Play and Learn Engineering: Educational Resources for Young Minds

Engineering may seem like a complex field reserved for adults, but the fundamental principles can be introduced to children at a very young age. Play and Learn Engineering resources provide engaging and age-appropriate ways for preschoolers and young children to explore STEM concepts, develop problem-solving skills, and foster a lifelong love of learning.

Play and Learn Engineering App: A Fun-Filled Introduction

The Play and Learn Engineering app is designed as an educational and fun-filled experience that empowers preschoolers to test engineering concepts and solve problems. It helps kids learn through play, offering various games that grow with the child. The app allows children to design machines and roller coasters, build towers with robots, and problem-solve through obstacle courses. These early learning games help children develop a better understanding of the world around them.

Key Features of the App

Explore and Learn: The app helps kids explore and learn engineering concepts through interactive games.
Design and Build: Children can design machines and roller coasters and build towers with robots.
Problem Solving: The app includes obstacle courses that encourage problem-solving skills.
Family Engagement: Family games encourage parents and children to learn together.

Game Examples

Cavern Crawler: This game involves problem-solving using simple machines such as pulleys and levers to navigate around or remove obstacles and get through a cavern.
Robo Builder: An open-ended sandbox activity where kids use a variety of objects to experiment with building a tower.
Kitty Rescue: A guided game where children must build a tower to a specific height to help a cat get down from a tree branch. The cat gets higher in successive levels, increasing the challenge.

The Play and Learn Engineering app is part of PBS KIDS’ ongoing commitment to helping kids build the skills they need to succeed in school and in life. PBS KIDS is committed to creating a safe and secure environment for children and families across all media platforms and being transparent about what information is collected from users.

Integrating Engineering into Early Childhood Education

Even without dedicated apps, the potential for rich engineering experiences already exists in early childhood programs. Educators who understand what engineering is can recognize and leverage these opportunities.

Examples of Engineering in Early Childhood

Consider these anecdotes illustrating how children engage in engineering:

Read also: The Eat. Learn. Play. Approach

Building a Bridge: In the unit block center, two children work to build a long bridge. They experiment with different blocks as supports, discovering that the large cylinder makes the bridge more stable.
Bubble Wand Experimentation: A child makes bubble wands in different shapes, trying to create a bubble that is not round.
Pancake Perfection: A kindergartener makes pancakes, learning to adjust the cooking time to achieve the desired result.
Ramp Design: First graders connect ramp segments to create a system for a marble to descend and travel over a hill, adjusting the connections for optimal performance.

These examples demonstrate how children naturally engage in engineering as they solve problems they encounter while building and cooking.

Defining Engineering for Young Learners

Engineering is defined as “a systematic and often iterative approach to designing objects, processes, and systems to meet human needs and wants.” Embedded within this iterative approach to the design process is problem-solving.

Benefits of Engaging Children in Engineering

Engaging children in engineering has numerous benefits, including curricular integration and the strengthening of essential developmental domains.

Curricular Integration

It allows teachers to integrate all four of the STEM disciplines (science, technology, engineering, and mathematics) in a seamless fashion. The anecdotes above show children grappling with physics (forces, motion, balance, stability), chemistry (mixing substances to obtain a new substance, applying heat to change substances), mathematics (spatial reasoning, mental rotation of 3-D shapes, volume, number, measurement), and technology (tool use and designing new tools or systems).

Strengthening Approaches to Learning

The processes involved in these activities also have significant benefits in other areas of children’s development. Perhaps the most significant domain that is strengthened is “Approaches to Learning”. This term refers to how a child responds to new learning situations, and includes curiosity, engagement, initiative, persistence, problem-solving, creativity, and inventiveness. These qualities are essential for later learning and affect academic success across all content domains.

Practical Strategies for Educators

Here are some practical strategies for educators to incorporate engineering into their classrooms:

Identify Existing Problem-Solving Opportunities: Look for places where children are already working to solve problems and make solving problems a part of your classroom culture; highlight problems and celebrate solutions. Teachers can use problems such as devising a system for fair turns, transporting water to plants, repairing a broken toy, or keeping track of when eggs in an incubator have been turned.
Resist Automatic Solutions: Before responding to a child’s problem, assess whether the child can solve it independently or with minimal support. Instead of solving the problem for them, offer guidance and encouragement.
Encourage Open-Ended Exploration: Critique activities with the question, “What is there in this activity for children to figure out?” This helps determine if the activity is an open-ended exploration that allows children to figure out how the world works.
Provide Adequate Time: Ensure children have sufficient time to engage with materials and solve problems. Avoid rushing them to rotate activities before they can find solutions.
Observe and Reflect: Teachers do their best teaching after close observation of their students working. Observation allows teachers to consider the interaction among the child, the environment, and the teacher.

Additional Resources and Activities

Beyond the Play and Learn Engineering app, numerous other resources and activities can foster an engineering mindset in children.

Science Fair Projects and Backyard Engineering

Encourage children to participate in science fair projects and explore backyard engineering projects. These projects encourage students to think creatively while learning new things.

World of Goo

World of Goo creates an engineering mindset through physics-based puzzles and construction games, challenging kids to come up with creative solutions to help goo balls escape.

Discussing STEM Concepts

After children play with engineering-focused apps or engage in activities, check in and talk about the concepts they explored.

The Role of Engineers

Engineers have a hand in designing, creating, or modifying nearly everything around us. They are the ones who can make flying cars, Earth-sized atmospheric filters, and phones with holograms a reality.

Qualities of an Engineer

So what does it take to be an engineer? What qualities, strengths, and interests are essential? Exploring these questions can inspire children to pursue engineering careers.

Diverse Engineering Fields

Understanding the different fields of engineering, such as mechanical engineering and materials science, can broaden children's perspectives on the possibilities within the field. Exploring topics like robotics and soft robotics can further spark their interest.

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