The Story Engineers: STEAM & Motion
At Creative Minds Academy, we believe that every machine has a story to tell. In The Story Engineers, children step into the roles of scientists and designers to master the laws of the physical world.
Powered by the latest 2026 Lego Education Science series, we bring abstract physics to life. This "unplugged" engineering program allows students to experiment with forces, motion, and energy through hands-on building, helping them understand why things move before they ever learn to code them.
The Physics of Play (Ages 5 – 7)
At this level, we turn the classroom into a laboratory of discovery. Children explore how simple pushes and pulls can create incredible movements.
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Core Concepts: Pushes and pulls, gravity, friction, and the basics of gears and axles.
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The Experience: Students build models like sailboats, spring-loaded launchers, and balance scales. They observe how changing a single variable—like the weight of a brick—changes the entire "story" of the machine.
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The Goal: To build a foundational mechanical vocabulary and develop fine motor skills through purposeful construction.
The Mechanics of Energy (Ages 8 – 10)
As students grow, their machines become more complex. In this level, we investigate the invisible forces that power our world, moving from simple movement to sophisticated mechanical advantage.
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Core Concepts: Potential and kinetic energy, complex gear ratios, and Newton’s Laws of Motion.
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The Experience: Students design sports-themed contraptions—like weightlifting cranes or high-speed race cars—to test hypotheses about mass, speed, and acceleration.
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The Goal: To transition from "building" to "engineering" by using logic to predict outcomes and troubleshoot mechanical failures.
Master Systems & Innovation (Ages 11+)
Our advanced tier challenges students to think like professional engineers. They move beyond individual machines to create integrated systems that solve complex physical problems.
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Core Concepts: Energy transfer, mechanical efficiency, and structural integrity.
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The Experience: Students tackle open-ended engineering briefs, designing solutions like wind-powered machines or complex transmission systems. They collect and analyze data to optimize their designs for maximum performance.
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The Goal: To master the scientific method. Students learn that every "failed" test is just another chapter in their story of innovation, leading to a deeper understanding of how our physical world is built.
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