Play and project-based learning: cultivating future leaders through innovative education

Imagine a world where children are confined to desks, memorising facts without understanding their real-world applications. The anxiety of test scores and the pressure to conform stifle their creativity and critical thinking. Now, contrast this with an environment where learning is an adventure, where curiosity is the driving force and where children are encouraged to explore, experiment and innovate. The latter is not just a utopian dream; it is a necessity in our rapidly evolving world. On 11 June 2024, the world celebrated the United Nations’ inaugural International Day of Play. To commemorate the day, Future Nation Schools hosted a groundbreaking FutureTalk webinar titled “Play as a Pathway: Cultivating Future Leaders Through the Power of Play” where educators and thought leaders discussed the transformative potential of play and project-based learning (PBL) in shaping the leaders of tomorrow. This event highlighted the importance of these methodologies in modern education and their ability to foster environments where students thrive emotionally, intellectually and develop leadership skills. The power of play in education The amygdala, a part of our brain responsible for processing emotions, often reacts to stress and fear, impacting our ability to think clearly and make rational decisions. This is a common experience in traditional education settings, where the fear of failure can overshadow the joy of learning. But by integrating play and PBL into our educational systems, we can mitigate this stress, fostering environments where students thrive on all levels. This because, explains Nompumelelo Dlamini, Head of Primary School at Future Nation Schools, play is not just a break from serious learning; it is the foundation of cognitive, social and emotional development. “Play-based learning transforms classrooms into vibrant spaces of discovery and collaboration. It enhances motor skills, improves hand-eye coordination and fosters fine motor development. More importantly, it cultivates critical thinking and problem-solving abilities, essential traits for future leaders.” Research supports the learn-through-play (LTP) approach According to studies by Piaget and Vygotsky, play is a pivotal aspect of learning, essential for developing critical thinking and problem-solving skills (Smith and Pellegrini, 2013). As a pedagogical approach, LTP leverages children’s natural curiosity and creativity to facilitate educational outcomes. Rooted in the understanding that play is a fundamental aspect of human development, LTP integrates playful experiences with structured learning objectives, allowing learners to explore, experiment and engage with concepts in a context that feels both intuitive and enjoyable. This method is particularly impactful in early childhood education but extends its benefits across all age groups, enhancing cognitive, social and emotional development. LTP encourages active participation, problem-solving and critical thinking, making learning a dynamic and interactive process. By fostering an environment where mistakes are seen as opportunities for discovery, LTP cultivates resilience, adaptability and a lifelong love for learning. When children engage in play, they explore new concepts, experiment with roles and navigate social interactions. This natural form of learning helps them master complex ideas, build resilience and prepares them for life’s myriad challenges and adventures. Project-based learning: a hands-on approach to real-world skills  Project-based learning (PBL), on the other hand, takes the principles of play a step further by immersing students in real-world projects. This teaching and learning methodology encourages learners to investigate, collaborate and create, transforming theoretical knowledge into practical skills. In essence, PBL allows students to take ownership of their learning, fostering independence and confidence. “Project-based learning bridges the gap between theory and practice. It equips students with the skills to tackle real-world challenges, promoting critical thinking and problem-solving. By working on projects, students not only gain knowledge but also develop resilience, adaptability, and a collaborative spirit essential for future leadership roles,” adds Dlamini. “Moreover, integrating play into the curriculum fosters creativity and emotional intelligence, providing a well-rounded foundation for children to grow into effective leaders.” Enhancing educational outcomes with LTP and PBL  As pedagogical strategies, the integration of LTP and PBL is shown to significantly enhance educational outcomes in various domains, including mathematics, literacy and life skills. For mathematics, the LTP approach encourages children to engage with numerical concepts through interactive play. This method demystifies abstract mathematical ideas, making them tangible and understandable. PBL complements this by providing practical, real-world problems for learners to solve, thereby reinforcing their understanding and application of mathematical principles. Together, they not only increase engagement and enjoyment in learning mathematics but also bolster learners’ confidence in their problem-solving capabilities. In terms of literacy, the combination of LTP and PBL lays a robust foundation for emergent literacy skills. Through LTP, children expand their vocabulary and narrative skills in a natural and engaging manner, while PBL approaches literacy by contextualising reading and writing within meaningful projects, which require communication and storytelling. The integration of these methods fosters a print-rich environment that stimulates cognitive engagement and social interaction – essential components for developing strong literacy skills. For life skills, this educational synergy cultivates critical thinking, collaboration and adaptability – competencies that are indispensable in the 21st century. The hands-on, exploratory nature of LTP, alongside the inquiry-based focus of PBL, equips learners with the resilience to face challenges and the social skills necessary for teamwork. This educational approach not only prepares learners academically but also instils in them the intrinsic motivation and values needed to navigate and succeed in life beyond the classroom. Additionally, there is a growing body of research supporting the use of LTP and PBL in schools. Researchers have found that schools where these teaching methods are practised see a decline in absenteeism, an increase in cooperative learning skills and improvement in learner achievement. When technology is used to promote critical thinking and communication, these benefits are enhanced. The intersection of play and PBL in leadership development “Project-based learning and learn-through-play bridge the gap between theory and practice. These two pedagogies equip learners with the skills to tackle real-world challenges, promoting critical thinking and problem-solving and creating learning environments where learners not only gain knowledge but also develop resilience, adaptability and a collaborative spirit essential for future leadership roles,” says Sahar Mohy-Ud-Din, Strategic Education Advisor at

September 11, 2024

Embracing the New Coding and Robotics Curriculum: A Guide for South African Teachers

Imagine our beloved gogos (grandmothers), who are just getting the hang of setting up their WhatsApp accounts, now being roped into helping with coding and robotics homework. It’s a funny image, but it highlights an important point: the digital revolution is touching all generations, and our role as educators is to bridge these gaps with patience and enthusiasm. With the South African Department of Basic Education’s recent gazetting of the coding and robotics curriculum, educators across the nation are gearing up to integrate these modern, skills-based subjects into their classrooms. While this shift marks a significant advancement in preparing students for the digital age, it also brings a set of challenges and concerns for teachers. Here’s a comprehensive guide to addressing these concerns and helping teachers thrive in this new educational landscape. The new coding and robotics curriculum represents a move towards a skills-based approach, focusing on practical application, problem-solving and critical thinking. Unlike traditional knowledge-based curricula, which emphasise theoretical understanding and memorisation, this new curriculum requires students to engage in hands-on activities and apply their learning in real-world contexts. Common Concerns and Solutions Lack of Experience and Training in Coding and Robotics Many teachers feel unprepared to teach coding and robotics due to a lack of prior experience and training. Here’s how to tackle this: Professional Development: Enrol in professional development courses specifically designed for coding and robotics. Many online platforms offer free or affordable courses. Additionally, Future Nation College, part of The Sifiso Learning Group, offers comprehensive courses in coding and robotics, leveraging over seven years of experience in implementing these subjects through Project-Based Learning (PBL) at their Future Nation Schools. Peer Collaboration: Collaborate with colleagues who have experience in these subjects. Peer mentoring can provide valuable insights and practical tips. Educational Resources: Utilise the wealth of online resources available – these include tutorials, lesson plans and forums where educators share their experiences and solutions. Limited Access to Resources and Technology Schools may lack the necessary technology and resources to effectively teach coding and robotics. To address this: Resourceful Planning: Start with basic resources and gradually build your toolkit. Many coding activities can be conducted with minimal equipment, using free software like Scratch or online coding platforms. Funding and Grants: Explore funding opportunities and grants specifically aimed at STEM education. Many organisations and companies are willing to support schools in acquiring necessary technology. Partnerships: Partner with local businesses, universities and non-profits that may provide resources, support or mentorship programmes. Adapting Teaching Methods Transitioning from traditional teaching methods to a skills-based approach can be challenging. Here are some strategies: Project-Based Learning (PBL): Implement PBL, where students work on projects that require applying their coding and robotics skills to solve real-world problems. This method aligns well with the skills-based curriculum and enhances student engagement. Flexible Classroom Layouts: Arrange your classroom to facilitate group work and hands-on activities. Create learning stations where students can collaborate and experiment. Continuous Reflection: Regularly reflect on your teaching practices and seek feedback from students. Be open to making  adjustments and trying new approaches to improve learning outcomes. Assessment Challenges Traditional assessment methods may not effectively measure student progress in a skills-based curriculum. Consider these approaches: Performance-Based Assessment: Use performance-based assessments, such as projects, presentations and practical tasks, to evaluate students’ skills and application of knowledge. Formative Assessment: Incorporate formative assessments to provide ongoing feedback. Encourage peer and self-assessment to promote reflective thinking and continuous improvement. Rubrics and Criteria: Develop clear rubrics and criteria for assessing both the process and the final product. This helps students understand expectations and areas for improvement. Setting Yourself Up for Success Embrace a Growth Mindset: Approach this new curriculum with a growth mindset. Embrace the opportunity to learn and develop new skills alongside your students. Stay Informed and Updated: Keep abreast of the latest developments in coding and robotics education. Join professional networks and online communities where educators share resources, experiences and support. Engage with the Community: Involve parents and the community in the learning process. Host coding and robotics showcases to demonstrate student projects and foster a supportive learning environment. Leverage Technology: Utilise technology to enhance your teaching. Incorporate multimedia resources, interactive tools, and online collaboration platforms to create a dynamic and engaging learning experience. Celebrate Achievements: Recognise and celebrate both small and large achievements in your classroom. This boosts student confidence and motivation. The Sifiso Learning Group (SLG), through its Sifiso EdTech division, has been at the forefront of training teachers to transition to skills-based teaching. Over the past few years, Sifiso EdTech has trained over 300 teachers through intensive in-person deep dive sessions. These sessions encourage teachers to embrace new skills and give themselves the grace to learn, understanding that becoming proficient in coding and robotics is a journey. Future Nation College, part of the same group, has been successfully implementing coding and robotics curricula for over seven years at SLG’s Future Nation Schools. Their expertise in Project-Based Learning (PBL) has proven effective in integrating these subjects into the curriculum, making them a valuable resource for teachers embarking on this new educational path. Conclusion The introduction of the coding and robotics curriculum in South African schools is a transformative step towards preparing students for a technology-driven future. While the transition may come with challenges, teachers equipped with the right strategies, resources and mindset can thrive in this new educational landscape. By embracing professional development, fostering collaboration and adopting innovative teaching methods, educators can successfully navigate this shift and provide their students with valuable, future-ready skills.  As teachers, let’s embrace this opportunity with open arms! Knowing that we are not alone in this journey and that with the right support, we can all succeed. PS: To find out more about the new coding and robotics curriculum and how you can assist your child with this subject, tune into Sifiso EdTech’s free FutureTalk webinar at 6pm on 21 August where I’ll be joined by Miss Elspeth Mmatladi Khembo, Director of MST Curriculum Innovation and E-Learning at the Department

July 31, 2024

Embracing Language Diversity in Education: The Heart of Our Children’s Future

Imagine your child feeling a surge of pride and connection every time they speak their mother tongue. This is the power of integrating indigenous languages into education – it not only bridges the gap between learning and cultural identity but also enriches the cognitive and emotional development of our children. Sadly, ours is a continent where the dominance of foreign languages, such as English, Portuguese and French, has often overshadowed the rich mosaic of our indigenous tongues, disconnecting our children from their roots. This is particularly detrimental in how it has changed our country’s education.  Rewriting our children’s narrative through decolonised education Encouraging the use of indigenous languages in schools enhances learning, boosts cognitive flexibility, and nurtures a sense of belonging. This linguistic inclusivity is vital for preserving our cultural legacies and empowering future generations. To decolonise education is to liberate it from the remnants of colonial influence that still dictate the languages and methodologies of teaching. This transformative process involves redefining educational content to reflect the authentic voices and experiences of our communities. It’s about creating a space where every child feels seen, heard and valued. And while changing a system takes time – and the collective effort all – there are many things you can do as a parent to ensure your child’s native tongue is not lost because of our education systems.  Four easy ways parents can champion language diversity As a parent, your influence is monumental in shaping an inclusive educational environment: Create a multilingual home: Many African parents champion English at home in favour of their home language in order to ensure that their children have a high proficiency in the language. While understandable, this can create major identity and cultural issues for your children later life. Instead of favouring one language over another, host regular conversations in your home language to enrich your child’s linguistic skills and deepen their cultural connections. Share your cultural richness: Introduce your child to folktales, songs and traditions in your native tongue to foster a deeper appreciation of their heritage. Advocate for language inclusion: Encourage your child’s school to support and teach indigenous languages, transforming the educational landscape together. Celebrate multicultural events: Participate in cultural festivals that highlight the diversity of languages and cultures, making these experiences a joyful part of your family’s life. Be part of the change: Join our FutureTalk Webinar In celebration of Africa Day this May, Future Nation Schools is hosting a free FutureTalk webinar entitled “Reimagining Foundations: Indigenous Language Diversity as the Pillar of Decolonised African Education” where we are inviting parents and educators to learn about the transformative power of language diversity in education. This dialogue will equip you with the knowledge and tools to advocate for a decolonised and inclusive learning environment that honours and elevates our continent’s rich heritage. Date: 20 May 2024 Time: 18h00 to 19h30 Venue: Zoom  Cost: Free Register here By embracing language diversity, we not only enhance our children’s educational experiences but also sow seeds of cultural pride and understanding that will flourish for generations. Join us in this heartfelt journey to reshape education in a way that truly reflects the vibrancy and diversity of our continent. Together, we can ensure that our children’s education is a celebration of their identity and potential. By Pheelo Mokete, Future Nation Schools

May 16, 2024

The Game of Chance and Logic: Why Board Games are the Perfect Introduction to Coding for Kids

Board games and puzzles are not only fun activities for children, but they also provide valuable learning opportunities that can help them develop various skills, such as problem-solving, critical thinking, creativity, perseverance, and teamwork. Snakes and Ladders is one of the most popular board games among children, and it can be an excellent way to teach them the basics of coding while also promoting these soft skills. In this blog, we will explore how playing Snakes and Ladders can be similar to coding the game piece, and we will highlight the key coding and soft skills that children can learn from playing this game. Playing Snakes and Ladders can be compared to coding since both require following a set of rules that govern how the game is played. In the same way, coders write code to direct a computer to perform specific tasks, and players of Snakes and Ladders follow the game’s rules to move their game piece. Additionally, the game has a goal, which is to be the first to reach the top of the board. Likewise, coders write code to achieve specific objectives such as developing a website or creating a game. Another similarity between playing Snakes and Ladders and coding is that both require breaking down a problem into smaller parts. Snakes and Ladders players must determine the best way to move their game piece up the board while avoiding the snakes that can send them back down. Similarly, coders must break down a problem into smaller parts, such as creating functions to perform particular tasks or dividing a complex program into smaller modules. Playing Snakes and Ladders can teach children several key coding lessons These concepts include: Logic and Sequencing: Snakes and Ladders necessitate players to use logic and sequencing skills to determine the best moves to make. This is similar to coding, where coders must use logic and sequencing skills to create code that performs a specific task. Debugging: Snakes and Ladders also teach children about debugging. When a player lands on a snake, they must go back down the board. This can be frustrating, but it also teaches children about the importance of identifying and fixing errors in their code. Planning and Strategy: Snakes and Ladders requires players to plan and strategize their moves to reach the top of the board. Similarly, coders must plan and strategize their coding to achieve the desired results. In addition to these coding skills, playing Snakes and Ladders can also teach children important soft skills: Perseverance: The game can be frustrating at times, especially when a player lands on a snake and has to go back down the board. However, the game also teaches children the importance of perseverance and not giving up, as they keep striving to reach the top of the board. Creativity: Players can get creative in their strategies for moving up the board, such as taking a risk and climbing a ladder instead of playing it safe. Similarly, coding requires creativity to come up with new and innovative solutions to problems. In conclusion, Snakes and Ladders is a fantastic game that can help children learn coding skills while also promoting soft skills such as perseverance and creativity. It teaches them about following rules, breaking down problems, and using logic and sequencing. It also helps them understand the importance of debugging, planning, and strategy. So, the next time your child wants to play Snakes and Ladders, encourage them, because they could be developing valuable skills without even realizing it.

February 14, 2024

PBL: A game-changer in overcoming math anxiety

Mathematics is a crucial subject that permeates our daily lives – from managing finances to solving complex problems in various fields, mathematics is everywhere. However, for many of us the thought of dealing with mathematical concepts can trigger feelings of dread and anxiety. This phenomenon is commonly known as math anxiety. Fortunately, one effective approach to alleviating math anxiety is through Project-Based Learning (PBL).  Understanding Math Anxiety Math anxiety is more than just a dislike for math. It is a psychological phenomenon that can cause physical and emotional distress when faced with any math-related tasks – regardless of whether you’re a learner or an adult. Symptoms may include a racing heart, sweaty palms, avoidance behaviour and negative self-talk.  Math anxiety can hinder one’s ability to learn and perform well in math-related subjects, leading to lower self-esteem and reduced confidence. But here is the really interesting thing, says Mr Lawrence Bete, Head of the Mathematics Department at Future Nation Schools, math anxiety does not only affect those who struggle with maths. High achievers can also suffer from it as they feel pressured to maintain high standards of academic excellence; struggle with perfectionism, over-thinking and competitiveness; as well as worry about how their maths grade might hinder their career aspirations.  One effective way to help learners who struggle with maths anxiety improve their mathematical understanding and build their confidence is to teach them using a PBL approach, adds Mampho Langa, Head of Schools at Future nation Schools. This is because PBL, as a learner-centred teaching method, shifts the focus from traditional rote memorisation and repetitive problem-solving to a more engaging and interactive learning experience where learners explore complex topics, solve real-world problems and apply critical thinking skills in a way that is active, collaborative and hands-on. Six ways PBL helps overcoming math anxiety Real-world relevance: PBL introduces maths in a real-world context. This helps learners see the practical applications of the concepts they are learning (no more wondering “when will I ever use this in real-life”) and can make maths feel less abstract and more meaningful. In doing so, PBL reduces the anxiety associated with maths’ perceived complexity. Multidisciplinary learning: PBL integrates multiple subjects, demonstrating that mathematics is not isolated but interconnected with other fields. This interdisciplinary approach can make maths feel more approachable and less intimidating. Active engagement: PBL actively engages learners in the learning process. Instead of passively receiving information, learners take ownership of their learning by identifying problems, formulating questions and seeking solutions. This shift from passive to active learning can help reduce anxiety by promoting a sense of control as well as reshaping attitudes toward maths.  Collaboration: PBL fosters collaboration and peer support. Learners are encouraged to work together to solve math-related challenges, share their ideas and learn from one another’s strengths. Collaborative learning can reduce feelings of isolation and fear associated with math.  Flexibility and creativity: PBL encourages creativity and allows learners to approach problems in their unique ways. This flexibility reduces the pressure to conform to a single “correct” method and helps learners build confidence in their problem-solving abilities.  Progress monitoring: PBL involves ongoing assessment and feedback, allowing learners to track their progress in real-time versus tracking progress only through assessments and exams. This continuous feedback loop helps learners identify areas where they need improvement and celebrate their successes and mitigates anxiety stemming from uncertainty about their abilities.  Math anxiety can be a significant barrier to learning and success in mathematics-related subjects. However, utilising PBL can turn maths from a subject that learners approach with fear and apprehension to one that they view as an exciting journey of exploration and discovery that has relevance to their daily lives.  For more about how PBL is unlocking the future of mathematics education at Future Nation Schools, watch our recent FutureTalk Webinar.  

October 13, 2023

Unlocking literacy: 5 simple strategies parents can use to give pre-schoolers a head start

South Africa faces a significant literacy crisis in children under the age of 10. Despite efforts to improve educational outcomes, a new report from the 2030 Reading Panel has found that most children leave grade one without knowing the alphabet, while 82% of children cannot read for meaning by the time they reach Grade 4. While teachers are essential in imparting knowledge and nurturing academic skills, parents possess a unique advantage of being intimately involved in their child’s day-to-day life. By actively working on literacy with their children, parents can create a supportive learning environment that complements the efforts of teachers.  “The first five years of life, when the brain is developing and maturing, is the most intensive period for acquiring the speech and language skills necessary for literacy later in life. These skills develop best in a world that is rich with sounds, sights and consistent exposure to the speech and language of others. It is for this reason that pre-school forms such a crucial part of your child’s developmental journey. But it is not the responsibility of teachers alone to help children develop these skills,” says Mampho Langa, Head of Schools at Future Nation Schools (FNS), “parents play a crucial role in this too. In this article, we share some of practical steps, inspired by ta combination of project-based learning, learn-to-play and Montessori pre-school teaching methodologies we use here at FNS, that parents can use to boost literacy rates during the pre-school years and set their children up for lifelong academic and personal success.” 1. Nurture your child’s curiosity Project-based learning (PBL) promotes curiosity and prompts learners to gather information, analyse it and arrive at conclusions based on evidence. This makes it an effective approach to engage children in meaningful, hands-on activities that promote literacy buy encouraging your child to explore topics that they are interested in and create projects around them. For example, if your child loves animals, you can help them research different animal species, create a mini zoo with toy animals, ask them questions that prompt them to think about animals differently (like why zebras have stripes) and then read books to them that answer those questions. In so doing, these PBL techniques will develop your child’s comprehension skills while nurturing their curiosity and creativity. 2. Make learning tangible and multisensory PBL emphasises a child-centred approach to education that empowers children to take an active role in their learning journey. One of the key ways this is done at a pre-school level is by incorporating a wide range of materials that promote language development. For instance, use textured materials for tracing letters, engage in sensory play with letter-shaped sand, or encourage your child to write words in shaving cream. These multisensory experiences reinforce letter recognition, fine motor skills and memory recall, making the learning process more engaging and effective. 3. Foster a love for independent reading Independent exploration and self-directed learning is a key component of project-based learning. By simply engaging with books, your child embarks on a journey of appreciating literature and narratives, igniting their imagination and nurturing their curiosity. Encourage your child to engage in independent reading by creating a literacy-friendly environment. Set up a cosy reading nook with a bookshelf containing a variety of age-appropriate books. Encourage your child to choose their own books in order to foster their independence and personal preferences. Describing pictures in the book, explaining the meaning of the story and encouraging the child to talk about what has been read to them and to ask questions will not only improve their understanding of the world and their social skills but it will enhance their literacy skills as well.  4. Encourage collaboration and language development: Collaboration and effective communication are essential skills emphasised in PBL education. Encourage your child to engage in group activities that promote language development and social interaction. Set up playdates with peers, engage in shared storytelling sessions, or organize mini-group projects where children work together to create a story or a book. Collaboration enhances language skills, vocabulary development and critical thinking abilities. 5. Connect literacy with real-life experiences PBL education emphasise the importance of connecting learning with real-life experiences. Help your child make meaningful connections between literacy skills and their everyday life. For example, while grocery shopping, ask your child to help you find items on a shopping list or read labels to you. Encourage them to illustrate their own recipes or create a menu for a pretend restaurant. By linking literacy to practical experiences, children develop a deeper understanding and appreciation for reading and writing. “There you have it”, concludes Langa, “five simple ways that you can incorporate aspects of project-based learning, learn-to-play and Montessori pre-school teaching into your child’s day-to-day activities that can greatly enhance their child’s literacy skills during the preschool years. By embracing hands-on projects, promoting independent reading, utilising multisensory approaches, fostering collaboration, and connecting literacy with real-life experiences, you can create a vital foundation for your child’s lifelong love of reading and learning.” Literacy skills are one of the five areas that schools test for when assessing whether a pre-school child is ready to go to primary school. At 6pm on 29 August 2023, Future Nation Schools will be hosting a free virtual talk about School Readiness Assessments for parents and guardians interested in finding out more about this vital step in their child’s education journey. Book your seat for this talk here.  About Future Nation Schools Founded in 2017 by Sizwe Nxasana and Dr Judy Dlamini, Future Nation Schools are a network of independent schools that aim to lead the African Education Revolution through relevant, futuristic, Africa-focused and technology-enabled education. Future Nation Schools, which has campuses in Fleurhof and Lyndhurst, offers quality, affordable, African-centred education for Pre-School, Primary and High School. The curriculum comprises an enhanced National CAPS curriculum, delivered through Project Based Learning, and an IEB examination in Grade 12. 

August 9, 2023

Solving SA’s literacy crisis with a unique approach to teaching and learning

Literacy rates in South Africa are going backwards. That is the finding of the 2023 Reading Panel background report, written by education economist Nic Spaull on behalf of a panel of specialists convened by former Deputy President Phumzile Mlambo-Ngcuka. The report, published earlier this month, reveals that a shocking 82% of grade 4 children cannot read for meaning. This is a deeply troubling statistic.  Without the ability to decipher the meaning behind the words they read on a page, learners battle to answer questions related to what they have read and, in time, this affects their ability to follow instructions, solve problems and think critically.  “The root cause of this crisis,” says Sizwe Nxasana, founder of Future Nation Schools “lies in the problem with South Africa’s language policy, particularly the language of learning and teaching (LoLT) in schools. This, like so many things in our culturally rich country, is a complex issue.” According to South Africa’s CAPS curriculum, the purpose of ‘English Home Language’ as a subject is to “acquire the language skills required for academic learning across the curriculum”, with the parallel purpose for English First Additional Language to “use their Additional Language for academic learning across the curriculum.”  Yet take a closer look at our country’s demographics and you will quickly see where the problem lies. Demographically, 80% of teachers and learners do not use English as their home or native language yet we expect teachers to teach our children English – not just for pronunciation, but for meaning. This, the first key contributing factor to the low levels of English proficiency amongst learners, has a significant impact on the quality of learning and teaching in our country.  The second, and equally important, factor is dictated by our country’s Language in Education Policy, which requires that learners’ mother tongue is maintained, developed and used as the LoLT for the first three years of primary school (known as the Foundation Phase). Thereafter, the policy recommends that the LoLT be English. This sudden change presents enormous challenges especially in Grade 4 as teachers and learners must now negotiate the transition from an indigenous language like isiZulu as their first language to English.  “Research shows that children who are introduced to learning and teaching in their mother tongue develop a firmer grasp of the concepts they are being taught than those who do not. Thus,” explains Nxasana, “the premature and inconsistent change to English as a LoLT from Grade 4, at a stage when learners are not proficient in English, results in many schools with predominantly native language speakers code-switching between English and the predominant indigenous language in that school. This results in low levels of proficiency in listening, speaking, reading and writing in English and any other indigenous language which is used as LoLT.” So how do we overcome this barrier? One way, says Nxasana, is to teach differently. And not just language, but all subjects.  While this might sound like a lofty idea, at Future Nation Schools, Nxasana and his teachers are putting this into action by use Project-Based Learning (PBL) as the schools’ tool for teaching the CAPS curriculum.  Put simply, “PBL is a teaching method in which students learn by actively engaging in real-world and personally meaningful projects. By bringing prior knowledge and the indigenous context, working on a project over an extended period of time and across multiple disciplines and subjects, learners actively engage with the topic in a very real, very tangible way to develop deep content knowledge about the topic of their project as well as critical thinking, collaboration, creativity and communication skills,” Nxasana discloses.  “From a language literacy development perspective, there are a myriad of skills that learners improve when they connect with concepts through PBL. Each project starts with a driving question – right now grade 3s at Future Nation Schools, for example, are working on the question: ‘Why are dinosaurs extinct?’ – learners are tasked with solving this driving question through research, interviews and a variety of other forms of investigation – all of which involves critical reading and careful listening. This approach turns them from passive participants in the curriculum to active inquirers.” PBL ‘works out’ learners’ literacy skills. Because PBL encourages learners to self-discover, self-explore and investigate concepts independently, their interaction with these concepts is not restricted to one language of instruction. Instead learners are able to use the languages they are most comfortable with. What this means is that a learner’s home language acts as a support to English. And thus, as learners switch codes throughout their interaction with the driving question, it deepens concepts’ meaning and enables better understanding of language. Towards the end of a project’s duration, learners must also take their new-found knowledge and use it to support their claims via a public presentation that answers the driving question. These presentations expose learners to the opposing views of their peers, thus enabling them to critique and evaluate different lines of thinking to the same question. In so doing, PBL enhances learners’ vocabulary, increases their reading fluency, develops their comprehension skills and also helps them to think critically and learn to make deductions. All of which are extremely key to the learning of a language and the understanding of the meaning of written text.  Reading is the cornerstone of education. Developing literacy at an early age is key to ensuring learners’ success in life. “PBL turns learners into active participants in their own education. These leaners are able to retain the content longer and have a deeper understanding of it – regardless of the content, whether math, language, or indeed a subject like history, biology or geography – thus taking the benefits of PBL far beyond the classroom walls,” concludes Nxasana.

June 26, 2023

AI’s impact on education: Why parents and teachers need to leverage AI for our children’s sake

Artificial intelligence (AI) is transforming industry in unprecedented knots. Education is no exception. And while the use of AI technologies like ChatGPT has the potential to improve the quality of learning, increase teaching efficiencies and provide personalised experiences for students in the classroom, it is vital that parents and teachers learn to navigate what AI can and cannot do, as well as the potential benefits and challenges associated with its implementation, says Sizwe Nxasana, Founder and CEO of Future Nation Schools (FNS). “With the rise of AI, we’re finding that students are increasingly utilising these tools to streamline and enhance their learning experience. From automating tasks to accessing personalised study resources and even writing essays and helping with homework, AI is empowering students to tackle schoolwork and homework with greater efficiency and effectiveness. As AI continues to evolve, students will have even greater opportunities to leverage its capabilities and that means parents and teachers need to stay ahead to ensure that learners are assimilating and demonstrating knowledge in the way that they should.” From a teacher perspective, AI can solve many of the everyday pain points and challenges that they experience. Teachers can use AI to fast track tedious tasks such as lesson planning and classroom management, so that they can spend more time on skills that humans perform better in such as teaching creativity, critical thinking and problem-solving skills, as well as providing emotional support and building relationships with students. For example, one of the areas where AI really excels is pattern matching, explains Xoliswa Mahlangu, Head of Digital Learning and Technology at FNS. “This is a great innovation for teachers as pattern matching can assist with tasks such as the marking of assessments as well as providing immediate and meaningful feedback to students.” “AI can also be used for adaptive learning, where students receive guided instruction based on their current skill level. Test preparation, plagiarism detection and exam integrity checks are some of the other potential uses that teachers can benefit from when it comes to adding AI into their daily practices.” However, like with all things, the use of AI in education must be guided by very specific objectives to ensure that its potential is harnessed effectively.  It is vital that teachers work to strike a balance between the legitimate use of AI tools in the classroom as well as helping their students achieve the desirable educational goals. With the very real risk that students may become over reliant on AI systems to provide answers without fully comprehending the underlying concepts, teachers must mitigate this by spending more time on tasks that foster critical thinking and problem-solving skills in the classroom. By encouraging more creativity and collaboration in the classroom, teachers are also able to enhance education beyond AI’s ability to ensure that students are truly learning. Parents, similarly, need to get a grasp on the way their children use these technologies. Parents, for example, should be cautious of excessive reliance on AI technologies, as they may inadvertently hinder the development of important social skills, empathy and emotional intelligence in their children. Parents must also encourage a balanced approach where their children know how to leverage the power of AI tools, but do not rely on them as the sole source of learning. Ultimately, what this translates to is that both teachers and parents need to come to adopt new teaching and learning pedagogies as the world of education shifts into the realm of AI.  One pedagogy leading the pack in this regard is project-based learning (PBL). “PBL offers a powerful counterbalance to AI’s challenges because it fosters essential skills and qualities that go beyond what AI can offer and empowers students with the skills they need to thrive in an AI-driven world,” explains Nxasana. “By emphasising critical thinking, collaboration, creativity, adaptability and ethical awareness, PBL offers a holistic approach that transcends the limitations of AI. Through PBL, teachers can ensure that students are both prepared to leverage AI as a tool and harness their uniquely human abilities to innovate, problem-solve and make meaningful contributions in an ever-evolving technological landscape.” At 6pm on 28 June 2023, FNS will hold an online discussion on “The impact of AI on education and the world of work,” where Dr Joshua Tshifhiwa Maumela, Senior Machine Learning Engineer at Vodacom and FNS’s Xoliswa Mahlangu will equip parents, students and teachers for success. Register here for this complimentary FutureTalk webinar. 

June 13, 2023
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