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# The Complete Guide to Algorithmic Thinking for Kids and How it is Revolutionizing Education.

Computers and people utilize algorithms to reach related judgments all around the world, but can algorithmic thinking for kids will be useful as well?

Let’s understand what algorithms are and how algorithms can be useful for kids in this blog.

## What are Algorithms?

According to the literal meaning of the word, an algorithm is a set of guidelines for performing calculations.

As a result, an algorithm is a set of finite procedures used to solve a certain problem.

## What is Algorithmic Thinking?

Given that data science is about solving actual issues, it is not surprising that the pace for machine learning is speeding.

Algorithmic thinking is a method of arriving at a solution by clearly defining the procedures required. These procedures are rules or instructions that, when exactly followed, produce similar solutions every time.

The goal of algorithmic thinking is to create a repeatable method, or algorithm—a formula for calculating results, processing data, or automating tasks—rather than to find a specific solution.

## How to Explain the Algorithm to a Kid?

An effective approach to describe an algorithm to kids is to state that whoever develops it is establishing the laws of the game. As a result, you may explain to your children that when they create an algorithm, they choose what will happen, which is a very valuable life skill.

When you explain to your kid that they have the power to create anything that they want, it gives an immense amount of confidence to young minds that everything is possible and that they are capable of making any dream a reality.

An algorithm is a set of instructions you give a computer software to complete a task or solve a problem. That’s all there is to it. To avoid machines becoming “confused,” it is necessary to input all instructions exactly.

## What are Algorithms used for?

Understanding how to create an algorithm can help youngsters establish a solid basis for logical reasoning and problem-solving.

Algorithmic thinking for kids enables them to grow in their ability to think creatively and independently across disciplines to solve a variety of challenges in STEM and beyond.

A child’s math skills can be vastly improved with the help of algorithms. Students must develop their organized thinking and reasoning skills in order to comprehend and use an algorithm in code.

## What are Some Examples of Basic Algorithm Types in Everyday Life?

Explaining to kids what algorithms are and how we can use them in math and science can be a difficult task to begin with, instead, we must teach kids how we can use algorithms in everyday life.

### 1. Cooking

Discuss meal recipes with your kids. A recipe is similar to an algorithm in that it consists of a series of steps (listed on a box or in a book) that accomplish a certain task. You might use those procedures to prepare a chocolate cake from a box mix, for example.

### 2. Kids’ Everyday Routine

Kids follow the same routine through days, weeks and months. Try explaining your child that their morning routine is also an algorithm:

• Waking up and silencing the alarm
• Putting on clothes
• Brushing teeth
• Having breakfast
• Attending school
• Coming back from school
• Having lunch
• Taking rest
• Completing homework
• Playing with friends
• Having dinner
• Turning on the alarm and going off to sleep

### 3. Traffic Signal

Can you imagine using an algorithm in a traffic signal?

Traffic lights require a clever algorithm that recognizes the phases and precisely times the movement in order to preserve safety. When you approach a red light, the traffic light is changing phases. Based on the amount of traffic, an algorithm will decide when it is safest for you to cross the intersection.

### 4. Sorting Books and Notebooks

You are using an algorithm when you organize your personal or work materials.

You can ask your child to organize their books and notebooks. While kids are sorting their books they are essentially following a series of instructions to get a certain result. Paper sorting is a fantastic example since it demonstrates the range of jobs and requirements that algorithms may handle. Utilizing minor activities will simplify the organizational process.

However, how can your children truly comprehend the importance of algorithms?

Coding is useful. Your kids will obtain useful 21st-century abilities when they learn to code which will give them the opportunity to engage in social, global, and future workforce interactions.

## How to Get Started Today with Algorithmic Thinking for Kids

{igebra.ai} offers the best online math classes for students with power-packed RobArt (Algorithmic Thinking) Curriculum.

RobArt is a Way to Create Mathematical Art, Patterns, Animations, and Games Using the Programming Language SCALA. With RobArt Kids can Connect the Beautiful Dots of Math, Data, and AI.

## {igebra.ai} Algorithmic Thinking Syllabus

• Introduction to RobArt
• Math Operations
• Basic Turtle Commands
• Geometric Shapes
• Troubleshooting Errors
• Co-ordinate Systems
• Variables & Values
• Pictures
• Animation
• Canvas
• Conditions
• Collisions
• Basic Data Types
• Data Collections
• Data functions with Parameters
• Games

## {igebra.ai} Algorithmic Thinking Projects

• Angry Bird
• Castle
• Sponge Bob
• Boat in the Ocean
• Mickey Mouse
• Indian Flag
• Ice-cream Bars
• Doraemon
• Duck
• Power Puff Girls
• Sticky Fishing
• Nepal Flag
• Clock
• Chess Board
• Lotus Flower
• Sticky Swimming

## What are the Benefits of Learning Algorithmic Thinking?

### 1. Prepares for Upcoming 21st-Century Skills

Learning to code benefits you in all aspects of your life, not just for tech-related careers. You will develop abilities like problem-solving, computational thinking, creative thinking, algorithmic thinking, and logical reasoning while learning to code.

### 2. Make yourself tech savvy

In our daily lives, many of us use a variety of technological devices. These modern devices improve our quality of life. You can better grasp the functionalities of these technological devices by studying how they work through coding. You can also improvise these technological devices according to your preferences if you have an understanding of coding and robotics.

### 3. Boost problem-solving capabilities

Children who learn to code become better problem solvers. Many times while learning to code, students run into a challenging issue. They must use the decomposition method to divide the complex issue into discrete, manageable bits in order to solve it. In this manner, they will address each minor issue one at a time while resolving the overall issue. Also, the children will notice that there are numerous additional approaches to resolving a specific issue.

The world of technology is changing rapidly. And it’s important to prepare your children for the future.

As kids grow up in a world where they’re surrounded by algorithms. We need to teach children about them because they will be using them in their everyday lives and will need to know how they work and how to use them responsibly.

## Future Career Options in Algorithmic Thinking

You will have an opportunity to land attractive job prospects if you master AI, IoT, and robotics through practical coding. According to Glassdoor, an AI engineer may expect to earn between \$110K and \$160K annually.

Computational thinking abilities must be stressed as a key element of education and career development in order to get ready for the changing nature of work that is being transformed by widespread automation, artificial intelligence, and machine learning.

## Conclusion

By learning algorithmic thinking now, they are more likely to know how to break down problems and find a solution. This skill will be beneficial for their future career in STEM fields like engineering or computer science.

{igebra.ai} offers one of the best online math  classes comprising an innovative program focusing on Math + Algorithmic(RobArt) + Data + AI Thinking especially designed for kids by dedicated social visionaries having 20+ years of experience in Data and AI.