Machines at Work
Byron Barton's Transportation Books Series
on Goodreads (623)
What’s inside...
This book is part of a series that includes at least 20 engaging activities for children, aimed at helping them explore important science concepts. Each double-page spread provides an introduction to basic scientific principles, a variety of imaginative activities to try, explanations of the outcomes, and supplemental 'Did You Know' information. Specifically, this book focuses on providing a simple, hands-on understanding of mechanical principles such as levers, pulleys, ramps, screws, cranks, mills, transmitting forces, and combating friction. In addition to the science-focused content, the book includes a narrative set at a construction site, where workers and their machines are ready for a busy day. The rhythmic text and bold, graphic illustrations capture the energy and excitement of the construction site. Byron Barton's classic book about a busy day at the construction site is perfect for fans of Richard Scarry and Tom Lichtenheld! Rhythmic text and bold, graphic illustrations convey all the energy and excitement of the day while workers use a variety of machines to knock down a building and begin constructing a new one. Young readers will love learning the names of the machines while seeing them at work. Supports the Common Core State Standards.
Series reading
Non-Sequential
Age
1-3
Length
32 pages
Text complexity
Discussion points
What kind of machines did you see in the book? Which one would you like to operate?
How do the machines help people in the book? Can you think of other ways machines help us every day?
What colors do you see on the machines? Which colors make them look strong and powerful?
If you could invent a machine, what would it do? How would it help people?
Why do you think the workers are important in the story? What would happen if they weren't there?
Tip: Role play these questions
Before reading, ask your child what they already know about machines, and listen to their thoughts. This will help them connect more with the content.
While reading, point to different machines and discuss their parts and functions to spark curiosity and understanding.
After reading, encourage your child to draw their favorite machine from the book or even invent a new one. Discuss together how it would be useful.
Relate the story to real-life experiences by taking them to see construction sites or showing them similar machines in action in real life or in videos.
Praise your child's responses and thoughts to boost their confidence and interest in learning more about machines and how they work.
Key lessons
Example Lesson: Teamwork and Cooperation
Explanation: In 'Machines at Work', various types of machines work together to complete tasks. This demonstrates the importance of teamwork and cooperation.
Real-World Application: Children can apply this lesson by working together with their peers in group activities or team sports, learning to value each person's contribution.
Example Lesson: Understanding Roles and Responsibilities
Explanation: The book highlights different machines performing specific roles that contribute towards achieving a common goal.
Real-World Application: This can teach children the importance of understanding and fulfilling their own roles, whether it’s in their household chores or in school projects.
Example Lesson: Problem-Solving
Explanation: The construction process in the book involves addressing and solving various challenges, showcasing effective problem-solving techniques.
Real-World Application: Children can learn to apply problem-solving skills in overcoming obstacles they encounter in daily activities or in resolving conflicts with peers.
Example Lesson: Curiosity and Learning about Technology
Explanation: By introducing different types of machines and their functions, the book fuels curiosity and promotes understanding of basic technology.
Real-World Application: This curiosity can lead children to explore more about how things work in the world around them, potentially sparking an interest in science and engineering.