Bot Builder Advanced will take your child on a captivating journey in the intricate world of electronics and circuitry. Tailored for innovation, each week unfolds a new circuitry concept, complemented by hands-on learning with provided kits. Drawing inspiration from robots, students progress to modifying prototypes and crafting functional bots, seamlessly merging design-based prototyping with electronics. The course additionally focuses on Micro Bits, small programmable devices ideal for a diverse array of projects, including bots. Tailored for enthusiastic learners with a basic understanding of circuits, this unique opportunity allows students to comprehend how microcontrollers function as the brains behind smart bots, gaining insights into their integration across various machinery. Join us for an exciting exploration where your child actively engages in hands-on creation and innovation.

This program engages learners in the scientific study of colour through investigations of crystallisation, chromatography, refraction, dispersion, photodegradation and pigment extraction. It emphasizes physical vs chemical transformations, the ecological functions of colour and the comparative properties of natural and synthetic dyes, while applying this knowledge through design-based experiments and creative expression.

This course introduces young learners to the wonders of colour as both science and self-expression, sparking curiosity through playful, hands-on experiences. Over 18 immersive hours, children will explore how colours mix, change and transform through experiments with crystallisation, natural dyes, sunlight prints, bubbles and refraction rainbows.

This program engages learners in the scientific study of colour through investigations of crystallisation, chromatography, refraction, dispersion, photodegradation and pigment extraction. It emphasizes physical vs chemical transformations, the ecological functions of colour and the comparative properties of natural and synthetic dyes, while applying this knowledge through design-based experiments and creative expression.

This course introduces young learners to the wonders of colour as both science and self-expression, sparking curiosity through playful, hands-on experiences. Over 18 immersive hours, children will explore how colours mix, change and transform through experiments with crystallisation, natural dyes, sunlight prints, bubbles and refraction rainbows.

This inquisitive program introduces children to a world of exciting scientific concepts through hands-on exploration and dynamic projects. Students will dive into magnetism, understanding how magnetic fields work and how force and motion are connected. They will explore the fascinating chemistry of acids and bases, learning about the science behind soap-making and observing the reactions that form everyday products. Through optics, they'll learn about lenses and light dispersion, discovering how we see the world differently with tools that magnify and separate colors. They'll also observe minute details using their own DIY Foldscope microscope, deepening their understanding of the microscopic world. The program concludes with a meaningful design challenge, where students will apply what they've learned to create innovative solutions, combining their knowledge in a fun, creative way.

This course is designed to introduce young learners to the creative world of User Interface (UI) and User Experience (UX) design, empowering them to imagine, design and build meaningful digital experiences.

Throughout the program, students engage in age-appropriate design thinking practices such as identifying user needs, building personas, sketching ideas, creating moodboards, refining layouts and testing early designs. As they prototype, students will also use guided digital design spaces to bring their ideas to life, learning how screens, buttons, colors and interactions work together to tell a story.

Students will also be introduced to artificial intelligence in a thoughtful and safe way. They will use AI to generate ideas such as layout suggestions, icon concepts or simple text prompts remaining fully in control of the creative process, understanding AI as a supportive thinking partner rather than a creator. Discussions on responsible use help students reflect on where AI can help, where it cannot and how to use technology ethically and thoughtfully.

This course is designed to introduce young learners to the creative world of User Interface (UI) and User Experience (UX) design, empowering them to imagine, design and build meaningful digital experiences.

Throughout the program, students engage in age-appropriate design thinking practices such as identifying user needs, building personas, sketching ideas, creating moodboards, refining layouts and testing early designs. As they prototype, students will also use guided digital design spaces to bring their ideas to life, learning how screens, buttons, colors and interactions work together to tell a story.

Students will also be introduced to artificial intelligence in a thoughtful and safe way. They will use AI to generate ideas such as layout suggestions, icon concepts or simple text prompts remaining fully in control of the creative process, understanding AI as a supportive thinking partner rather than a creator. Discussions on responsible use help students reflect on where AI can help, where it cannot and how to use technology ethically and thoughtfully.

In this course, children will gain hands-on experience building and manipulating robots using the VEX IQ Kit. VEX IQ is an all-inclusive platform that ignites young minds' passion for robotics and STEM. With its modular building system, user-friendly programming, and engaging challenges, it empowers students to design, build and program their robots, promoting critical thinking and problem-solving skills in an exciting, hands-on manner. Students have the opportunity to use configurable game elements and fields as they tackle challenges.

VEX IQ helps students build strong foundations in robotics by developing engineering design thinking: problem identification, prototyping, testing and iteration; mechanical understanding: structure, stability, gears, motion, speed vs torque, friction and balance and robotics fundamentals: motors, drivetrains and control systems. Through VEXcode IQ, students also learn core computational thinking skills such as sequencing, loops, conditionals, variables, functions and debugging, along with sensor-based automation using inputs like distance, touch, color and gyro sensors. In addition, the kits naturally strengthen collaboration, teamwork, communication and real-world problem-solving skills through hands-on building and challenge-based learning.