Genius Robotics

Coding school for kids in Timisoara

Myths & Benefits of Coding

Since technology has both its pros and cons, some parents are wary of involving their children at a young age in such a technologically advanced subject. With all the benefits that coding offers, there comes myths about its downsides, but let’s take a quick look at the myths and benefits.

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Myths of Coding

1. Too Much Screen Time:

While it’s true that screen time should be cause of concern, coding doesn’t have to be done only on a computer. The real essence of computer science comes down to problem-solving, so it’s possible to learn coding with pen and paper and share ideas before having to get behind a screen.

2. You Have to Be Good at Math:

Math and coding are interconnected, but it doesn’t mean that a child has to be a mathematician to learn to code. In fact, there are more words than numbers in coding, and it’s always possible to have resources available for when the math poses a challenge.

3. Only One Coding Language is Best:

Each coding language serves a different purpose. While Python and JavaScript are more flexible languages in terms of accessibility to learn on a web browser, it doesn’t make them better than another language. That’s why it’s also useful to focus on coding concepts like logic and problem-solving to teach the fundamentals behind the languages first.

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Benefits of Coding

1. Teaches Patience:

Like learning a new language, coding teaches patience. More often than not, coding takes time and while it may first seem difficult, it becomes easier with practice and teaches the value of resilience and overcoming hurdles to achieve greatness.

2. Fosters Creativity:

Coding opens the doors to so many possibilities, like game-building, application construction, website design, to name a few. With the basics of coding, children have the ability to choose their interests and create something out of nothing.

3. Problem-Solving Skills:

With coding, kids learn how to see the big picture and break it apart into smaller problems to find the root of the problem. Since there is typically more than one way to solve a problem, coding teaches the methods by which to assess challenges and solve them.

With sequential programming, students will have to use logic to instruct their robots to complete certain missions in a stepwise manner. A “simple” problem such as climbing a flight of stairs involves many different components that have to fit together into a cohesive solution. Change one aspect of the robot and you will have to consider the implications on the entire solution.

Doing robotics does not mean that you will become an engineer, but doing robotics means that you ought to be a very good problem solver. Learning robotics provides a safe space for children to be comfortable with making mistakes and in the process become confident problem solvers.

Conclusion

In the coming years, professions will be shaped by robotics and coding.

This blog summarizes the relevance of Robotics and Coding, as well as techniques for teaching and preparing children for these futuristic technologies that have the potential to transform life as we know it.

So, rather than waiting any longer, let us begin inspiring children to explore these technologies and discover their hidden talents and skills.

With the world moving at such a breakneck pace, BrightChamps recognized the need to introduce key life/future skills to children to keep them ahead of the game.

With a mission to bridge the gap left by traditional education, we are bringing key future skills through specially designed courses on coding, robotics and financial literacy taught by some of the world’s best minds from top-tier institutes such as IITs and IIMs.

The Power of Parent Involvement in Education

Parent involvement in education plays a crucial role in a child’s academic success. When parents actively participate in their child’s education, it creates a supportive and conducive learning environment.

This involvement fosters better communication between parents, teachers, and students, leading to improved academic performance, higher self-esteem, and enhanced overall development. By understanding the significance of parent involvement, we can empower students to reach their full potential and ensure their educational journey is a shared responsibility.

In conclusion, active parental involvement in a child’s education has a profound and enduring influence. Encouraging parents to engage in their child’s learning journey can foster a supportive environment, enhance academic performance, and shape their future success. Let’s strive together to empower our children by actively participating in their education.

How to Teach Coding and Robotics to Kids

To begin teaching children about coding or robotics, it is best to first expose them to these disciplines and pique their curiosity by describing how much fun they may have.

They can make games, apps, robots, websites, animations, and a multitude of other things.

Introduce them to toys

Depending on their age, you can begin by introducing them to toys such as Mechanix or Legos, which will introduce the children to the creation and design of the toys, which will enhance their observational, reasoning, logical, and creative skills, paving the way for further exploration into robotics and coding.

Introduce them to relevant media/ resources

There are numerous resources available, whether online or offline: There are various YouTube videos, online communities, and groups dedicated to coding and robotics for children.

Offline, you can refer to various magazines and books with pictures to inspire children to pursue robotics or coding.

Try DIY (Do-It-Yourself) projects

Involving children and teenagers in various DIY projects is a great way to encourage and engage them in new robotics and coding activities and projects.

Various Robotics Kits for Beginners, such asBee-bots, Blue-bots, Mbots , or for more advanced programmers, such as Lego Mindstorms, are available on the market and can be a fun way to teach children about robots and coding.

Join Workshops or Summer/Boot Camps

Sign up your child for various bootcamps or workshops to encourage him or her to learn more about coding and robotics. This combines fun with the opportunity for children and teenagers to build and engineer robots while learning to code.

Competitive challenges in which children and teenagers create various projects and complete assignments are common in these programs.

Through apps and websites

There are several applications and websites available that teach coding to kids and teens using block-based coding. They mix visual code blocks into entertaining, colorful projects that are designed to engage and teach children.

Coding becomes significantly less daunting when combined with block code and bright graphics in a gaming scenario.

Websites such as code.org, Scratch, Thunkable, and others fall under this category.

Teach through various offline/online Platforms

Offline/Online courses are another way for children to learn about coding and robotics. Enrolling children and teenagers in these classes will provide them with a whole new experience.

Weekly assignments, a flexible/fixed schedule, highly engaging sessions with a curriculum tailored to children’s needs, and an expert instructor are common features of these courses.

Coding for children is most successful when taught in imaginative contexts that encourage exploration and discovery.

Based on your child’s interests and abilities, explore these options and choose which one is ideal for him or her.

How to start your child’s coding education

Enrolling your kid 6-7-year-olds in a Genius Robotics class is a terrific step to enriching your student’s education and future. Genius Robotics provides over 30 courses for students interested in STEM. Genius Robotics classes are designed by highly qualified experts from the tech industry and catered to meet your child’s learning needs. We ensure a positive learning environment by offering small classroom sizes and the opportunity to continue coding practice after class. In live online sessions, students can learn alongside STEM-curious classmates and seek assistance from experienced teachers.

If you have 8-10-year-olds, check out our course on Scratch Junior. Scratch Jr. is a visual programming language developed by MIT experts who created Scratch. Scratch Jr. is a fantastic language to begin coding with because it’s easier for younger students to grasp coding concepts and skills while also having fun. By enrolling your child in a C&L class, they’ll be able to learn about loops, messages, events, and more! Your child will leave their sessions with fun, creative projects and the confidence to begin their coding journey with Scratch and many more!

In a Nutshell

Put simply, there are so many benefits of getting a child involved in coding from a young age. Not only are the job prospects for their future a very positive upside, but coding also teaches kids many useful life skills from a young age, including patience, resilience, problem-solving, and empathy. And, why not set kids up for success from an early age when it’s made to be easy with today’s variety of games, toys, and online courses for guided learning?

While breeding creativity in a useful way, coding can open the door for children to grow, explore and create in unique ways that are fun and educational!

Why is understanding computer science important?

The most important aspect of computer science is problem solving, an essential skill for life. Students study the design, development and analysis of software and hardware used to solve problems in a variety of business, scientific and social contexts.

Why is Computer Science Important?

It has played a significant role in today's digital era. Technology has not only impacted every aspect of personal lives but also revolutionized industries such as communication, scientific research, education, healthcare, commerce, and entertainment, among others.

Is IT necessary to learn computer science?

Developing valuable skills: Studying computer science helps you develop valuable skills like problem-solving, analytical thinking, collaboration, computing knowledge and creativity, and you can apply those skills to a variety of other careers, even if you decide not to work in computer science directly

Is computer science a future proof career?

A future proof degree in computer science opens up the door to an abundance of jobs with highly transferable skills. With a computer science degree, you can get a job as a software developer which has a 22% projected growth rate within the next 10 years – almost three times the average growth rate for jobs!