5 Ways Young Kids Benefit from Learning to Code
- Learning Resources Posted On Jan 27, 2022 | Learn
Today’s children are growing up in an increasingly fast-paced, tech-driven world. To build the skills they need to thrive in the world of tomorrow, children in the UK now learn coding as part of the ICT curriculum.
While many children will eventually go into the exciting and wide world of computer sciences, coding and programming also equips all children with transferable skills that help them throughout school and beyond. Carry on reading to find out more about 5 ways kids benefit from learning to code.
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5 Ways kids benefit from learning to code
From developing computational thinking skills to building resilience, here are 5 ways kids benefit from learning to code.
Coding develops step logic skills
What do cakes, chords, and coding have in common? All rely on setting out a sequence of instructions and communicating these clearly with the aim of achieving a goal. While one is undeniably simpler that the others, none would work without laying out a series of step-by-step of instructions to achieve a specific output – a recipe, a piece of music, and a computer programme. Learning coding helps children develop sequential logic skills, which helps them in school learning and with a wider range of tasks in everyday life.
Coding build problem-solving skills
While the fundamentals of computer science involve concepts such as abstraction, logic, algorithms, and more, a major benefit of learning coding is that teaches children to think like programmers. Part of that skill set is problem-solving, an invaluable skill in learning and life. When coding to create programmes, children will certainly come across problems with the opportunity to use their creativity to solve these in innovative ways.
Coding gets kids comfortable with technology
Given the rate of technological changes expected over upcoming decades, being comfortable with technology gives children the confidence to navigate a tech-driven world.
Coding encourages resilience
Resilience is a difficult trait to teach children. However, STEM and coding are areas of learning that actively encourage children to explore and learn through experimenting and making mistakes. Actively engaging in their own learning gives children agency, which motivates them to embrace change and makes them more likely to persevere even when situations become more challenging.
Coding encourages creativity
It’s a misconception that creativity can only be expressed through the arts. Rather, creativity is a way of using your imagination to come up with original ideas. Coding presents children with many opportunities to be curious about the unexpected and explore and experiment without always being certain of the outcome.
It’s also a misconception that learning coding fundamentals can only be done on a screen. There are so many screen-free toys, games, and activities that bring coding concepts to life in meaningful ways for children. Using multi-sensory approaches to teaching the basics of coding opens up new ways of learning and makes this exciting area of STEM even more accessible for children.
Learning Resources has a wide range of award-winning coding robots, screen-free coding games, and free coding activities for schools and families to help children build skills in this exiting area of learning. Browse our range of coding and programming resources today where you’ll find options for children as young as age 4+.
Free MagiCoders Activity Sheets
Download your fun, free activity sheets for kids featuring Coding Critters MagiCoders Skye the Unicorn and Blazer the Dragon. Make your own paper masks, solve the maze challenge, and create your own magic show!
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How to Nurture a Coding Mindset: A Guest Blog by Tim Caird
Tim Caird is parent, engineer, former primary school teacher and the STEM enthusiast who recently gave Botley 2.0 a whirl on his YouTube Channel, Mr Caird Makes. As an experienced teacher and cofounder of CodeFest, a programme of community-based coding events for kids in the Plymouth area, Tim has some easy, fun ideas for families to nurture a coding mindset at home to help children grow with coding.
How to Nurture a Coding Mindset
Coding is an important form of literacy in the digital age. Everything from using a smart phone to setting up a TV is done through coding, and research puts coding at the forefront of a diverse range of future careers. Parents know that coding is an important skill but often aren’t sure how to start introducing it to their children.
Fortunately, coding doesn’t begin in front of a screen but with fostering a coding mindset. And that is something any parent can do with their children from a young age in any area of life and with a little imagination.
At its heart, coding is simply giving a machine or programme a set of instructions. These instructions are given in a specific order to achieve a goal. You teach a machine or programme to look out for certain conditions and then respond accordingly. For example, an outside light may turn on when it grows dark, a door opens when you get near to it or your thermostat kicks in when it gets too cold.
Explore coding at home
You can start exploring coding ideas with your child through playing games at the youngest of ages. Pretend to be robots and give each other instructions to follow or organise objects by size, colour, or quantity. Even Duck, Duck Goose comes down to one simple coding command: “if goose is called, get up and chase them!”.
The key thing as a parent is not to worry about ‘teaching them to code’. Fostering a coding mindset through activities like sorting and comparing helps to nurture critical thinking and analytical thought processes which prepare for starting to code in earnest.
Hands-on coding resources
Once children reach age 4-5, you can start to look at small programmable robots. A couple of examples of these are Coding Critters or Botley 2.0. These give a good starting point with physical buttons on the outside and embed the importance of sequencing instructions correctly to achieve goals.
Block based coding apps like ScratchJr are a great next step for ages 5-11. By snapping together instruction blocks in an app like jigsaw pieces, you can create programmes and test them out at once either in the app or on real electronics. Redfern Electronics’ Crumble board takes this a step forward and allows you to control actual electronics like lights, buzzers and motors using a similar block-based environment showing how coding can control the ‘real world’ outside of a screen. [Ed’s note: Artie 3000 is an ideal transition for children aged 7-11 from button-based coding to using real programming languages. Children connect Artie 3000 to a tablet or PC and use languages including JavaScript and Python to programme their Artie to draw geometric designs.]
From 11 upwards, there are some great options for moving from block-based programming to actual programming languages. The BBC Micro:Bit is an excellent place to start with the Raspberry Pi offering further capability. Each teach the Python programming language and allow for exploring both software and hardware in equal measure.
You're also not alone in wanting to set your children on the path to coding. There are a wide range of web resources and YouTube channels such as Khan Academy and Code.org which provide coding tutorials and even whole coding curriculums for free. Because it’s easy for children to replay these videos and guides, they can work at their own pace and retrace their steps when they need to.
Coding, like any language, takes time and practice through application to really embed and become fluent in it. The more fun you can make it and the more it's applied to real challenges in real life, the more engaging and fulfilling it is. Foster that coding mindset one instruction at a time, shape it around your children’s interests and see where it takes them.
 | About the authorTim Caird is a parent, engineer, former primary school teacher and STEM enthusiast. Follow him on YouTube at Mr Caird Makes where he uploads cool STEM-inspired crafts and activities for families to do at home. Find him on Twitter @timcaird and on Instagram at @mrcairdmakes. |
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