Today, technology is a part of almost every aspect of our lives. Consequently, coding has developed into an important second language for both children and adults in recent years.
However, parents who have no prior programming experience may have difficulty instructing their children in this subject. Fortunately, there are a number of resources available to help parents in bridging that knowledge gap and providing their children with an excellent educational experience. Not only are there numerous options for coding classes for kids in Toronto, but there are also a plethora of other free games, sites, apps, and other resources available to assist kids in developing programming skills.
There are several sure-fire ways to learn coding for kids in Toronto. Here are a few of the resources to help kids learn to code from beginning to perfection to meet the demands of the modern technology
1: Coding Websites:
Geekedu.org:
Geekedu was established on the principle that every child should have the opportunity to learn computer science and mathematics, regardless of their family’s financial situation. It is also probably the best platform to learn coding for kids in Toronto. Classes are designed to foster analytical reasoning and problem-solving abilities while also enthusing and actively engaging students. Each child is paired with an instructor from the Geekedu team who is specially trained to deliver the best possible education.
Scratch:
Scratch is a free programming language that is developed by MIT that enables you to easily create interactive stories, motion graphics, games, music, and art, as well as share them online. Scratch can be accessed via a modern web browser or as a downloadable application. How to make games in Scratch
2: Apps and Courses for Learning to Code:
CodeMonkey:
Kids as young as eight can learn to code in real programming languages like CoffeeScript and Python with CodeMonkey, a leading game-based coding education platform. Teachers and parents can choose from various pricing options for CodeMonkey’s courses, suitable for students of all grade levels and experience levels. Kids can grasp the fundamentals of computer coding quickly and effectively, thanks to fun challenges and adorable characters. It also provides coding camps for kids in Toronto to experience real-world problems and then use coding to solve them.
Tynker:
Another excellent option is Tynker’s visual programming courses. Tynker, the world’s most popular coding platform, is well-known and well-respected among educators and students aged five to seventeen. Coding classes for kids in Toronto by Tynker are made simple and fun to learn to code and improve problem-solving and analytical skills.
Using a series of coding puzzles, Tynker unveils its visual programming language. Coding skills are playfully taught to kids while they are also put to use in exciting adventures. Kids are given a broken piece of code to fix to solve these problems. To create efficient programs, kids must use logic and learn about programming concepts such as loops and conditionals along the way.
Kodable:
Kodable is an excellent coding app for educating kids essential to advanced programming concepts. Kodable provides teachers with simple-to-follow lesson plans concentrated on student performance so they can teach their students to code without prior knowledge of computer science. Kodable teaches kids JavaScript, Python, HTML, CSS, and Java. Kodable collapsed computer science into the fundamental concepts that kids require for a firm base in life. Select from over 70 lessons that include both on- and off-screen components. Each coding class for kids in Toronto includes guidelines for instruction, vocabulary words, and student materials.
CodeSpark Academy:
CodeSpark Academy is a multi-award-winning educational app that teaches kids to code. The game-like interface engages kids in coding, and they are unaware they are learning. Kids learn to code through the use of endearing characters called The Foos. Each world delves into a fundamental coding concept, with children utilizing their logical reasoning and problem-solving abilities to assist The Foos in completing tasks. As kids learn to construct their tales and games, the app empowers them to become makers.
Udemy:
Last but not least is Udemy, the world’s largest online learning marketplace, which is an excellent place to look for quality coding courses. You can compare coding classes for kids in Toronto here to find the one that best suits your needs and the needs of your kids. To keep up with any sales, I suggest signing up for their mailing list.
3: Learn to Code from Books:
However, coding is not all done on the computer, and books are an essential part of the process. To make things even simpler, keep them open right next to your computer. Additionally, if your local library offers an Interlibrary Loan service, you can borrow materials for free. So in that way, books are also a sure-fire way to learn to code for kids in Toronto.
4: Coding Subscription Boxes and starter kits:
One other excellent way to educate kids to code in a hands-on manner is to enroll them in a subscription box program. There are a lot of STEM/STEAM subscription services available that aim to teach kids a wide range of valuable capabilities. Here are a few worth checking out:
Bitsbox:
You can teach your kids to code with this one if they’re interested! They will learn how to create apps on the online platform and then play them on their console once they have completed their training.
Podpi:
This month-to-month kit uses a comic book-style lesson to teach kids in Toronto how to write JavaScript and work with fundamental electronic components. It’s designed for kids ages 9 to 14.
5: Coding with Toys:
Are you looking for coding-related toys and games for your child? Toys can be a cost-effective and engaging way to teach kids how to code. These fun and educational games will keep your child entertained for hours while teaching them valuable life skills. Code & Go Robot Mouse Activity Set, Code Master Logic Game, Coder Bunnyz, and Code Car are just a few examples.