Key Robotic Systems and Competition Paths
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
🏆 Race through train to achieve your dreams🏆
The AI Robotics course is not just about learning programming, it also allows children to participate in multiple officially recognized robot competitions, improve their skills in actual combat, and win honors through challenges! projects, which will help them in their future studies and careers.
Robotics Course FAQ
Why does my school need to introduce AI Robotics courses? Why is it important to students?
In an era where artificial intelligence has become a key driving force for the future, AI robotics courses allow students to gain early exposure to and understand this cutting-edge technology. This not only ignites their interest in STEM, but is also a key step in cultivating future-oriented "AI literacy" and innovation capabilities. The course can make abstract programming and AI concepts concrete, vivid and interesting through physical robots, effectively improving students' computational thinking and problem-solving abilities, and closely follow the general direction of promoting innovation and technology education in Hong Kong.
Which grade of students is the AI Robotics course suitable for? Do students need to have a basic understanding of programming?
Our courses are designed to cater to different academic levels. For example, the "Programmable AI Robot Kit" course and some courses that use graphical programming are very suitable forUpper primary schoolorjunior high schoolStudent entry,No programming knowledge required. Courses involving Python programming and ROS systems are more suitablemiddle schoolOr students with a certain programming foundation can learn advanced skills. We will recommend the most suitable course plan based on the specific needs of the school and the level of the students.
As a teacher in charge, do I need to have expertise in AI or robotics to implement it in my school? What support does Vinci AI provide?
What programming languages or platforms are primarily used in the course? Will students find it too difficult?
We useDifferentiated Instructionway. Introductory courses are mostly usedGraphical programmingPlatforms (such as Blockly) have intuitive interfaces and are easy to use, helping students quickly understand programming logic. Advanced courses mainly use Python, which is currently the most mainstream programming language in the AI field, with rich library support (such as OpenCV for visual recognition). For the most advanced applications (such as complex control of quadruped robots), it may also involve ROS (Robot Operating System). In addition, some courses will combine RoboSim Virtual Simulation Platform, reducing the difficulty of learning. We ensure that the course content is progressive and appropriate to the students' abilities.
What types of robots will be used in the course? How do they differ and how do I choose for my school?
We provide four categories of robotics platforms:Quadruped robot(Good at moving and navigating),Bionic Robot(Good at fine manipulation and grasping),Desktop AI Robot(good at interaction and demonstration of specific AI functions),Programmable AI Robot Kit(Emphasis on hands-on construction and basic AI learning). They have different focuses and are suitable for different learning goals and age groups.The choice depends on the school's teaching goals, student grades and interests. Our course consultants will communicate with you in detail, analyze the advantages of various platforms, and help you make the most suitable choice.
AI artificial intelligence courses for primary and secondary schools
As the franchised dealer of Zhongming Robotics in Hong Kong, we provide officially recognized courses and competition equipment with more guaranteed quality. An experienced team of instructors, including university lecturers and AI experts, will guide children to explore the world of robots in a lively and interesting way, challenge themselves in competitions, and achieve their dreams.
