Print STEM Academy uses design and 3D printing as the engine for every Science, Technology, Engineering and Maths lesson. Children aged 5–16 don't just learn STEM — they see it being made, test it, and hold the proof in their hands.
At Print STEM Academy the 3D printer is not a reward or an extra — it is the primary teaching tool. Every scientific concept, every engineering principle, every maths idea and technology project is learned through real 3D printed items.
When a child designs a working gear train, they are applying gear-ratio mathematics. When they model a bridge truss, they are making structural decisions about compression and tension. CAD software demands precision — you cannot bluff your way through a 3D model. The design process is the learning process.
The FDM printer is the world's most honest feedback mechanism. A gear with the wrong tooth pitch will not mesh. A bracket with insufficient wall thickness will snap under load. Children iterate, measure, redesign, and reprint — experiencing the full engineering design cycle authentically, every session.
Holding a physical object you designed cements abstract concepts into long-term memory. Every child leaves every session with a printed artefact that embodies the STEM concept they worked on — a tangible, permanent record of their growing knowledge that also makes the best show-and-tell item at school the next day.
Every pathway is engineered for the exact cognitive stage your child is at. The CAD software, printer complexity, STEM depth, and project ambition all scale precisely with age — so every child is working at exactly the right challenge level.
"I designed it, the printer made it, I understand why."
Young Explorers are introduced to 3D design through child-friendly tablet-based visual tools and guided CAD templates. They watch their creation grow on the print bed — layer by layer — and discover the science behind what they built by testing the object they made. No textbooks, no worksheets; every concept is experienced through design and print.
Projects include geometry through printing shapes, forces through load-testing structures, life science through printing anatomical models. Everything is visual, tactile, and immediately meaningful.
"Design with purpose. Print with precision. Test with data."
Innovators use TinkerCAD to create increasingly complex prints that solve real engineering problems. Every module produces a functional, testable artefact: a bridge that holds measured loads, a gear train with calculated ratios, a planetary model built to mathematical scale, or a precision-fit electronics enclosure for a micro:bit sensor.
Includes advanced Design & Technology, Computing, and Maths. Children write design briefs, measure their prints to the millimetre with calipers, record test data in tables, plot graphs, and draw evidence-based conclusions.
"Prototype it. Test it. Measure it. Prove it. Present it."
The Engineers pathway uses professional Fusion 360 parametric CAD with physical computing hardware, and multi-week capstone projects that produce genuinely functional prototypes. Students engage with real engineering constraints — material anisotropy, tolerance stacking, stress concentrations, servo torque limits, and aerodynamic geometry.
Students write full design specifications, conduct controlled mechanical tests on their printed specimens, produce technical drawings with GD&T annotations.
Join families across Johor Bahru watching their children design, print, test, and truly understand STEM — one printed project at a time. Book a trial session today.
📍 01-25 Sunway Grid Hub, Persiaran Medini 3, Sunway City, 79250 Iskandar Puteri · hello@PrintStem.Academy · 📱 WhatsApp: +60 17705 4547