI Can Promote Interdisciplinary and Chinese Language Teaching in Primary Schools' organized by Vinci AI. The teachers' feedback was positive, with the course content focusing equally on theory and practice, being highly practical and applicable for immediate use in unit inquiry lessons and Chinese language teaching. By utilizing AI as a teaching tool, it can enhance the effectiveness of teaching and learning.

Dr. Tang Shufen
Vice Principal of Kingston International School

Example Title

The company provides excellent STEAM education. The mentors are professional and the AI curriculum is thorough. With a teaching approach that is meticulous, patient and fully meets the needs of secondary schools.

Teacher Yang
Head of PLK Ho Yin Tung Secondary School

Why choose Vinci AI ?

University lecturer teaching team

VInci AI's teaching team is rich in experience, including university teachers who teach master's AI courses in various colleges and universities.

Curriculum developed by PhD-level experts

Vinci AI's　PhD-level AI expert team, providing the most professional artificial intelligence courses

Recognized by research institutions

The teaching platform developed by Vinci AI has received support from Cyberport. Vinci AI is also a STEM education partner of the Productivity Council.

Consultation on the 'More Fun and Knowledgeable in IT for Primary School Students' program

We are committed to assisting primary and secondary schools in designing sustainable STEM development policies, providing technical advice, analyzing current technological hotspots, and assisting schools in utilizing"Secondary School IT Innovation Laboratory" ProjectPromote STEM education in schools.

Have you ever encountered the following problems?

  • 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.
Learn about the "Secondary School IT Innovation Laboratory"

Want to know about the middle school AI course syllabus?

Contact our consultants

If you want to know the syllabus of each practical project course, please contact us. Our professional team of experts will give you the most appropriate advice.

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What is AI (Artificial Intelligence)?
Machine learning
Data science
Algorithms and models
AI STEM Summer Course
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