"Ward's+Phenomena+Lab+Activities"

Build your own electronics project with this breakout board for micro:bit.

Professional-level entry into environmental sensing and the Internet of things.

This kit is designed to take students new to computing and sewing through a series of projects where they learn simple, parallel and computational circuitry, sequencing, conditional logic, sensor reading, functions and related programming in Arduino, 3D crafting and design, and computational thinking practices such as debugging, iteration, revision, problem solving, and algorithmic thinking.

Economical, lightweight thermometers are ideal for monitoring temperatures in storerooms, labs, offices, and hoods.

Add the line following capability to your robot.

Watch and be amazed at what your music can do with the new Snap Circuits® LIGHT

Improve student test scores and involve parents in the process.

Break light into its components wavelengths

How is CRISPR used in biotechnology?

Features one tapered spatula end and one rounded flat spatula end. Designed for use with small samples. Perfect for a variety of laboratory uses.

Our most complete skeleton on stand with dustcover.

Demonstrate the rotational motion of Earth on its axis, its orbit around the Sun, and the revolution of the moon around Earth with this high-quality model.

Cubelets® make the principles of programming easy to learn and practice.

Construct a wind-powered generator to explore energy conversion and sustainability.

Developed by a Lab Technician.

This apparatus helps students to understand the Coriolis effect, the phenomenon whereby an object moving on a spinning surface will travel in a curved path.