STEM Kits

Build a solar‑powered car/fan to experience renewable energy in action. Observe how sunlight angle affects speed. Covers energy conversion: light → electrical → mechanical.

Build a Home Energy Detective (LED vs bulb) with simple, safe materials. Learners observe cause–effect and record basic data. Covers foundational concepts in Sci/Tech/Math.

Create working paper/board circuits with LEDs, switches, and sensors. See how electricity flows in a closed path and how inputs control outputs. Covers circuit basics, series/parallel, and signals.

Build and control a fan using motors and sensors. Experiment with blade angle and temperature‑based switching. Covers feedback, energy conversion, and simple control.

Test materials to slow melting and observe heating/cooling effects. See solids, liquids, gases in action. Covers heat transfer and states of matter.

Observe states of matter through heating and cooling experiments. Watch ice melt, water boil, and balloons expand. Covers thermal expansion and phase changes.

Build an automated plant watering system using soil moisture sensors. Design smart irrigation that activates when soil is dry. Covers plant care automation and sensor technology.

Test what plants need to grow by creating controlled experiments. Compare plants with and without water, light, or nutrients. Covers plant biology and fair testing.

Measure weather and Earth systems with simple instruments. Record wind, rain, microclimate, and observe water/erosion cycles. Covers data collection and Earth science basics.

Build an automatic temperature-controlled fan using thermistor sensors. Design circuits that respond to heat. Covers smart automation and temperature sensing.

Investigate light with shadows, sundials, mirrors, and lenses. Relate shadow length to time and explore reflection/refraction. Covers basic optics and Sun–Earth geometry.

Create a mini water cycle model in a jar. Observe evaporation, condensation, and precipitation. Covers Earth’s water cycle and weather patterns.