Explore science.
Learn by doing.

Explore eight development boards. Find components, assemble the board and wire your own sensor and motor circuits.

Explore a cutaway animal cell, isolate its organelles and investigate their roles. Build the intracellular route of a secreted protein.

Pour solutions and use the pH probe. Explore acid–base equilibrium, dilution and precipitation at the same bench.

Move the vessel and place the thermometer. Investigate melting and freezing, specific heat, hot-cold water mixing and insulation at the same bench.

Pour ingredients into a beaker. Separate sand, iron and salt using a magnet, filter and evaporation; investigate dissolving and saturation.

Pick up samples and explore mass, length and volume with a balance, ruler and cylinder. Progress to density and precision at the same bench.

Slice a whole, join slices together, and see how many of one fit inside another.

Unfold solids into nets, slice them with a plane, pack them with cubes, and scale them up.

From lines to parabolas, from the unit circle to waves: turn the coefficients and watch the graph respond.

Position carts, weights and light gates. Explore force, friction, springs and collisions through measurement.

Pick angle and speed, swap gravity from Earth to the Moon, and split the path into its components.

Build circuits across three shared workbenches: DC and measurement, electronics and sensors, capacitors and signals.

Compare all 118 elements as 3D columns, click one to dive into its atom, heat a sample until it melts and watch its real-world demo.