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Preparing for the Future

Is our current education system keeping pace with the jobs of the future?

Statistics suggest that many of the roles today’s primary school students will hold have not even been invented yet. To prepare them, we must look beyond traditional subjects and embrace robotics and coding as core pillars of development.

When children engage with robotics, they are doing more than just building machines:

They are practicing logical decomposition.

They are learning to view mistakes as data points rather than failures.

They are moving from being passive consumers of technology to being the architects of it.

Whether it leads to a career in tech or not, the confidence and thinking skills gained through these fields are universal.

Some tips for kids to get started with Robotics:

Trust Your Judgement
The concept of starting something new gets planted in children’s heads from their environment. And it’s rarely objective.

You will listen to a lot of elders trying to gently force their opinions about a certain thing upon you.

But, in this case, we’d advise you to trust your judgment.

When it comes to getting started with robotics, we don’t want you to not consider that option due to someone else’s opinion and then think that it’s too late.

First of all, nothing can go fatally wrong when you try to learn robotics.

And secondly, it is never too late to start learning robotics.

Start from the Scratch

There is always a certain process of learning that has to be followed.

The Internet is an endless reservoir of knowledge, but it can also confuse you.

Start with the basics. And in the case of obotics, you will find the foundation you’re looking for in electronics.

Getting Started In Electronics by Forrest Mimms is a great way to start because of the excellent repertoire it has.

Other than that, there’s always the internet. But as mentioned before, be cautious. Keep it here Jjenga Code we are your go to person.

What skills do Robotics and Coding teach students?

When writing code, students have to think both critically and creatively to tell a robot what motions to fulfill and also have to ensure the code is correct.

A piece of code needs to be precise and specific in order to function properly and more often than not, it's not perfect the first time.

If a code is not free from error, the robot simply won't move.

Keep it Jjenga Code let's keep learning.

Robotics & Coding.

Robotics and coding are intertwined, and are a fascinating field of Computer Science. Robotics is a great way to introduce your child to STEM-based learning at an early age.

What is a good age to start coding?
A good age to start coding is while a child is still young - often in elementary school.

Coding is essential now more than ever to prepare students for the future.

When students learn the basics of coding, it opens up a whole new world full of exciting opportunities for them.

Learning has no age bar, but we believe young minds are more active and can learn new things easily.

Around the time that children start learning to read and write is a great age to start coding.

Does robotics need coding?
Yes, robotics definitely needs coding. Coding is an essential set of instructions that a robot can read and execute.

Robotics combines the use of electronics, mechanics, and coding software to program robots to do particular jobs.

Robots can easily perform those tasks that humans are not able to perform.

What coding is used for robotics?
Both block-based coding and text-based coding are used for robotics.

Coding is the way to communicate with computers.

In other words, coding is a set of instructions with certain rules.

There are numerous programming languages available: C/C++, Python, Java, Fortran, etc.

Python is a popular language for robotics due to its use in machine learning.

Block-based coding: Block-based coding is an excellent approach to kick-start learners' interest in coding.

Block-based coding uses a stack of different shapes of blocks which can be easily connected to each other.

Debugging errors is much easier in block-based coding. Scratch, Blockly, and VEXcode Vr are a few examples of block-based coding.

Text-based coding:
Text-based coding is based on predefined syntax: a list of codes readable by a particular language.

Chances of error is higher as you have to type each and every line of code.

Which also means it takes much more time than block-based coding. C/C++, Python, Java are a few examples.

Code. Create. Achieve:

The Tech world it is.

Make the most of your holiday.

Enroll in our Coding Bootcamp to gain practical coding skills that can help you stand out, such as creating interactive websites, games, and apps.

You may interact with other young makers, study from anywhere, and create memories during this break with both in-person and online choices!

This holiday, spark creativity and purpose!
Join SparkCode Camp where faith, fun, and tech meet.
AI, Robotics, Coding, Games & more.
17 Nov–3 Dec |Ksh 2,500 |Kingdom School Kerugoya