Education

STEM Learning: 8 Reasons Why Robotics Is Good for Kids

Published

4 years ago

September 6, 2020

Blake

Robotics is a hands-on method of teaching critical concepts like science and math. It’s a fun way to inspire a child to get interested in science, technology, engineering and mathematics, or STEM, for short. These subjects are vital to children’s knowledge as their mastery can lead the learners to amazing careers in the future.

Contents

What is STEM?

STEM is a program that integrates science, technology, engineering and mathematics into one interdisciplinary subject. Traditionally, these four key subject areas are taught separately. STEM combines them into a solid learning model built on realistic applications.

The importance of STEM learning

Creates a blended learning environment for students to apply scientific methods in real-life.
Prepares kids for technological advancements that they’ll experience in their generation.
Helps children develop problem-solving skills through challenging tasks.
Instills creativity and illustrates how artistic talent can coexist with a deep interest in technology and science.
Gives kids a greater advantage to succeed in the STEM field.

The Case for Robotics

Robotics is a branch of technology that deals with the programming, manufacture and design of robots. It is a great way for kids to learn STEM concepts by allowing them to study the subject in-depth and make their own robots.

Here are eight reasons why robotics is good for your kids.

1. Makes mathematics simpler

Most children find math difficult, especially when it comes to higher mathematics. Robots provide an interactive way to teach kids about math in the context of their everyday lives. This is done by taking numbers off the page and into real-world situations. Students learn how math concepts can affect the robot’s responses during programming.

2. Explains science better

Science is the heart of robotics. Robots help kids understand science better. Understanding robots’ functions teaches children various scientific theories on solar power and electricity.

When students use a robot to lift an object, they develop an understanding of physics like the concepts of tension and force. Building a robot from nothing and seeing how materials can affect its behavior educates children on the value of experimentation and observation.

3. Improves decision-making

“Cause and effect” is an important concept that children need to understand. When they realize the effects of their actions, they will most likely make more informed decisions next time. The critical skills that kids learn from robotics testing and experimentation make decision-making a logical and much easier process.

4. Teaches programming

Robotics makes an abstract concept like programming both understandable and approachable. By participating in building a robot, your child learns how to input code into computers. Robots are also designed to increase the difficulty of programming interfaces as each child becomes more comfortable with the concept.

5. Instills the value of teamwork

When students work together on a robotics project, they learn to collaborate with one another. By communicating their ideas with others, they figure out how to solve problems. Through robotics, children learn to share their ideas and listen to others while sharpening their life skills.

6. Teaches engineering skills

Engineers build everything from vehicles to cities. Through robotics, the child can learn about the discipline of engineering. Building a robot helps the child in understanding concepts involving function and design.

7. Helps kids realize their passion

By going through the course of building robots, your child gets to explore many learning pathways. And because robotics offers an open platform, it allows the child to go wherever with his experiments. A robotics curriculum has a natural flow and individualized approach to each child’s learning. It also nurtures their passion for science and technology further.

8. Builds leaders

A child’s strength starts to shine when he interacts with robots and performs various tasks. The exercise of building a robot together brings out the different strengths of children. When assembling a robot in a team, some students begin to stand out as they bring their ideas to life. But there are also students who are not very vocal but can lead the team behind the scenes.

After-school learning programs offer a fun, effective and meaningful platform for your child to learn about robotics. Choose one that follows a reputable curriculum such as the Robotics Education Curriculum. This curriculum was developed by LEGO, Carnegie Mellon Robotics Academy, VEX Robotics, AUTODESK and NASA, so you’re sure your child will get in-depth instruction and a truly memorable learning experience.

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Educationnn

STEM Learning: 8 Reasons Why Robotics Is Good for Kids

Education

STEM Learning: 8 Reasons Why Robotics Is Good for Kids

What is STEM?

The importance of STEM learning

The Case for Robotics

1. Makes mathematics simpler

2. Explains science better

3. Improves decision-making

4. Teaches programming

5. Instills the value of teamwork

6. Teaches engineering skills

7. Helps kids realize their passion

8. Builds leaders

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Educationnn

STEM Learning: 8 Reasons Why Robotics Is Good for Kids

What is STEM?

The importance of STEM learning

The Case for Robotics

1. Makes mathematics simpler

2. Explains science better

3. Improves decision-making

4. Teaches programming

5. Instills the value of teamwork

6. Teaches engineering skills

7. Helps kids realize their passion

8. Builds leaders

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Leave a Reply

Can You Pursue a Career in Nursing and Still Become Your Own Boss?

How Social Workers Advocate for Individuals’ Rights to Access Resources

The Differences Between Registered Nurses and Family Nurse Practitioners

Understanding How Advanced Education Encourages a Global Leadership Perspective

Blooket Join: Making Learning Addictively Fun

Facebook

Trending