Analysis shows that only a small fraction of South African students can comprehend what they read by the fourth grade, highlighting how early reading difficulties undermine the education system and what changes are needed for improvement.
Analysis shows that only a small fraction of South African students can comprehend what they read by the fourth grade, highlighting how early reading difficulties undermine the education system and what changes are needed for improvement.
A worrying picture is observed in a typical third-grade class in South Africa: one in four children find textbook pages incomprehensible because the ink does not form meaningful stories, thereby depriving the child of access to the world of words before their future even begins.
According to the National Assessment of Funda Uphumelele (FUNS) by the Department of Basic Education, only 30% of students in grades one through three read at the level of their mother tongue. Across the country, 15% of third-grade children cannot read a single word. Synthesizing recent international and local assessments makes it clear: about 20% of fourth-grade students are able to read with comprehension.
If a child does not master reading by the end of the third grade, the entire subsequent school curriculum becomes an insurmountable obstacle. A study conducted by Ursula Hodley and her colleagues at Stellenbosch University (2025) revealed a paradox: despite catastrophically low early learning outcomes, over 60% of South African students still complete high school.
The study explains this by stating that the system relies on soft promotion policies, highly predictable examinations that reward rote memorization, and school grades heavily softened by stressed educators. By the time they enter high school, teachers face intense bureaucratic pressure to continue promoting students, leading to children moving on without mastering the basics. Resources are then spent on emergency measures, such as pre-exam camps and intensive tutoring in Grade 12, to boost the overall pass rate. However, attempting to fix a broken foundation at the last minute only masks the crisis.
For decades, reading instruction was viewed almost as something mysterious—an organic skill that children supposedly 'absorb' with enough books. Today, global consensus strongly supports the science of reading and structured literacy instruction in kindergarten and primary stages. It is now known that reading is not a natural human milestone; the brain must be systematically reprogrammed for reading through explicit, sequential instruction in phonics (the correspondence between letters and sounds), phonemic awareness, vocabulary, and oral reading fluency. Once these building blocks are cemented, comprehension can develop on its own. This cognitive science is universally applicable, regardless of the language of teaching and learning.
FUNS data unequivocally confirms this link: 86% of children categorized as 'non-readers' experienced significant difficulties with written comprehension, whereas 66% of fluent readers handled it easily. Comprehension is the ultimate goal, but structured literacy instruction is the means to achieve it.
South Africa has a big heart and dedicated teachers, but it lacks a system that explicitly trains them in teaching reading as a science. Many primary school teachers report feeling completely lost and unprepared to teach basic, structured literacy in any language. The solution lies in shifting the focus from high school metrics and directing energy toward equipping primary educators with the precise pedagogical tools necessary for teaching decoding, phonics, vocabulary, and fluency.
If South Africa invests significantly in proper teacher training at the beginning of the process, the subsequent benefits will be enormous. This will eliminate the need for artificial promotion, and high school will naturally become much easier and infinitely more beneficial for both students and teachers.
The Supreme Court ruled that the introduction of a third language in the ninth grade under the National Education Policy (NEP) will place excessive pressure on students preparing for certification exams.
The Court observed that the Central Board of Secondary Education's (CBSE) decision to introduce a third language from the ninth grade increases stress levels among students. CBSE mandated students from Grade IX to study three languages, but the board clarified that no certification exam would be conducted for this third language (R3) in the tenth grade.
Justice B.V. Nagarathna, while hearing a petition challenging the Madras High Court's order regarding the establishment of Jawahar Navodaya Vidyalayas (JNV) in every district, stated that introducing a new language in Grade 9 is a highly negative development, as Grade 9 itself is stressful. He suggested that the new language should have been introduced in Grade 6, and the choice between curricula could only be made at the end of Grade 9.
Justice Nagarathna also pointed out that the pressure on students begins at the end of Grade 8, citing the example of studying the chapter on light in Grade 8 under the ICSE curriculum, which prepared them for the SSLC exam in the 10th grade.
This case arose from the Tamil Nadu government's appeal against the Madras High Court's decision, which required the establishment of JNVs in every district of the state. The High Court had previously ruled that denying permission to establish JNVs deprives students of the freedom to choose their place of study and contradicts the goals of the Right of Children to Free and Compulsory Education Act. Furthermore, the court ordered the state to arrange temporary facilities for 240 students in each district until permanent schools were built.
However, in December 2017, the Supreme Court stayed the high court's directives after the Tamil Nadu government challenged the decision. During hearings on December 15, 2025, the apex court asked the Centre and the Tamil Nadu government to hold discussions on the possibility of establishing JNVs in the state. The court directed both parties to find suitable land for schools in every district and present the consultation results before the court, calling this process an attempt to encourage joint discussions between the Union and the state, rather than imposing an immediate decision.
In 2025, the Supreme Court also asked the Centre and the Tamil Nadu government not to 'turn this into a language issue' while considering the state's petition challenging the Madras High Court's ruling.
This remark was made by the bench of Justices B.V. Nagarathna and R. Mahadevan after Senior Counsel P. Wilson, representing the Tamil Nadu government under DMK, argued that the Centre should adopt a bilingual formula in line with the state's policy, instead of the trilingual formula stipulated by the National Education Policy (NEP) 2020. When the Centre's lawyer began his response, the bench strongly urged both sides to refrain from turning the matter into a language dispute.
Amina Totliboevna Ruzikulova will defend her doctoral dissertation in psychology. The dissertation is dedicated to the topic 'Improving psychological mechanisms of management functions of higher educational institutions.'
Ruzikulova Amina Totliboevna prepared the work under the specialty 19.00.05 – Social Psychology. Ethnopsychology. The defense of the dissertation, aimed at obtaining the academic degree of Doctor of Sciences (DSc) in the field of psychology, will take place at the meeting of the Scientific Council No. DSc.03/2025.27.12.P.08.10.
The defense is scheduled for July 27, 2026, at 14:00. The venue is Bukhara State University, located at Muhammad Iqbal Street, house 11, 2nd floor, room 201, Bukhara city.
Many educators daily carry over work tasks from the previous day into school, including lesson plans, notebooks, and materials prepared after work. The day is spent explaining material, working with different student knowledge levels, and maintaining their engagement. After lessons, the work continues: preparing worksheets, developing assessments, and creating plans for the next day, and for many teachers, this cycle rarely stops.
Alok Kumar Singh, an educator and data specialist, personally observed this daily burden and decided to alleviate it. He founded the Spark School AI platform, which aims to reduce this load by rethinking the process of lesson preparation and delivery by teachers.
Alok's journey in education began in classrooms where limited resources and unequal access shaped the approach to learning. Working as part of the Teach For India program, he interacted with young children, including students from communities affected by unrest in Gujarat. This experience gave him direct insight into how classrooms function without structured support for teachers.
During these sessions, it became clear that teachers put in significant effort, but much of their time was spent adapting educational content rather than teaching itself. Later, holding leadership positions in academia and working on curricula, he encountered the same problem in various school systems—content fragmentation, curriculum changes, and high administrative load.
The core idea behind Spark School AI is based on a simple yet powerful observation of teachers' daily work. Alok Singh emphasizes: 'Teachers don't need more content. They need tools that help them teach better.' He adds that the real gap in classrooms is not access to information or learning materials, but the amount of time teachers lose daily preparing this material, adapting it to different student levels, and managing routine classroom tasks.
This realization became the starting point for creating Spark School AI—a platform designed to relieve some of the daily preparation pressure on teachers and help them manage the multitude of small tasks that fill the school day.
Spark School AI is a curriculum-aware learning platform designed specifically for the realities of Indian classrooms. It is closely integrated with major educational boards such as CBSE, ICSE, state boards, IB, and Cambridge, covering students from grades 1 to 12. Instead of starting every lesson from scratch, teachers can log into the system, select their board, grade, subject, and chapter, and generate structured, ready-to-use classroom material in just a few seconds.
After these selections, the platform compiles a learning kit that the teacher can use in class. This kit includes curriculum-aligned lesson plans, worksheets for different student levels, quizzes and assessments, ideas for STEM and science lab work, and exam preparation materials useful for JEE and NEET. Meanwhile, the teacher retains control over the lesson: they can change examples, add their own notes, adjust complexity, or adapt the material to the students in front of them. Thus, the platform provides a ready foundation to start working, instead of leaving the teacher to begin from a blank slate after a long workday.
For the teacher, this means fewer hours spent creating worksheets, formatting lesson plans, or recreating the same material repeatedly. Spark School AI handles these repetitive aspects of preparation, allowing the teacher's energy to be directed toward parts that require human attention. This freed-up time can be used in the classroom: for higher quality concept explanation, substituting a struggling student, changing the pace of the lesson, or simply for more active participation in the learning process. The goal is to make preparation less burdensome so that the act of teaching itself receives more focus.
Many AI tools can answer questions or create content, but they do not always understand how a school lesson actually unfolds: from a textbook chapter to program requirements, then to examples, worksheets, review, and tests. Spark School AI was developed with this daily pedagogical process in mind. It closely follows Indian educational boards and grade requirements, providing teachers with material that aligns with their lesson, requiring less time for editing or reworking.
The platform also supports multiple languages, including Hindi, making it suitable for use in diverse regions and school settings. It is intended for both private and government schools, focusing on ensuring accessibility across varied learning environments. A key area of development is accessibility, including an offline-first approach designed to support schools with limited or unstable internet connections.
For teachers, Spark School AI consolidates the most time-consuming parts of their day: lesson planning, assessment preparation, and review organization. Instead of switching between multiple apps or tools for different tasks, teachers can work through a single dashboard designed to handle the entire lesson preparation cycle. The process usually begins with the teacher selecting the relevant grade, subject, and chapter. Based on this selection, the platform generates structured lesson plans along with supporting learning material. Teachers can then use the same system to create worksheets or quizzes for in-class assessment, followed by exam-oriented tools for review and test preparation. The platform also helps teachers track student progress over time, giving them a clearer picture of what has been absorbed and what requires further study. This replaces a fragmented preparation process spread across numerous tools with a more unified and organized system. Furthermore, the platform includes easy export functions to Google Workspace, as well as tools to optimize classroom planning and reduce administrative effort.
In pilot schools and early implementations, one consistent result has been a noticeable reduction in the time teachers spend on preparation. Alok notes that 'on average, teachers report saving nearly fifty percent of their weekly planning time when using the platform, especially for subjects that require frequent creation of worksheets, revisions, and differentiated content for different learning levels.'
The impact is also visible in the daily mental load on teachers. In many schools, especially where teachers have large classes or teach multiple subjects, lesson preparation often becomes repetitive and exhausting. The platform solves this by generating structured drafts upon which teachers can build their work, reducing the need to create material from scratch multiple times.
Dayawanti Punj Model School Director, Dr. Chitra Singh Bankawat, describes how this shift is changing lesson delivery: 'It helps teachers who don't always have enough time for detailed planning and who often teach directly from textbooks.' She adds: 'With structured support, their lesson delivery becomes more confident and organized.' Teachers in subject-heavy classes report similar changes in their daily routines. A biologist from Kota reported that it helped her move away from repetitive planning cycles and explore clearer ways of explaining concepts. Ms. Manisha Hada, a biology teacher, says: 'Before, I often repeated the same patterns when teaching. Now I can try different approaches using structured material and review tools.' For others, the most immediate change is simply the ease of access to learning materials. 'I don't have to search for old lessons or constantly recreate content. Everything is in one place,' shares Ms. Anita Nair, an educator from Maharashtra, describing the simplification of her workflow thanks to the platform.
Founded in 2025, Spark School AI is currently operating in several cities, including Ahmedabad, Pune, Delhi NCR, Kota, Agra, and parts of the UAE. It is also participating in structured pilot programs in Uttar Pradesh government schools, covering 60 schools in Lucknow and Kanpur with teacher training support. The platform is incubated in institutions like iHub Gujarat and GTU Ventures, supporting its development and deployment structure. A mobile application is also being developed to support teachers needing on-the-go access, and offline functionality is being created for low-connectivity regions. The long-term plan includes expanding to approximately 400 schools within three years.
One of the key design principles of Spark School AI is its pricing. For institutions, the platform cost is capped at approximately 499 rupees per student per year. This is done so that the system can be used by budget private schools, semi-urban institutions, and government schools without financial strain. Individual teachers have separate subscription plans available through the platform. The goal is to ensure access to structured learning tools outside of expensive private schools.
For teachers, the platform aims to eliminate some of the preparatory work that accompanies them home every day, allowing more attention to return to what happens in the classroom. A teacher's day often involves planning, teaching, grading, and progress reporting. Spark School AI seeks to reduce the first part of this burden—preparation—so that teachers have more space to focus on teaching and student comprehension. It also offers fresh ways to explain the same concept, which is useful when one method does not suit every child in the class.
For Alok, the broader goal extends beyond software. He believes the education system needs tools built specifically for teachers. He asserts: 'Real change in education will not come from fixing small problems individually. It will come from solving the very structure of the classrooms. The teacher is at the center of this structure.'
He adds that when teachers receive support through the right systems, student learning naturally improves. For him, the essence is simple: technology must stand alongside the teacher, helping them prepare better and enter the classroom with more time and clarity. It doesn't change what teachers teach, but it changes how much time they spend preparing to teach.
In many classrooms, this difference is already noticeable—in reduced preparation hours, more structured lessons, and more stable class delivery. As India continues to expand its educational infrastructure, such tools become part of a wider discussion on how to support teachers at scale. At the heart of it all is a simple reality: when teachers have more time to prepare, they can enter the classroom with greater clarity. And for students, this can change their perception of the lesson, the degree of understanding, and the volume of support received.
