Technology Tables are constructed of 11-ply birch veneer and have adjustable legs allowing to adjust table height from 18"H to 26"H in 1" increments. The tablet opening is manufactured to fit select iPad and Kindle Fire devices. Measures 19" x 30". Casters are sold separately. Minor assembly is required. Age 3 and up.

Technology Tables are constructed of 11-ply birch veneer and have adjustable legs allowing to adjust table height from 18"H to 26"H in 1" increments. The tablet opening is manufactured to fit select iPad and Kindle Fire devices. Measures 32" x 30". Casters are sold separately. Minor assembly is required. Age 3 and up.

*****Buildings***** Buildings and structures are all around us--from houses to skyscrapers to bridges and tunnels. But what goes into constructing them? Dig deeper and explore the design, construction, and engineering processes involved in making these incredible structures. Buildings will leave you with a greater appreciation of what goes into creating these amazing structures from the ground up. Grade 3-6. Paperback. *****Computers*****From games and graphics to networks and virtual reality, computers are all around us. Today's computers can draw pictures, play games, send emails, and even land space probes on Mars. But that wasn't always the case. Find out how ancient abacuses evolved into today's supercomputers and learn about some of the great computer scientists who made it all possible. Computers will take you inside these incredible machines to discover how they work, and then help you get started coding your own programs. Grade 3-6. Paperback. *****Materials*****Everything around us is made of materials. Discover how materials are chosen to make everything from raincoats to skyscrapers to sticky notes and bulletproof vests. Learn about melting, evaporating, mixing, and chemical reactions, then carry out your own easy-to-do experiments with solids, liquids and gases. Grade 3-6. Paperback. *****Robots*****Robots were once only futuristic ideas, but the future is here! Discover how robots help humans, from exploring space and destroying bombs to performing surgery and cleaning houses. See how robots use sensors to explore and interact with the world around them and learn how programmers write codes to instruct robots how to behave. Grade 3-6. Paperback. *****Vehicles*****Humans have been using vehicles for thousands of years. Explore the technological evolution of vehicles for land, sea and air--from a 10,000-year-old dugout canoe to driverless cars. Discover the challenges engineers face and the improvements they are making to vehicle speeds, materials, and efficiency. Grade 3-6. Paperback.

Join Space Cat on an exploration of systems in both the natural world and in the human made world. Readers discover how STEM skills keep systems working. Space Cat and her pal Dog help readers understand simple and complex tools we all use every day.Space Cat is curious about how tools, technology, and engineering are used to keep buildings and structures from falling down.K-Grade 4. Paperback.

Read about the tools different artists use, the primary colors, and how they mix together to make secondary colors, how painters, musicians, and dancers are able to tell stories in art and make the viewer feel a certain way, and how art can be made from any kind of material, even unusual things such as trash or old bicycle parts. PreK-Grade2. Paperback.

*****Skycrapers*****Follow the development of skyscrapers, as they have grown taller and taller, and more fantastical through engineering skill, design and ambition. Grades 3-5. Paperback. *****Trains Planes Ships*****Follow the development of trains, planes and ships, as they have grown more powerful, faster, and more fantastical through engineering skill, design and ambition. Grades 3-5. Paperback. *****Spacecraft*****Follow the developments of spacecrafts, as they have got more advanced, have travelled further and helped us explore the universe through engineering skill, design and ambition. Grades 3-5. Paperback. *****Tunnels*****Follow the developments of tunnels, as they have gone deeper underground, have travelled further and helped us transport people, energy and goods through engineering skill, design and ambition. Grades 3-5. Paperback.

Learn to create your own games, animation, presentations, and musical projects in no time at all with Coding from Scratch. Whether you're just learning to code or need a refresher, this visual guide to coding will cover all the basics - coding tools, where to find them, and how to use them - with hands-on, step-by-step instructions designed to make Coding from Scratch second nature. Grade 2-5. Paperback.

Introduces children to the wonders of science through craft projects with everyday objects. Award winning author Jane Bull combines arts, craft, and cooking activities with scientific learning. Contains more than 20 fun-filled projects, each accompanied by a 'What's the science?' section explaining how it works. PreK-Grade3. Hardcover.

Contains everything needed to conduct over 15 experiments and demonstrate key scientific principles. Measures 19.25"H x 11.75"W x 30.5"H. Ages 4 and up.

Mini STEM-gineers use a kid-safe power drill to complete 20 space-themed challenges to create circuits that really work! Includes space circuit board, kid-safe power drill, 20 bolts, 1 battery pack, 12 short connectors, 5 long connectors 10 double-sided challenge cards, and guide. Learn to light, spin simple motors, add momentary buttons and switches, and more. Requires 3 AAA and 2 AA batteries (not included). Ages 5 and up.

Get started on the road to becoming a scientist with this cool inventor's workbench containing over 10 different experiments! As children complete each experiment, they will produce a fun new machine to teach them about science. Ages 4 and up.

Provide students with grade-level appropriate challenges guaranteed to spark imagination as they ask, imagine, plan, create (build), test, and improve. In each challenge, students will be making sense of phenomena and/or designing solutions to a problem as they build a clearer understanding of science and engineering practices (SEPS), disciplinary core ideas (DCIs), and crosscutting concepts (CCCs). Each challenge is scaffolded from an engaging, and usually active, Introduction to the student-driven Mini Challenge, culminating in the Main Challenge where students put what they have learned to the test. Criteria are established for each challenge—but not an expected end result. Academic vocabulary, time frames, and formative assessments specific to each challenge are provided and most materials needed are found in the classroom or recycling bin. 112 Pages.