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When people hear the words Coding & Robotics, they often think of computers, robots, and programming languages. While these are certainly part of the subject, one of the most important skills learners develop through Coding & Robotics is something much broader: problem-solving. In fact, problem-solving is one of the most valuable skills a learner can develop, regardless of the career path they eventually choose. Every day, learners are faced with challenges that require them

One of the biggest concerns many parents have today is screen time. With children spending increasing amounts of time on phones, tablets, computers, and gaming devices, it is understandable that families are questioning how technology is impacting learning, development, and wellbeing. However, not all screen time is created equal. There is a significant difference between passive screen time and the development of meaningful digital skills. Understanding this difference is be

The world our children are growing up in is changing faster than ever before. Technology now influences almost every aspect of daily life, from communication and education to banking, healthcare, and employment. As a result, digital literacy has become one of the most important skills learners can develop to succeed in the modern world. But what exactly is digital literacy? Many people assume digital literacy simply means knowing how to use a computer, tablet, or smartphone.

With Coding & Robotics now part of the South African CAPS curriculum, many teachers and parents are asking the same question: "What does a Coding & Robotics lesson actually look like?" One of the biggest misconceptions about Coding & Robotics is that learners spend their lessons sitting behind computers writing complicated code. In reality, Coding & Robotics lessons in South African schools are designed to be practical, engaging, interactive, and age-appropriate. The focus is

The world is changing rapidly, and today’s learners need far more than memorization and traditional classroom knowledge to succeed in the future. One of the most important skills young people can develop is the ability to think critically, solve problems, and adapt to new challenges. This is one of the key reasons why Coding & Robotics has been introduced into the South African CAPS curriculum. Coding & Robotics is not simply about teaching children how to code computers or b

When many people hear the words “Coding & Robotics”, they immediately think of computers, robots, and screens. However, some of the best Coding & Robotics activities for young learners are actually unplugged activities that require no technology at all. Unplugged coding activities help children develop computational thinking, sequencing, problem-solving, logical thinking, and pattern recognition skills in fun, practical, and age-appropriate ways. These are all important skill

South Africa’s education system is evolving, and the introduction of Coding & Robotics into the Intermediate Phase CAPS curriculum is an important step towards preparing learners for the future. Learners in Grades 4–6 are now being introduced to coding, computational thinking, robotics, problem-solving, and digital literacy skills that will become increasingly valuable in the modern economy. Technology continues to shape the way people live, work, and communicate. Many future

Coding & Robotics is becoming one of the most important subjects in modern education, and South Africa has recognised this by making Coding & Robotics part of the CAPS curriculum in schools. Introducing Coding & Robotics at a young age helps learners develop critical future-ready skills that extend far beyond computers and technology. Many parents and teachers still believe coding is only about computers or becoming a programmer. In reality, Coding & Robotics teaches children

Coding & Robotics is no longer considered an optional extra in South African education. It is now part of the CAPS curriculum and must be taught in the Foundation Phase alongside subjects such as Mathematics, Literacy, and Life Skills. As a result, many schools and teachers are searching for practical Coding & Robotics teacher training in South Africa. One of the biggest challenges schools face is that most Foundation Phase teachers were never formally trained to teach Coding

Computational thinking is one of the most important concepts within the Coding & Robotics CAPS curriculum. Many Foundation Phase teachers hear the term “computational thinking” and immediately feel intimidated, but the concept is actually very practical and already happens naturally in many classrooms. Computational thinking is the process of solving problems in a logical and organised way. In the Foundation Phase, learners develop computational thinking skills through activi

Coding & Robotics is now a compulsory subject in South African schools and forms an important part of preparing learners for the future. Introducing Coding & Robotics in the Foundation Phase helps learners develop problem-solving, logical thinking, creativity, and computational thinking skills from an early age. Coding teaches learners how to break problems into smaller steps and find logical solutions. Learners begin to understand sequencing, instructions, patterns, and caus

Coding & Robotics does not need to start with screens or computers. Some of the best Foundation Phase Coding & Robotics lessons are unplugged activities that help learners develop computational thinking skills in a fun and practical way. One simple activity is “Human Robot”, where one learner acts as the robot while another gives step-by-step instructions such as “move forward three steps” or “turn left”. Another easy activity is using arrow cards to create movement sequences

With Coding & Robotics now a compulsory subject in South African schools, many Foundation Phase teachers are asking the same question: “Where do I even begin?” If you’re teaching Grades R–3, you are expected to integrate Coding & Robotics into your classroom, often without formal training. The good news is that you do not need to be a coding expert to get started. The CAPS curriculum focuses on developing computational thinking skills such as sequencing, pattern recognition,