12 October 2022 POSTED BY DIYA Robotics

How do learning coding and robotics make a gateway for children's future?

"Think, Think, Think". It is intended for all parents and guardians who are reading this. As we have already entered a new era of times, life-changing games are already underway. Are you confident that what you know and what your children already knew will be enough to survive this millennial generation? In case you are wondering, the answer is no. We will be covering a variety of topics in our upcoming blog post, but I'd like to give you a brief overview of what's on it.

Considering the title of this article, there might be a lot of bewilderment about how robotics and coding can benefit children. Due to technological advancements, even the proletariat believes that robotics will become the norm in the future. A central aspect of robotics is coding, which plays an essential role in engaging and advancing it. Due to the increasing importance of robotics, many have chosen to pursue robotics as a career and also encourage the upcoming generations to concentrate more on robotics and coding. The use of robotics and coding is not only for executing and completing tasks but also for thinking creatively and analytically and that is done by approaching issues from different angles and finding quick and sustainable solutions. This article will explain in detail many plausible and clear reasons to learn robotics and coding.

The purpose of learning Coding and Robotics

The process of coding, or programming, is nothing more than a technique for interacting with computers. The use of coding can be found in a wide variety of places such as website design, video game development, and so on. In addition to being a language similar to our own, coding is also a language for computers. The computer can only understand binary language, i.e. coding, just as a person who only knows English converses with someone who also speaks English.

● Sense of curiosity and creativity: In addition to obtaining erudition, robotics also stimulates children's curiosity and creativity. Robotics offers a variety of possibilities for exploration and discovery. If they are already inclined to build things or are curious about how things work, it will be the perfect environment to stretch their creative muscles.

● Preparing for an advanced future:The use of technology is becoming increasingly prevalent in our society. When it comes to technology, our generation was able to get away with learning the bare minimum; however, our children cannot. The use of 3D printing, drones, and advanced machinery in the workplace has become more common in recent years, and being computer literate has become mandatory in many fields. The rapid advancement of technology makes it impossible for us to predict what our world will look like ten or twenty years from now. Consequently, helping your child develop confidence and proficiency in all types of technology will certainly be a great advantage as they grow.

● Increases cognitive skills: Coding fosters the learners to learn computational thinking, which enhances their cognitive abilities, boosts their brainpower, and also devises logical thinking processes. Using this method, they will test the code and analyze any errors. In addition to that, it also facilitates the ability to forge a solution to any problems quickly. Last but not the least, it is applicable to a variety of situations and can help students in various ways.

It is well known that parents are perturbed about their children's future when they have no idea how to begin orienting them. Through Do It Yourself Academy(DIYA), parents can unburden their worries about their children by joining them in advanced technology courses, such as robotics, C+, and Python.

The five major precincts of robotics

In our daily lives, we are cocooned by robots. Every day, we may encounter robots without even realizing it. It might be difficult to imagine just how robotics can enhance your child's career prospects; in this section, we'll show you many fields in which robots are being used effectively, and where there are numerous career options for coding and robotics experts. The examples below illustrate some of the capabilities and possibilities of robots, but there are many other areas in which they are used; however, we believe that these help you to gain a better understanding of their capabilities and career opportunities.

Automated systems based on components - This type of robot is controlled by a component that makes it perform a specific task. A human-like robot may use mechanized arms and fingers, claws, or pushers, depending on the situation to carry on the task. Especially in industries that involve heavy lifting and moving, this type of robot is used. This type of robot is mostly seen in the automotive industry, as shown in the picture below.

Source: TechNavio

Automated locomotive Robots - Robots that perform tasks based on locomotion are known as locomotive robots. It is sometimes necessary for a robot to be able to move in order to perform certain industrial tasks, and locomotive robots are used in these cases. At times, you can find robots that look like humans using their legs for movement. There are flying robots as well which use propellers for movement (Example: Drones). Several other robots, such as rovers on Mars and other celestial bodies, require wheels for mobility. In Short, the type of robot required for a particular environment is designed and developed by a robotics engineer based on the requirement.

Source: Pexels

Robots that are capable of sensing and perceiving - In other words, this describes how the machines perceive their environment and react to it. Suppose a robot comes into contact with an obstacle and must decide what direction to take. In order for the robot to make the right decision, this sensing capability is fed into it. For the correct decision to be made the right sensor must be selected and programmed accordingly by the engineer.

Programming - Last but not least, in order to command the robots, various methods must be used. Robots interpret the instructions given to them differently since there are now over a thousand programming languages. As a result, some robots are able to adapt to changing environments by being modified. It doesn't matter how the commands are given to the robot; it can be programmed using any of more than a thousand different programming languages, making it a very diverse field for robotic and programming engineers.

Operator Interface - An operator interface is a Human-Robot Interface (HRI) that describes how the human and the robot interact with each other. Communicating effectively with a human controller is the key to a robot's design success. Using the regimes given by the human, the robot performs its tasks. Human-Robot Interface (HRI) is best demonstrated by video games. In this case, the joystick acts as an interface between the human and the machine by executing the command given by the player. It is very important that HRIs are designed carefully in order to maintain the novelty of the robot. For tasks to be executed accurately and efficiently, they must be intuitive to use and enable operators to communicate effectively with the robots.


In the long run, this rapid advancement in the robotics sector of the world will have a detrimental effect on the job market and will result in a large amount of employment for Robotic Engineers

Robotic engineers benefit from the knowledge of coding because it allows them to perform their jobs accurately and efficiently, no matter what application they are working on. For robotic functions to be of high quality, robotic design and development are integral elements of all industries. Engineers can assist with welding robots to picking robots, increasing the chances of a successful project and also helping them gain relevant hands-on experience and reducing the likelihood of encountering avoidable mistakes.

In order to provide your children with an education in robotics, you must teach them how to design and develop robots, so they can begin designing and programming them in the near future. With DIYA's robotics courses, students not only learn about the theory of robotic control systems but also get to see robotic systems operate in real-life settings. Find out more by contacting us today.