Robotics and coding are intertwined and fascinating areas of computer science. Robotics is a great way to introduce your child to his STEM-based learning from an early age. Before delving into robotics and coding, it’s important to know about robots.
Robots are autonomous machines that can perform specific tasks based on input from sensors. Also, robots are just mechanical parts until they are programmed.
We live in a time when many human jobs are being automated by robots. Artificial intelligence and machine learning are important aspects of robotics, so intelligent robots are more accurate and precise than humans.
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You might be surprised that there is a robot who is an official citizen of Saudi Arabia! In October 2017, Sofia became the first robot to receive citizenship from any country. Sophia was also named the first-ever Innovation Her Champion by the United Nations Development Programme, and was also the first non-human to be awarded the United Nations title.
The perfect place for parents looking for engaging coding courses and robotics camps for their kids. Join our Robotics Program for Kids, developed by experts from Google and Stanford
Learn About Robotics and Coding
Find out why coding is important for robots and which programming language to choose for robotics. Also, find the best tools and programs for your child to start learning robotics.
Why is programming important?
We live in an increasingly digital world, so coding is important. Education is not about memorizing facts. With information at our fingertips, we need to teach our children how to think, not what to think. One of the best ways to do this is to give children tools to help them find the best possible solutions. Coding is one of those tools.
What is the best age to start programming?
The best age to start programming is when your child is very young. Mostly elementary school students. Coding is more essential than ever to prepare students for the future. A whole new world of exciting possibilities opens up when students learn the basics of coding. There is no age limit when it comes to learning, but we believe that younger people are more active and are more likely to learn new things. Around the same time that children start learning to read and write, it’s a good age to start programming.
Does robotics require programming?
Yes, robotics absolutely requires coding. Coding is a set of important instructions that a robot can read and execute. Robotics combines electronics, mechanical engineering, and coding software to program robots to perform specific tasks. Robots can easily do jobs that humans cannot.
What encoding is used for robotics?
Both block-based and text-based coding are used for robotics. Coding is the way computers communicate. In other words, coding is a set of instructions with specific rules. There are many programming languages available:
C/C++, Python, Java, Fortran, and more. Python is a popular language in robotics because it is used in machine learning.
Block Coding:
Block coding is a great approach to sparking learners’ interest in coding. Block ciphers use a stack of differently shaped blocks that can be easily linked together. Debugging is much easier in block coding. Scratch, Blockly, and VEXcode Vr are some examples of block coding.
Text encoding:
Text encoding based on a predefined syntax:
a list of codes readable in a particular language. Chances of errors are higher because you have to type every line of code. It also means it takes longer than block ciphers. C/C++, Python, Java are some examples.
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What skills do robotics and coding teach students?
Children learning robotics and coding gain many skills, including strong critical thinking skills. There are many different ways to solve problems, and roboticists learn to choose the optimal solution to the problem. In addition, hands-on learning activities increase students’ ability to concentrate and pay attention. Other skills include:
1. Preparation:
Technology changes every day and students need to be better prepared for technological change.
2. Teamwork:
Children work as a team to adapt their robot to compete in various dynamic challenges.
3. Programming Skills:
In addition to learning to program lines of code, your child will discover new ways to solve problems.
4. Analytical thinking:
For large robotics problems, students have to divide the problem into chunks and then find the solution.
5. Improve written and verbal communication skills:
Communication is an absolutely necessary skill throughout life
Conclusion
Coding and robotics have become more popular due to the development of technology in the 21st century. Ever since devices based on the concepts of coding and robotics are everywhere, even in the aisles. In the normal life of children and parents, many people have realized the importance of coding and robotics. Many people were motivated by this discovery to feel the need to learn coding and robotics. Today, being able to use technology to perform tasks is very important.
