Learning focus

• Master programming concepts such as sequences, loops, and conditionals
• Develop Algorithm Design Skills
• Develop Debugging and Optimisation Skills
• Strengthen Logical Reasoning

Course highlights

Project-based learning with clear task objectives per unit. Physical coding cards lower the entry barrier; competition elements boost motivation.

Competitions & showcase opportunities

• VEX 123Hong Kong Regional Events
• Territory-wide Primary STEM Competition
• Inter-school Robotics Invitation Tournament
• School Open Day highlight showcase

Future-ready advantages

VEX 123 Beyond learning programming, the course develops comprehensive abilities for future challenges. By breaking complex problems down, recognising patterns and designing algorithms, students systematically learn to think and solve problems — closely aligned with the EDB's computational thinking goals. Students also design unique robot movements, turning creative ideas into reality and fully unleashing innovation.

Learning focus

• Understand mechanical principles and structural design
• Master Block Coding Techniques
• Apply Sensor Data in Projects
• Develop Engineering Design Thinking
• Develop Project Management Skills

Course highlights

Hands-on practice combined with theory; project tasks cover real-world applications. Group collaboration builds teamwork; showcases train presentation skills.

Competitions & showcase opportunities

• VEX GO Competition
• Innovation and Technology Carnival
• School Open Day

Future-ready advantages

This course goes beyond playing with robots — it helps students break big problems into smaller parts, design their own commands and find and fix small errors, becoming smart young problem-solvers. Like little engineers, they assemble parts and turn ideas into real mechanical creations. They face different challenges, think actively, try new methods and learn from mistakes, growing more confident tackling difficult problems. Teamwork is equally important — planning, building and coding together, learning to communicate and share to complete tasks as a team.

Learning focus

• Master competition robot design principles
• Develop Automated Programmes
• Understand Data Analysis and Optimisation
• Build Competition Mindset and Resilience
• Develop Team Leadership Skills

Course highlights

Includes simulated competition training for practical experience. Engineering notebook training builds recording habits; team projects improve collaboration. Professional coaches with world championship experience provide top-level guidance.

Competitions & showcase opportunities

• VEX IQ Hong Kong Regional

Future-ready advantages

Through fun activities such as building robot bases and block-stacking challenges, students learn basic mechanical knowledge and programming through hands-on operation. Gamified teaching helps students learn problem-solving and logical reasoning in a relaxed atmosphere.
Hong Kong primary students face heavy academic workloads; this course offers hands-on practice beyond textbooks, applying knowledge in real scenarios. Group work helps students communicate and collaborate with peers — vital for interpersonal and team awareness. Most importantly, inspiring content cultivates interest in technology from an early age, laying foundations for future STEM study.

Learning focus

• Understand AI vision sensing principles
• Master Object Recognition Technology
• Learn Intelligent Decision Coding
• Develop Applied AI Thinking
• Develop Innovative Solutions

Course highlights

Students operate robots hands-on, experiencing how AI vision 'sees' and identifies objects. Games and challenges teach programming, effectively improving logical thinking, problem-solving and teamwork.

Competitions & showcase opportunities

• Hong Kong AI Challenge
• Youth Innovation and Technology Competition
• Intel AI Global Impact Festival
• School Tech Open Day themed exhibition

Future-ready advantages

Students discover the wonderful world of AI and programming early. They learn to break problems down like little detectives, design commands and fix errors, and 'command' robots through fun coding games. The course explores AI vision sensing — how robots 'see' and distinguish different things — sparking curiosity about technology. Students also cooperate with classmates, sharing ideas and solving challenges together, building teamwork.

Learning focus

• Screen-free Sequential Coding Intro
• Basic structure building and cause-and-effect concepts
• Hand-eye Coordination and Team Communication

Course highlights

• Gamified tasks with low-threshold block-based coding
• Small-class Teaching with Instant Feedback
• Work showcase and home-school connection

Competitions & showcase opportunities

• ENJOY AI Competition
• Inter-school STEM exhibition

Future-ready advantages

This course helps students learn and grow through play. By building and programming robots, students learn that 'what you do is what you get', building basic cause-and-effect logic. Magnetic block design trains hand-eye coordination and fine motor skills; each task is broken down carefully so students progress step by step, building focus and problem-solving. Rich sensory experiences — robot movement, sound and light interaction — spark curiosity and exploration. Through group activities, students learn to cooperate and express ideas, gaining achievement and confidence after each challenge.

Learning focus

• Precise operation of coding pens and coding cards
• Ultrasonic and other sensor readings and applications
• Task decomposition and iterative debugging

Course highlights

• Real-world tasks + sensor-driven behaviour
• Progressive challenge levels and performance tracking
• Works showcased during school Innovation & Technology Week

Competitions & showcase opportunities

• ENJOY AI Competition
• Inter-school STEM exhibition

Future-ready advantages

In a safe, healthy environment, students build and programme robots hands-on, experiencing 'what you do is what you get' and building basic sequential logic and cause-and-effect concepts. Rich blocks and sensor setups encourage creativity and turning ideas into real creations. Operating blocks and coding cards trains hand-eye coordination and fine motor skills; each small step is explained carefully with repeated practice so every student keeps up and enjoys learning. Robot movement, lights and sounds provide multi-sensory experiences that boost focus and motivation to explore.

Learning focus

• Multi-sensor fusion and decision logic
• Mechanism stability and precision motion (servo)
• Systematic debugging and task optimisation

Course highlights

• Project-based engineering tasks and judging showcase
• Design Documentation and Process Records
• Connected to Real-world Scenarios

Competitions & showcase opportunities

• ENJOY AI Competition
• Inter-school STEM exhibition

Future-ready advantages

Students learn about advanced robot components such as ultrasonic sensors, greyscale sensors and servo motors, and how to use these parts to design and assemble a variety of fun and practical robot models. In class, students use coding cards to design commands combining sequences, loops and conditionals, enabling the robot to make smarter automatic responses based on data collected by different sensors. Each build and coding session is a process of logical reasoning and problem-solving — students analyse problems, design step-by-step instructions and try different approaches to complete tasks, strengthening computational thinking and spatial imagination. Through servo motors and modular building blocks, students also learn precise control of robot components to perform detailed actions such as grabbing and pushing. Group activities allow students to discuss and collaborate with classmates, learning to communicate and share, and to observe, analyse and try multiple solutions when problems arise.

Learning focus

• Master the fundamentals of three programming languages
• Understand AI Fundamentals
• Process Sensor Data
• Develop System Development Skills
• Develop Algorithmic Thinking

Course highlights

Progressive teaching from visual to text-based programming. Practical projects close to daily life — smart home control, environmental monitoring systems and more.

Competitions & showcase opportunities

• ENJOY AI Competition
• Inter-school STEM exhibition

Future-ready advantages

Students use over six hundred parts to assemble a variety of fun and sturdy robots. They learn Scratch block coding, Python and C to make robots complete different tasks. Through infrared and touch sensors, students understand how robots 'observe' the world and sense their surroundings, and learn to use closed-loop motors for precise control. Students also gain an introduction to AI and how robots make simple autonomous decisions from collected data.
During the course, students face small challenges, analysing problems and fixing robot operation and code errors, strengthening troubleshooting and logical thinking. Group activities let peers design and assemble robots together, learning division of labour and effective communication. These experiences build latest STEM and AI knowledge, spark creativity, boost confidence and prepare students for further study and exploration of the tech world.

Learning focus

• Master AI visual recognition technology
• Learn Multi-sensor Integration
• Understand Competition Strategy Planning
• Develop Innovative Thinking

Course highlights

Aligned with international competition standards with professional competition coaching. Simulated training improves on-the-spot adaptability; international exchange broadens horizons.

Competitions & showcase opportunities

• ENJOY AI Competition
• Inter-school STEM exhibition

Future-ready advantages

The course introduces colour, ultrasonic, temperature, gesture, touch and other sensors so students understand how robots 'sense' the world and respond. Students also get an introduction to AI vision, trying to get robots to distinguish objects and experience the magic of AI.
Students solve building and programming problems, improving troubleshooting and learning not to fear failure. Creative design challenges turn imaginative ideas into real work; students learn division of labour and complete projects with classmates.
Students may also join the ENJOY AI 'Cyber City' international competition, competing and exchanging with children worldwide to broaden horizons.