There is no denying that in recent years, the concept and practice of coding education has
become a much more prominent part of school curriculums around the world. With the power
and presence of technology only going in a forwards direction, it is absolutely essential for
current and future generations of young people to get to grips with things like coding Python and
other broad computer programming skills.
The importance of gaining an early grasp and solid understanding of coding in the 21st century
should not be underestimated, as the skills cultivated within the classroom are inevitably going
to have a reach and application well beyond the educational environment.
Here are six of the most significant reasons why coding is so important for students in today’s
digital landscape.
Enhanced Problem-Solving Abilities
Learning coding introduces students to the notion of computational thinking, which is a strategic
problem-solving approach. Computational thinking breaks down some of the potentially more
complex issues into manageable components, and guides participants towards the creation of
algorithmic solutions that they might not have been able to initially. These problem-solving skills
are obviously very versatile and can be applied to various situations outside of the world of
computer programming.
Preparation For Future Careers
In a world that is becoming incredibly digital in every single department, coding skills are
becoming a much more valuable skill across a spectrum of future careers. Regardless of
whether students decide that they want to pursue coding as a profession, the knowledge that
they gain in their education will become a really valuable asset. Coding proficiency is something
that can benefit careers in the worlds of finance, business management, marketing, public
service and more by nourishing tasks like data analysis, formula creation, KPI tracking, and
process improvement.
Fosters Creativity
At its most fundamental, coding is just a powerful creative problem solving process. It involves
taking on a challenge, analyzing it, developing a problem solving strategy and then
implementing a solution to put into action. The computational thinking that is required when
learning coding helps to encourage creative thinking, and this can enable individuals to tackle
any problem in a more unique and effective way.
Cultivates Persistence
The intricate nature of some coding tasks can help to build resilience and persistence in the
problem solving process. The trickier coding tasks will often require a period of extensive testing
and troubleshooting in order to find the best and most effective solutions. The kind of trial and
error process that is required can equip learners with the will power and tenacity to take on
complex challenges not only in coding but also in ‘real life’.
Boosts Confidence
There is no doubt that becoming more comfortable with coding can empower learners and make
them feel much better about their creativity, their problem solving and their persistence. The
newfound abilities that they discover can boost their confidence outside of the computer screen
and the classroom, making them feel like they can take on a wider range of opportunities and
challenges. These are really valuable skills that will transcend the classroom, creating
individuals that are able to adapt quicker and handle diverse situations.
Advances Digital Equity
Ultimately, the teaching of coding in schools promotes better digital equity, helping to ensure
that all students have equal access to vital technology and gain a similar digital proficiency.
Good digital equity means that students, regardless of their gender and background, will be
possessed of the skills that are needed going forward in the world of technology. Being able to
understand and manipulate lines of code is the key to enhancing digital literacy, and it will
prepare learners for success in the ever expanding and increasing digital world.