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Our Kits
Kit 1 - Rudolph LED Kit
Focusing on the basics of electrical circuits, this kit introduces students to open vs closed circuits. Through hands-on assembly, students gain foundational knowledge of circuit components such as batteries, buttons, and LEDs in a fun and approachable way.
Kit 2 - Wheel of Fortune Kit
Focusing on the basics of motors, this kit introduces students to DC motors and breadboards, allowing them to explore how electrical energy converts into mechanical motion through hands-on wiring and experimentation. The kit concludes with a creative activity—such as powering a spinning wheel that brings their learning to life in a fun and memorable way.
Kit 3 - Eco Friendly House
Focusing on environmental engineering, students are able to design their own eco-friendly house, which includes a solar panel that connects to a fan. Students are able to explore all about sustainable/renewable energy.
Kit 4 - Conductivity Card
A fun and creative way to combine art and engineering, this kit allows students to design and personalize their own greeting cards while learning the basics of electrical circuits. Using conductive tape, LEDs, and coin cell batteries, students build simple pathways that bring their cards to life with light. As they decorate and assemble their cards, they gain hands-on experience with conductivity, polarity, and circuit design, merging artistic expression with foundational engineering concepts in an engaging and memorable way.
Kit 5 - Marshmallow Tower
An introduction to structural engineering, this kit encourages students to work in teams to design and build the tallest and sturdiest tower possible using limited materials. Before construction begins, students explore famous architectural marvels such as the Eiffel Tower, Burj Khalifa, and Empire State Building, learning about the engineering principles and design strategies that make these iconic structures stand tall. Through hands-on building and friendly competition, students experiment with balance, load distribution, and geometric strength, developing critical thinking, teamwork, and problem-solving skills along the way. The challenge ends with a test of stability and height, reinforcing both the creativity and practicality of structural design.
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