Embrace the intelligent era and equip yourself with future skills

AI Robotics Course

In an era of rapid development of artificial intelligence (AI) and robotics technology, mastering relevant knowledge and skills has become the key for young people to face the future world. As Hong Kong’s top AI STEM education expert, Vinci AI is committed to integrating cutting-edge robotics technology into systematic programming education, providing professional, innovative and inspiring AI robotics courses for primary and secondary schools and colleges across Hong Kong.

Why choose Vinci AI's AI Robotics course?

  • Professional leadership, rich experience: We have a teaching team composed of university lecturers and senior industry experts with a solid academic background in artificial intelligence and practical experience in the industry (such as serving Fortune 500 companies). We have successfully provided professional AI and STEM education services to more than 100 schools and institutions, and cooperated with official institutions such as the Hong Kong Education City to develop courses. We are widely trusted by the academic community.
  • Cutting-edge teaching aids, multiple platforms: As a partner and agent of many internationally renowned robot brands (such as Unitree, DeepRobotics, Optimist, Hiwonder, etc.), we have introduced advanced AI robots with different forms and functions, including flexibleFour-legged robot dog, innovative ChatGPTDesktop Robot as well asBionic Robot wait. These cutting-edge devices provide students with an excellent platform to explore core concepts such as AI visual recognition (such as face, object, color, gesture recognition), autonomous navigation (LiDAR applications), complex motion control, human-computer interaction, and deep learning.
Course topics include:
  • Robot assembly and structural design
  • Graphical machine programming
  • Python Controlled Robot
  • Robot navigation and obstacle avoidance
  • Bionic Robot Design
  • Robot Dog Dance Choreography
Robotics Course Topics

Quadruped Robots

This course uses the world's leading quadruped robots such as Unitree Go and DeepRobotics Lite. With their bionic design and high-torque joints, they demonstrate excellent dynamic balance and all-terrain mobility, making them an ideal platform for exploring cutting-edge robotics technology. These robots are equipped with a variety of sensors such as LiDAR and depth cameras, and have advanced AI functions such as real-time map construction (SLAM), autonomous navigation, intelligent obstacle avoidance and human body following. In programming education, students can start with a graphical interface, and then advance to Python SDK and ROS to directly control the robot dog to perform complex actions and tasks, such as patrolling, search and rescue simulations, and even choreographing group dances. Students will study robot kinematics, AI navigation algorithms, sensor fusion technology and Python advanced programming in depth, and comprehensively improve their computational thinking, problem-solving skills and scientific and technological innovation practices.

Robotics Course Topics

Bionic Robotic Hands

The course uses a high-precision bionic manipulator whose multi-degree-of-freedom design precisely imitates the structure of the human hand and enables flexible grasping and manipulation. Its feature is that it combines powerful AI vision capabilities and uses the OpenCV vision library to achieve a variety of AI vision tasks such as color recognition, object tracking, face detection, gesture recognition, etc. Students mainly use Python language for programming, learning to control multiple servo motors to work together, read sensor data, design vision-based intelligent grasping strategies, and even use somatosensory gloves for intuitive human-computer interaction. Through this course, students can master the basic principles of precision mechanical control, AI computer vision applications, Python programming, and bionics and human-computer interaction.

Robotics Course Topics

Super AI Robot

The course uses a feature-rich programmable AI robot kit. Its biggest feature is that it allows students to build it by themselves (mostly in wheeled or tracked form) and give it intelligence through programming. The kit includes a main control board, a variety of commonly used sensors (such as ultrasonic, infrared, and color), and actuators (such as motors and servos). Its advanced nature is reflected in the fact that it is designed specifically for AI education and can smoothly run basic AI algorithms such as image recognition and path planning. The teaching provides multi-level programming methods from graphical to Python. Students need to write code to read sensor information, make decisions based on environmental data, and control the robot to complete tasks such as line following, obstacle avoidance, color recognition, and simple grasping. Can be combined with RoboSim simulation platform for preview. Students will comprehensively learn engineering construction, programming logic, sensor applications and basic AI concepts.

Robotics Course Topics

Desktop AI Robots

This course uses innovative desktop AI robots such as Optimist Rux as core teaching aids, focusing on AI human-computer interaction and intelligent application development. These robots are usually small and interactive, with integrated high-definition cameras, microphones, speakers and even displays, making them ideal vehicles for learning and demonstrating specific AI functions. Its feature is that it provides a convenient platform for students to easily explore AI technology in a classroom environment. Teaching supports Python and graphical programming tools. Students can write programs to achieve voice dialogue with the robot, image recognition (such as face, expression), object classification, or use it as an intelligent hub to control other devices. Students will learn sensor data applications, basic AI interaction algorithms (vision/voice), Internet of Things (IoT) concepts, and related programming practices.

🏆 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.

Hong Kong competition

CTEA "Creation Association Cup" Creative Technology Robot Competition: One of the largest robot competitions in Hong Kong, approved by the white list of the Ministry of Education of China, it is divided into junior and senior groups, suitable for students of different ages.

Mainland China events

Mainland competitions include national-level competitions such as the World Robot Competition, the National Primary and Secondary School Information Technology Innovation and Practice Competition, and national youth competitions covering aerospace, technological innovation and other fields. They are all whitelisted by the Ministry of Education of China and are highly recognized. Participating in these competitions can help students improve their skills, broaden their horizons, and have the opportunity to advance to international competitions and compete with outstanding students from all over the world.

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?

Please rest assured,You don’t need to be an AI or robotics expert. We will provide a complete course outline, teaching materials, and teaching process suggestions. At the same time, we are also very happy to provide school teachers with relevantTeacher Training Workshop(can be arranged separately) so that teachers can also understand the course content and teaching focus, promote home-school cooperation and sustainable development of the curriculum.

 

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

AI Artificial Intelligence Course
STEM on-campus courses
Coding programming course
STEM Day

Why choose Vinci AI?

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.

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

Chartered courses, quality assurance

As the franchised dealer of Zhongming Robotics in Hong Kong, we provide officially recognized courses with more guaranteed quality.

Want to schedule on-campus classes?

Contact our consultants

Vinci AI offers on-campus courses, including STEM Day events, competition training, and after-school programs. We welcome you to contact our expert consultants to arrange suitable topics and formats for your needs.

Contact us

Trending now

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