3D printing
Design it. Print it. Bring it to life! In this hands-on 3D printing activity, students learn the fundamentals of 3D design and digital fabrication as they create their own custom products. Using computer-aided design (CAD) software, students transform ideas into digital models before preparing and printing them with a 3D printer.
Along the way, students develop creativity, spatial reasoning, and design-thinking skills while learning how to iterate, test, and refine their designs. They also gain an understanding of the engineering design process, from concept development to prototyping and production. As a technology widely used by engineers and researchers to test ideas before manufacturing, 3D printing gives students authentic experience with real-world design and innovation practices. Whether creating a useful tool, a personalised accessory, or an innovative solution to a real-world problem, students experience the satisfaction of turning their ideas into tangible objects they can proudly take home.
Arduino Education Junior Certification
Students develop their knowledge of electronics,programming, and physical computing hile working towards an internationally recognized certfication.
During recess sessions, students complete a series of hands-on challenges and guided activities using the Arduino platform, building their understanding of circuits, sensors, coding, and engineering design principles. The programme encourages computational thinking, logical reasoning, creativity, and problem-solving as students learn to connect hardware and software to create interactive projects.
As students progress through the tasks, they build confidence in their technical abilities and gain valuable experience in troubleshooting and independent learning. The programme culminates in the Arduino Education Junior Certification online exam, providing students with the opportunity to validate their skills and earn a credential that reflects their achievement and commitment to STEM learning.
Explore Electronic Through soldering: Game of Life
Build, solder, and bring your own Game of Life PCB to life! Inspired by John Conway’s famous mathematical simulation, this hands-on activity introduces students to the exciting world of electronics, circuit design, and computational thinking. As they assemble and solder their circuit boards, students learn to identify electronic components, understand basic circuitry, and explore how simple computational rules can create complex and fascinating patterns.
Designed for beginners, the activity develops essential soldering skills while building confidence in using tools such as soldering irons and wire cutters. Students also strengthen their problem-solving and troubleshooting abilities as they test and refine their boards. Combining mathematics, computer science, and engineering, this engaging maker experience results in a unique take-home project that showcases both creativity and technical skill.
