Should coding and AI be taught in every South African school? Explore the government's 2026 plans, digital learning challenges and what they mean for learners.
Technology is changing how people learn, work and communicate. From smartphones and online banking to artificial intelligence (AI), digital tools are becoming part of everyday life.
But here's an important question: Should coding and AI be taught in every South African school?
Some learners already have access to computers, robotics equipment and digital learning programmes. Others attend schools where access to technology remains limited.
As South Africa prepares its education system for 2027 and beyond, the discussion is no longer only about using computers in classrooms.
It is also about whether young people are learning the skills they may need in a world shaped by technology.
The Department of Basic Education has been introducing coding and robotics into schools through a phased approach. Several developments during 2026 show that digital education remains an important priority.
However, making technology education available to every learner comes with challenges.
Let's explore what is happening in South African schools, why coding and AI matter, and what needs to happen before all learners can benefit.
What Is Happening With Coding and AI in South African Schools in 2026?
South Africa has already taken steps towards introducing coding and robotics into basic education.
The Department of Basic Education developed a Coding and Robotics Curriculum and Assessment Policy Statement (CAPS), which was approved and published in 2024.
The curriculum introduces learners to important concepts such as coding, digital systems, problem-solving and robotics.
In a 2025 parliamentary response, the Department explained that coding and robotics would become available in primary schools with the necessary resources from 2026, using a gradual approach.
However, it also made an important point.
Coding and robotics cannot yet become compulsory in every school because of the costs of equipment, teacher training and technology infrastructure.
This means that introducing the subject across South Africa will take time.
New Digital Learning Facilities Opened in 2026
During 2026, several developments highlighted efforts to improve access to technology education.
In May, the Department of Basic Education announced the launch of a robotics and digital learning laboratory at Joe Slovo Engineering High School in Khayelitsha, Western Cape.
The facility includes laptops, robotics kits, sensors and other technology for practical learning.
In July, the Department announced the handover of an AI, coding and robotics laboratory at Khulile Primary School in Motherwell, Gqeberha.
The project, supported through a partnership involving Isuzu Motors South Africa and Sifiso Learning Group, was valued at just under R2 million.
The facility was designed to introduce learners to AI, coding, robotics and problem-solving through practical activities.
These developments show that technology education is becoming more visible in South African schools.
But they also raise another question.
How can similar opportunities reach schools that do not have the same resources?
What Is the Difference Between Coding, Robotics and AI?
Before discussing whether these subjects should be taught in every school, it helps to understand what they mean.
Coding
Coding means writing instructions that tell a computer or digital system what to do.
For example, coding can be used to create websites, mobile applications, games and computer programmes.
Young learners can begin understanding coding through simple puzzles, patterns and activities that teach logical thinking.
Robotics
Robotics involves designing, building or programming machines that can complete tasks.
Robots are used in industries such as manufacturing, healthcare and agriculture.
In schools, robotics activities can help learners understand how technology works and how different parts of a system work together.
Artificial Intelligence (AI)
Artificial intelligence refers to technology that can perform certain tasks normally associated with human thinking.
AI tools can recognise patterns, work with information, generate content and help people complete tasks.
For example, an AI tool may help explain a difficult topic or suggest ways to organise information.
However, AI can also make mistakes.
This is why learners need to understand how to question and check the information these tools provide.
5 Reasons Coding and AI Could Benefit South African Learners
1. Preparing Learners for a Changing Workplace
Many industries already use digital technology.
Businesses use computer systems to manage information, communicate with customers and complete everyday tasks.
Technology is also changing fields such as marketing, finance, healthcare and education.
Learning basic coding and AI concepts at school could help learners understand how these technologies influence different careers.
Not every learner needs to become a software developer.
But having a basic understanding of technology can be useful in many workplaces.
2. Developing Problem-Solving Skills
Coding is not only about working with computers.
It also teaches learners to break large problems into smaller steps.
Imagine a learner creating a simple programme.
If something does not work, the learner must find the mistake, understand the cause and try a different solution.
This process encourages patience, logical thinking and problem-solving.
These abilities can be useful in other school subjects and everyday life.
3. Encouraging Creativity
Technology can provide new ways for learners to express their ideas.
For example, learners could use coding to create a simple educational game or design an interactive story.
Robotics activities may encourage learners to build solutions to practical problems.
AI tools can also support creative learning when used responsibly.
Technology education does not have to focus only on technical careers.
It can also support creative thinking.
4. Helping Learners Understand Online Safety
Children are growing up surrounded by digital technology.
Many use smartphones, social media and online platforms from a young age.
Understanding technology can help learners recognise online risks.
Digital education can teach important habits such as:
Protecting personal information
Using strong passwords
Recognising misleading information
Understanding online privacy
Questioning AI-generated content
Using digital tools responsibly
These skills are useful both inside and outside the classroom.
5. Creating Greater Awareness of Career Opportunities
Some learners may not know what software developers, cybersecurity professionals or AI specialists do.
Early exposure to technology could help them discover new interests.
A learner who enjoys solving puzzles might become interested in coding.
Another learner may enjoy building and testing robotics projects.
Technology education gives learners opportunities to explore these interests before making career decisions.
Why Isn't Coding and AI Already Available in Every South African School?
Although the benefits are worth exploring, South Africa faces real challenges in expanding technology education.
Not Every School Has the Same Resources
Some schools have computer laboratories, reliable internet connections and suitable equipment.
Others have limited access to digital devices.
Introducing coding and robotics can require computers, software, teaching materials and ongoing technical support.
Without these resources, schools may struggle to deliver practical lessons.
Teachers Need Training and Support
Technology education requires teachers who understand the subject and feel confident teaching it.
Teachers also need time, lesson materials and opportunities to improve their knowledge.
The Department of Basic Education has identified teacher development as an important part of implementing coding and robotics.
Training educators is essential if learners are going to receive meaningful instruction.
Technology Costs Money
Schools may need to purchase and maintain computers, robotics equipment and other learning tools.
Equipment can also become outdated or stop working.
This means schools need long-term support, not only a once-off donation.
Basic Learning Skills Still Matter
An important question is whether schools should focus on coding and AI when some learners are still struggling with reading and mathematics.
The Department of Basic Education has emphasised that foundational literacy and numeracy remain priorities.
This is because learners need strong reading, number and thinking skills to succeed in more advanced subjects.
Coding and AI should support quality education, not replace the basics.
Should Coding and AI Be Compulsory in Every School?
There are different ways to approach this question.
Making coding and AI compulsory could help ensure that more learners are introduced to digital technology.
It could also reduce differences between schools if every learner receives proper resources and teaching support.
However, introducing a compulsory subject without enough trained teachers and equipment could create more pressure on schools.
A phased approach may be more practical.
This could involve introducing age-appropriate activities, training teachers, improving access to technology and expanding programmes as schools become ready.
It is also important to recognise that coding, robotics and AI are not exactly the same.
South Africa has an approved coding and robotics curriculum, but this does not mean that a separate compulsory AI subject has already been introduced in every school.
The goal should be to build meaningful digital understanding rather than simply add more subjects to the timetable.
Can Learners Start Learning Coding Without Expensive Equipment?
Yes. Some basic coding concepts can be introduced without a computer.
These activities are sometimes called unplugged coding activities.
For example, a teacher might ask learners to write instructions for moving through a maze.
Learners could also arrange steps in the correct order to complete a task.
These activities introduce ideas such as sequencing, patterns and logical thinking.
Where devices are available, beginners can explore simple visual programming activities.
However, unplugged lessons are only a starting point.
Learners also benefit from opportunities to use real technology when possible.
What About AI in the Classroom?
AI creates opportunities and challenges for teachers and learners.
It may help teachers prepare learning materials, develop examples and explore different ways to explain topics.
Learners may use AI tools to understand difficult concepts or practise questions.
But AI should not replace independent thinking.
For example, copying an AI-generated answer without understanding it may prevent a learner from developing important knowledge.
Teachers and parents should encourage learners to:
Ask questions and think independently
Check information against reliable sources
Avoid submitting AI-generated work as their own
Protect personal information
Follow school rules about technology use
The question is not simply whether schools should allow AI.
It is how learners can use AI safely, fairly and meaningfully.
What Does This Mean for South African Education in 2027?
South Africa's plans for coding and robotics point towards greater use of technology in education.
The Department of Basic Education has outlined a gradual implementation approach, with expansion planned over several years.
Recent school laboratory projects also show how partnerships can support practical digital learning.
However, the pace of progress will depend on funding, teacher readiness, infrastructure and access to learning materials.
By 2027, more schools may be able to introduce digital learning activities, but progress is unlikely to be equal everywhere.
The bigger challenge is ensuring that opportunities reach learners in rural communities, smaller towns and schools with fewer resources.
Technology should not become another reason why some learners have greater opportunities than others.
Why Digital Skills Matter Beyond School
Learning about technology does not have to end after matric.
Adults, job seekers and working professionals can also benefit from improving their digital skills.
For example, someone working in administration may want to understand AI productivity tools.
A person interested in online safety may explore cybersecurity.
Someone interested in creating digital products may want to learn more about software development.
Custom Group Training Solutions (CGTS) offers relevant learning options, including:
Applied AI Skills for Modern Learning & Workplace Productivity (NQF Level 5)
Cybersecurity Defender (NQF Level 4)
Artificial Intelligence Software Developer (NQF Level 5)
These programmes are different from school-level coding and robotics lessons.
Anyone considering further training should check the entry requirements, programme details and suitability for their goals.
Frequently Asked Questions About Coding and AI in South African Schools
Is coding compulsory in South African schools in 2026?
No. Coding and robotics is not yet compulsory in every South African school.
The Department of Basic Education is following a phased approach based on school readiness and available resources.
Are South African schools teaching artificial intelligence?
Some schools and specialised learning programmes are introducing AI concepts.
However, this does not mean that AI is a separate compulsory subject in every public school.
At what age can children start learning coding?
Children can begin understanding simple coding ideas through games, puzzles and activities that teach patterns, sequencing and problem-solving.
Do learners need expensive computers to understand coding?
Not for every activity.
Basic coding ideas can be taught without computers, although access to digital devices becomes important for practical technology learning.
Will coding guarantee a job in the future?
No. Learning coding does not guarantee employment.
However, it can help learners develop useful technical knowledge and problem-solving abilities.
Why are teachers important in AI education?
Teachers help learners understand how technology works, use it responsibly and think critically about the information they receive.
Final Thoughts: Every Learner Deserves the Chance to Understand Technology
So, should coding and AI be taught in every South African school?
There is a strong argument for giving every learner the opportunity to understand modern technology.
Coding can encourage problem-solving. Robotics can introduce practical learning. AI education can help learners understand tools that are becoming part of everyday life.
But introducing these subjects successfully requires more than new computers.
South Africa needs trained teachers, suitable infrastructure, reliable learning materials and continued investment in basic education.
The goal should not be to turn every learner into a programmer.
The goal should be to prepare young South Africans to understand, question and use technology confidently.
At Custom Group Training Solutions (CGTS), we believe that practical learning and continued skills development play an important role in preparing people for a changing world.
As South Africa looks towards 2027, the conversation about coding and AI in schools is one worth continuing.
What do you think? Should every South African learner have access to coding and AI education?
Sources and Further Reading
Department of Basic Education – Coding and Robotics Curriculum
Department of Basic Education – Parliamentary Response on Coding and Robotics
South African Government – AI, Coding and Robotics Laboratory at Khulile Primary School, July 2026
South African Government – Robotics Laboratory in Khayelitsha, May 2026
Department of Basic Education – Digital Education and Curriculum Innovation