What students will learn and gain

• Learn basic robot concepts and operation
• Understand programming logic such as sequences and loops
• Develop spatial awareness and sense of direction
• Develop problem decomposition and solving skills
• Build a foundation in STEM learning

Course highlights

Aligned with the Hong Kong Kindergarten Education Curriculum Guide, this course emphasises exploration and practice. Group activities build collaboration; every child gets hands-on time. Screen-free coding protects young eyes while providing concrete experiences. At course end, students showcase skills to parents and classmates.

Showcase Opportunities

• In-school STEM carnival showcase
• Kindergarten Tech Day Performance
• Parent-child Workshop Showcase

Future-ready advantages

Children learn to command robots through play, sparking unlimited creativity and curiosity. They design robot movements and stories, developing logical thinking and problem-solving. Cooperation and sharing are encouraged so children learn communication and collaboration in teams. These rich experiences build a solid foundation for the future tech world and confidence to meet challenges bravely.

What students will learn and gain

• Master block building and structural concepts
• Understand How Sensors Work
• Learn Sequential Coding Thinking
• Develop Hand-eye Coordination
• Develop creative thinking and expression skills

Course highlights

Screen-free coding uses physical block combinations for programming — protecting eyesight while providing intuitive learning. Magnetic blocks are easy for young children to handle, lowering the entry barrier. Small-class teaching ensures every student receives sufficient guidance.

Competitions & showcase opportunities

• Enter the WhalesBot Creative Challenge
• School STEM Week exhibition
• Kindergarten graduation ceremony performance project

Future-ready advantages

In early childhood, learning through hands-on play is most effective. In the WhalesBot U10 course, students build and programme robots, experiencing their commands making robots move for real — sparking curiosity and a spirit of exploration. The course emphasises logical thinking and sequencing, teaching basic programming thinking of 'what to do first, what to do next', while developing hand-eye coordination and fine motor skills. By building robots of different shapes and functions, students develop spatial awareness and structural understanding, and build problem-solving skills and patience when fixing small robot issues. Screen-free coding protects eyesight and keeps learning healthy and fun, helping students take their first happy step into STEM.

What students will learn and gain

• Explore Advanced Robotics Components
• Master Coding Pen Techniques
• Understand Sensor Application Principles
• Develop Problem-solving Strategies
• Foster Teamwork

Course highlights

The course maintains a screen-free environment with coding pens and cards for intuitive operation. Advanced sensors show how robots sense the environment; rich parts inspire creative builds. Progressive design ensures learning outcomes. A 'Little Engineers' exhibition at term end showcases student innovations.

Competitions & showcase opportunities

• WhalesBot Hong Kong Early Years Competition
• Inter-school STEM exchange activities
• Parents' Day Robotics Performance

Future-ready advantages

Through games and hands-on activities, students learn effectively. In the WhalesBot U20 course, students learn while playing, exercising creativity and imagination. Each student builds with blocks and uses command cards to control robots, experiencing firsthand that 'what I do is what the robot does'. Repeated practice and simple games help students learn to complete tasks step by step and improve focus. Block building and command card operation train hand-eye coordination and fine motor skills, while the robot's lights, sounds and movements provide rich sensory stimulation. Teachers accompany and guide throughout, ensuring every student participates actively, enjoys learning and builds confidence through cooperation and sharing.

What students will learn and gain

• Apply Multiple Sensor Types
• Learn Conditional Logic Concepts
• Understand Loop Control Logic
• Develop Advanced Building Skills
• Develop Independent Problem-solving Skills

Course highlights

Smart panel operation brings students closer to real programming modes. Multi-sensor integration trains logical thinking; project tasks build applied skills. Fully screen-free for healthy learning. Graduation projects can be highlights for primary admission interviews.

Competitions & showcase opportunities

• Enter the ENJOY AI kindergarten preliminary round
• Graduation ceremony STEM showcase
• Primary One admission interview portfolio showcase

Future-ready advantages

Through the WhalesBot U30 course, students gain an in-depth understanding of advanced robot components such as ultrasonic sensors, 5-in-1 greyscale sensors and servo motors, and learn how to use different sensors to collect and analyse data. In class, students use the smart panel and magnetic coding cards to write commands involving sequences, loops, conditionals and logical operations, precisely controlling the robot's movements. They also learn to integrate data from multiple sensors so the robot can respond more intelligently and precisely in different situations. By building and designing robots hands-on, students turn their ideas into physical creations while developing fine motor skills and hand-eye coordination. Every time the robot moves, lights up or makes a sound, students receive multi-sensory stimulation that makes learning more engaging and interactive. The course is fully screen-free, helping protect students' eyesight. Through group activities, students also learn to collaborate and communicate with classmates to complete tasks together, building teamwork and problem-solving skills.