This title explores the fantastic careers available in technology. From designing smart objects, such as a fridge that tells you what groceries you need, to protecting people from online hacking, a career in technology can change and improve people's lives.
Qualified workers are required every day in manufacturing. If becoming a trained professional in a well-paying career appeals to you, this book will help you pick and choose from a wide variety of specialized jobs in the planning and managing of the processing of materials into products, including technical support and maintenance. Find out what path you need to follow in education and training to reach your dream job.
Engineers design tunnels to help solve transportation challenges for people everywhere. Young readers will learn about the steps in the engineering design process and see what shapes and materials are used in construction to make tunnels stable. A link to interactive activities online plus an activity in the book allow readers to create tunnels that can withstand weight, weather, water, and natural disasters!
In this fascinating title, readers explore how light and sound waves transfer information. From telescopes that extend our sense of sight to satellites that help us communicate across large distances, patterns of waves transfer information in many ways. A link to interactive activities online plus an activity in the book allow readers to use what they have learned about waves to engineer wave patterns that communicate across distances.
This engaging book describes the properties of sound waves, how they move, and the way our ears catch them. Readers will learn how sound waves travel through different mediums and be amazed by the different ways sound waves are used in real life, such as for communication with animals and deep-sea exploration. A link to interactive activities online plus an activity in the book allow readers to experiment with sound waves to achieve different sounds.
This exciting title introduces readers to the concept of a wave and the patterns and properties common to both light and sound waves. Clear text and detailed diagrams combine to demonstrate the cause-and-effect relationships involved in the properties of amplitude, wavelength, and frequency. A link to interactive activities online plus an activity in the book allow readers to explore key concepts close up by creating their own wave models.
Perhaps no two people in history exemplify the spirit of invention better than brothers Orville and Wilbur Wright. Born in the Midwest in the late 1800s, Orville was exceptionally good at creating mechanical devices, and Wilbur had a genius for ideas. The turn of the 20th century came during an age of invention and technological development. Inspired by a fierce worldwide competition to be the first to invent a machine that could fly and be controlled by a pilot, the Wright brothers tested and refined several prototypes. At last, on December 17, 1903, near Kitty Hawk, North Carolina, they achieved their pioneering flight. The brothers went on to develop machines and controls that made possible powered, fixed-wing flights and laid the foundation for pilot-controlled aviation as we know it today. They also founded the Wright Company, which built airplanes for the rising new industry of commercial aviation. Had Wilbur not died at the early age of 45, who knows what else the innovative pair might have accomplished.
Creative readers with a green thumb and an eye for design will be inspired to create their own gardening and landscaping projects in unique spaces. From vertical gardens to urban parklets, this title will motivate readers to "green up" spaces in their communities in a way that promotes environmental awareness, collaboration, and group planning. Profiles of innovators and their green creations encourage readers to embrace their own ideas and create their Maker visions.
Engineers design bridges to help solve the challenges of barriers that block the movement of people. Young readers will learn about the steps in the engineering design process and see how different types of bridges suit different types of obstacles. They will also discover what materials are used in construction to make bridges stable. A link to interactive activities online plus an activity in the book allow readers to create bridges that stand up to the forces of extreme weather and natural disasters.
This unique title allows budding young engineers, architects, and designers to use their personal creativity to design communities and their spaces. Through engaging photographs, clear explanations, and realistic activities, readers will be inspired to design parks and other elements that make communities enjoyable and accessible for all people. Opportunities to take plans from paper to screen build digital skills, making projects diverse and multi-level for all types of readers.
This exciting title inspires readers to get active, use their creativity, and collaborate to explore new ideas in the world of sports. Engaging activities, inspiring biographies, and clear photographs help readers create new and entertaining sports games and activities. A focus on accessibility and safety makes this title a strong addition to any makerspace.
Engineers design skyscrapers to help solve the challenge of making room for a large number of people on a small piece of land. Young readers will learn about the steps in the engineering design process and see what shapes and materials are used in construction to make tall buildings stable. A link to interactive activities online plus an activity in the book allow readers to create skyscrapers that can withstand weight, weather, natural disasters—and time!
Engineers design dams to help solve the challenges of providing drinking water and electricity to people's homes. Young readers will learn about the steps in the engineering design process and see what materials are used in construction to make dams strong enough to hold up against the strong forces of water, weather, and natural disasters. A link to interactive activities online plus an activity in the book allow readers to create stable dams.
I See Seeds introduces emergent readers to the life cycle of a seed while providing them with a supportive first nonfiction reading experience. Carefully crafted text uses high-frequency words, repetitive sentence patterns, and strong visual references to support emergent readers, making sure they aren't facing too many challenges at once.
I See Birds introduces emergent readers to a variety of bird behaviors while providing them with a supportive first nonfiction reading experience. Carefully crafted text uses high-frequency words, repetitive sentence patterns, and strong visual references to support emergent readers, making sure they aren't facing too many challenges at once.
I See Leaves introduces emergent readers to a variety of leaf shapes while providing them with a supportive first nonfiction reading experience. Carefully crafted text uses high-frequency words, repetitive sentence patterns, and strong visual references to support emergent readers, making sure they aren't facing too many challenges at once.
I See Flowers introduces emergent readers to a variety of colorful flowers while providing them with a supportive first nonfiction reading experience. Carefully crafted text uses high-frequency words, repetitive sentence patterns, and strong visual references to support emergent readers, making sure they aren't facing too many challenges at once.
I See Insects introduces emergent readers to a variety of common backyard bugs while providing them with a supportive first nonfiction reading experience. Carefully crafted text uses high-frequency words, repetitive sentence patterns, and strong visual references to support emergent readers, making sure they aren't facing too many challenges at once.
I See Plants introduces emergent readers to a variety of plant characteristics while providing them with a supportive first nonfiction reading experience. Carefully crafted text uses high-frequency words, repetitive sentence patterns, and strong visual references to support emergent readers, making sure they aren't facing too many challenges at once.
I See Rocks introduces emergent readers to a variety of rock attributes while providing them with a supportive first nonfiction reading experience. Carefully crafted text uses high-frequency words, repetitive sentence patterns, and strong visual references to support emergent readers, making sure they aren't facing too many challenges at once.
I See Trees introduces emergent readers to a variety of tree attributes while providing them with a supportive first nonfiction reading experience. Carefully crafted text uses high-frequency words, repetitive sentence patterns, and strong visual references to support emergent readers, making sure they aren't facing too many challenges at once.
This book relays the factual details of the dropping of the atomic bombs that took place during World War II. The narrative provides multiple accounts of the event, and readers learn details through the point of view of a Manhattan Project scientist, a witness in Hiroshima, and an aide to the US secretary of war. The text offers opportunities to compare and contrast various perspectives in the text while gathering and analyzing information about a historical event.
Detailed illustrations and simple text are paired within a board book format to introduce young readers to the growth cycle of a seed, from its planting to flowering.
Whoosh...the wind blows open a creaky gate. Inquisitive and mischievous, a homeless little cat scampers through - and suddenly finds herself in the wondrous world of an organic farm! Affectionately named "Molly" by the farmers who discover her, she romps, naps, and hunts among the vegetables. Seen through Molly's eyes, the reader discovers the interplay of nature that grows wholesome food. But what will happen to Molly when winter comes? Based on a true story, Molly will touch children's hearts while introducing them to plants and the key elements of growing food organically. Standards-based science concepts and activities at the end of the book expand the message of the story.
Why has coal been such a prominent energy source? How can renewable energies be stored most effectively? Linking science to practical applications and social issues to realistic goals, this new series orients ecologically conscious readers toward the future of Harnessing Energy. With a special section on historical moments involving the energy source, details on key inventors and notable discoveries, and statistics to back up objective reports, each title seeks to present a fully contextualized history of the featured energy form. A must-have for any STEM unit dealing with energy studies. In this title examine the ways in which coal has historically been used as an energy source and how current and future energy demands are changing its technical applications and efficiency levels.
