Dec 19

Complete Guide to Robotics and Coding for Kids

Complete Beginner's Guide to Robotics and Coding for Kids

A fascinating area of computer science, robotics and coding are linked. Robotics is a fantastic approach to expose your kid to STEM-based education at a young age. It’s critical to understand robots before coding and robotics.

A robot is an autonomous machine that can carry out certain activities using input from sensors. A robot is also only a mechanical component unless it is programmed.

We now live in a time when robots have enabled the automation of numerous human functions. Intelligent robots are more exact and precise than humans because artificial intelligence and machine learning are important components of robotics.

Even the fact that there is currently a robot who is recognized as a Saudi citizen may surprise you! Sophia became the first robot to be granted citizenship in any nation in October 2017. Sophia was also the first non-human recipient of any United Nations title when she was dubbed the first-ever Innovation Champion by the UNDP.

Complete Guide to Robotics and Coding for Kids

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Why is coding so crucial?

We live in a world that is becoming more and more digital, thus coding is crucial. Learning is not about retaining information. We need to teach our children how to think rather than what to think in this age of information at our fingertips. Giving children the skills they need to find the best answers is one of the best ways to achieve this, and one of those tools is coding.


What age is ideal for learning to code?

A young age, typically in elementary school, is a suitable time for a child to begin learning to code. More than ever, teaching pupils to code will help them be prepared for the future. Students have access to a whole new universe of intriguing options when they learn the fundamentals of coding. Although there is no age limit for learning, we do think that young minds are more active and open to learning new things. It’s a terrific idea to start learning to code when kids are just beginning to learn how to read and write.


Does coding apply to robotics?

Coding is a collection of instructions that a robot may read and follow, thus it is undoubtedly necessary for robotics To program robots to do certain tasks, robotics involves the use of electronics, mechanics, and coding software. Robots are easily able to carry out activities that humans find difficult.


What kind of coding does robotics use?

Robotics makes use of both text-based and block-based coding. The method of speaking to computers is through coding. Coding is, in other words, a set of rules and instructions. Programming languages come in a wide variety, including C/C++, Python, Java, Fortran, etc. Python is widely used in machine learning, making it a preferred language for robots.

  • Block-based coding: Block-based coding is a great way to get students interested in learning how to code. A stack of variously shaped bricks that may be quickly attached to one another is used in block-based coding. Block-based coding makes it much simpler to debug mistakes. Examples of block-based coding include VEXcode VR, Blockly, and Scratch.
  • Text-based coding: The foundation of text-based coding is established syntax—a list of codes understandable by a certain language. As you have to type each and every line of code, the likelihood of error is higher. Consequently, it also requires a lot more time than block-based coding. Examples include C/C++, Python, and Java.


What Skills Do Students Learn Through Coding and Robotics?

Children who study coding and robotics will develop a wide range of skills, including sharp critical thinking. People who study robotics learn how to select the best option from among the several problem-solving techniques. Additionally, engaging in hands-on learning activities helps pupils focus and pay attention. Other abilities comprise:

    • Readiness: Technology is constantly evolving, thus students need to be better equipped to deal with these changes.
    • Teamwork: Children collaborate in groups to modify their robots so they may participate in a variety of dynamic challenges.
    • Programming abilities: Your youngster will acquire new approaches to problem-solving in addition to learning how to write lines of code.
    • Analytical thinking: Students must split down large robotics challenges into manageable chunks before figuring out the solution.
    • Written and verbal communication skills: The ability to communicate both orally and in writing is something that should be improved at all times.

Beginner’s guide to robotics programming: 8 Steps To Get Started

Children can program a virtual robot on various virtual 3D playgrounds using VEXcode VR. What to anticipate from VEXcode VR is as follows:

    • Virtual robots: Using a pre-built robot, users can set up drivetrains for navigation, sensors for environment detection, pen features for artistic sketching, and an electromagnet to interact with in-game items in challenges.
    • Virtual playgrounds: Students can choose from a variety of 3D virtual playgrounds to test out the characteristics of their virtual robots. Additional features include point-of-view control while the robot executes code, visual statistics on the playground dashboard, and playgrounds with grid maps, canvases for art, cleaners for coral reefs, etc.
    • Web-based: Installation of the software is not necessary. Additionally, VEXcode VR functions smoothly on all popular desktop and tablet browsers.
    • Convert block coding to Python: Students can inspect their code at any time by clicking the code viewer console in the Python programming language.
    • Challenges and activities: The available playgrounds serve as the basis for the activities. And the difficulties vary depending on the playground.

VEXcode is a block-based interface that makes it simpler for people who are new to robotics to get their robot moving. The diverse forms and colors of the blocks in VEXcode VR make it easier to understand. Each block’s shape also denotes a certain significance. Together, let’s try it out in a few easy steps!

    1. Start VEXcode VR.

To program for robots, launch VEXcode VR in your web browser.

    1. Launch a new project

Once VEXcode VR has launched, open the File menu and choose “New Blocks Project.” This will start a new project.

    1. Visit several playgrounds

In the upper right-hand corner, click the playground.

    1. Pick a robot’s virtual playground.

Choose the playground that you want to use.

    1. Move the code blocks around.

On the left side of the screen are the code blocks. Attach the action block you want to use to the “when started” block by dragging it into the middle.

    1. Run your program.

To start the code and watch your robot move, simply press the play button.

    1. View from various angles

Maintain your perspective while the robot executes the programming.

    1. Examine your computerized robot

Although a real robot is not necessary, let’s take a closer look at the virtual robot we’re utilizing. Different sensors are installed on our robot’s bumper, front eye, electromagnet, and under the eye. Additionally, the core of this virtual robot is connected to one pen.

Do you want to start coding? Book a FREE trial with Tokyo Coding Club

Try Out Coding and Robotics courses

Check out online robotics and coding courses if your youngster is interested in learning more about how robots operate or how to utilize sensors to navigate a maze. Tokyo Coding Club has programming and robotics classes and outdoor activities. We believe that having fun is the best way to learn! Find out more about our program by clicking on this link!

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