The Coding Pioneer program provides a playful introduction to engineering and coding for 4-6-year-olds through hands-on fun. Using large building blocks, code cards, and a pen reader, children engage in fun projects that not only enhance fine motor skills but also introduce basic mechanical concepts (for example: gears and gear trains). Furthermore, motors, battery packs, and sensors (for example: ultrasonic sensor/color sensor) are incorporated into the projects, allowing kids to learn in a practical context. Coding Pioneers is an interactive and enjoyable journey where young learners can explore, build, and develop a foundational understanding of engineering and coding principles.
The Tech Explorers programme offers young learners the fundamentals of both Robotics and Scratch Coding. Through engaging hands-on robotics projects, students delve into the mechanical and construction aspects of robotics, enhancing their proficiency in building techniques while incorporating physics and mechanical concepts. They also learn basic block-based coding for robot automations with the WhalesBot-Block Based Coding. To further enhance their coding skills, students engage in fur and exciting Scratch Coding projects. Completion of the programme equips students with a solid foundation in robotic building and coding. They will also be able to take the Scratch Grade 1 test and earn a Scratch Grade 1 certificate upon passing the test.
As an important upgrade of our new programmes, we will be introducing an affordable and comprehensive robotic kit, WhalesBot AI Module 1s, to our students. This kit caters to all building and coding levels, delivering a well-rounded STEM education experience for young enthusiasts embracing science and technology. This kit allows students to work on their own projects after class, sharpen their skills at home and show parents their works and progress. Moreover, it is also the designated kit for participation in the Enjoy AI competition. Please explore more the details of the kit and the competition.
The Digital Navigator programme enhances students’ robotics skills by incorporating mainstream and classic LEGO® MINDSTORMS® EV3 robotics, elevating their Scratch Coding abilities. Students will practice logical thinking and problem-solving skills by drawing flowcharts. The programme includes building more complex structures, utilizing advanced motor techniques, and incorporating various sensors. Additionally, students engage in advanced Scratch projects to test and challenge their coding proficiency. Upon completion of the program, students will possess advanced skills in robotic building and coding and ready for robotics competition. They can also decide whether they are interested in furthering their learning in Scratch and obtaining certification at higher levels.
As an important upgrade of our new programmes, we will be introducing an affordable and comprehensive robotic kit, WhalesBot AI Module 1s, to our students. This kit caters to all building and coding levels, delivering a well-rounded STEM education experience for young enthusiasts embracing science and technology. This kit allows students to work on their own projects after class, sharpen their skills at home and show parents their works and progress. Moreover, it is also the designated kit for participation in the Enjoy AI competition. Please explore more the details of the kit and the competition.
Students of the PythonBots Challenge programme will explore advanced robotics concepts through Python programming with the Lego Spike Prime, gaining hands-on experience in building and advance control of robots. Systematic Python lessons will also be introduced to enhance students’ coding proficiency. The programme equips students with a diverse skill set in robotics, coding, and technology, fostering a deeper understanding of these fields and preparing them for more advanced challenges. The program offers a holistic approach to technological innovation, empowering learners to explore, create, and innovate with confidence.
This is a preparation class for FLL/WRO competition.