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New Ways to Teach Science in the Early Childhood Classroom

Francis Downey suggests New Ways to Teach Science in the Early Childhood Classroom.

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On a warm summer evening, I stood with a friend and his 4- year-old son to watch as a storm approached from the ocean. As we watched, the wind picked up and palm fronds waved wildly. My friend’s son looked up and asked: What causes wind? The question was not surprising. While “mom” and “dad” are considered the most commonly used words among early learners, any parent can tell you “why” is a close second. Children constantly ask: “Why?” No sooner is one “why” question answered than another is asked. In this sense, children are natural scientists. They begin talking about science and math even before entering preschool (Brenneman et al, 2009), and demonstrate an ability to observe, describe, compare, question, predict, experiment, reflect, and cooperate (Greenfield, 2009). A scientist always begins with a question and then uses observations to develop an answer to the question or a theory. My friend’s son had started with the question.

I then turned the question around and asked him what he thought caused the wind. Looking thoughtful, he turned around studying our surroundings. He then slowly responded that the flapping palm fronds were generating the wind, which was only growing stronger.

This, of course, was a wrong answer, or an alternative conception, but that does not matter. My friend’s son was doing science. He had asked a question, made an observation, which children do regularly (Eshach & Fried, 2005) and developed a theory. His theory was based on his past experiences and observations, which is normal (Duit & Treagust, 1995). He knew that a small moving object can make wind. He had used a fan and waved his hand and felt the wind generated by both. Extrapolating from those past experiences, he had reached what he thought was a reasonable conclusion. Since science is composed of two facets, knowledge and a process (Duschl, Schweingruber, & Shouse, 2007), he had more or less implemented the process of doing science, but not the knowledge. He had used the scientific method to learn about a natural phenomenon. (Charlesworth & Lind, 2010)

Dispelling alternative conceptions, such as the one my friend’s son held, can be difficult. Further observations can sometimes be made. Another approach would be to turn to appropriate literature. This is difficult for two reasons. First, when it comes to nonfiction sources, early learners usually have access to textbooks alone. Textbooks contain collections of facts and are inaccessible to young readers. Still, reading relevant sources is vital to conducting science. Scientists both write about their ideas and read what other scientists have done. They write for one another and for the public. So, reading and writing are essential to science.

An alternative approach to the textbook is an authentic source such as a magazine or a trade book coupled with instruction (Norris et al, 2008). Instead of lists of facts, a magazine designed for the classroom contains nonfiction expository text with colourful photos and graphics that relate to the topic being researched (McCrudden et al, 2009). In addition to text that early learners can access, photos can form the basis for observations. Students can then integrate text with images and observations of the natural world. These are necessary skills for success and often not taught.

Early learners come to authentic sources with a purpose in mind. Research has shown that when students develop a purpose for reading, they are more successful (Duke et al, 2011). A magazine also helps students learn to read nonfiction texts in a way that a textbook or fiction cannot. Early learners are usually taught to read fiction and are expected to apply those skills to nonfiction. However, the skills needed to discern meaning from nonfiction are vastly different from those needed for fiction. Teaching reading strategies helps early learners become successful readers (Harvey & Goudvis, 2017) who can integrate reading with hands-on activities.

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Alternative conceptions abound and come from a variety of sources, ranging from media to experiences to peers to even science instruction. For early learners, associating size and weight is an alternative conception based on experiences and observations. Early learners are not always aware of the differences in meanings of specific terms (Inagaki, 1992). If you tell a child you are holding two 3-kilogram objects, one that is larger than the other and ask which weighs more, they will usually say that larger object weighs more. You may repeat the information over and over again and early learners will insist that the larger object is heavier. However, if you let children handle each object and add that to their experiences, they are more likely to reach the correct conclusion. Experiential learning is the best way to improve comprehension (Piaget, 1964). Because young learners’ opinions of natural phenomena are stable (Schneps & Sadler, 2003), they may not readily transfer this or similar experiences to new circumstances. So, it is important to remind early learners of past experiences before presenting them with a similar activity with different objects.

This suggests that a strict constructivist approach to teaching science, which is commonly used for older learners (Gunstone, 2000) will not result in success for early learners. This inquiry-based approach allows students to work in small groups and make their own decisions concerning how best to conduct an activity. It helps to increase comprehension and allows students to apply the scientific method. However, younger learners may not be able to transfer prior knowledge to new situations until they learn to generalise what they have experienced when it runs counter to their preconceptions.

As a result, science is often taught as part of the arts-and-crafts curriculum. There is value in many arts-and-crafts activities. They often build fine motor skills and sometimes help students retain vocabulary and build valuable background knowledge. However, it misrepresents what science is and too often knocks out a natural interest in science. While these exercises can build background knowledge, they do not provide students with experiences that allow them to develop the observational and analytical skills to classify and organise information they will need to draw on as they are exposed to more advanced scientific concepts. In other words, arts-and-crafts projects may help build knowledge but not the process of science, when both are essential to the study of science (Shaffer, Hall, and Lynch, 2009).

Using an arts-and-crafts approach to teaching science also underestimates students’ capacity to reason and ask their own questions. Contrary to what many educators believe, early learners are capable of engaging in exploratory play and other activities relating to science, math, and engineering. Playbased learning can increase student understanding (Fleer, 2017). Their ability to understand scientific concepts is quite sophisticated. (Duschl, Schweingruber, & Shouse, 2007)

Young learners need more scaffolding than their older counterparts. By dividing students into small groups and utilising a guided inquiry approach, a teacher can give students the freedom to become active agents while focusing their attention, as well as reminding them of appropriate previous experiences and background knowledge. As students gain experience and confidence in their own work, the teacher can utilise a gradual release model to give them the appropriate freedom to conduct their own activities (Banchi & Bell, 2008). This will undoubtedly vary from group to group and the teacher will have to draw on her experiences using differentiated instruction models. She can allow some groups to develop their own questions and peruse them while giving more assistance to other groups.

Activity-based learning should also be repetitive. For instance, utilising the size and weight example given above, students can determine that the weight of various different-sized objects are the same. They can use rocks, jars, toys and other accessible objects. By making multiple observations students will begin to discern patterns and then employ those patterns in making future observations.

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By integrating reading and inquiry, early learners become active learners who learn the process of doing science and learn that science is more than a collection of facts or a collection of already discovered knowledge. Instead knowing a lot of disconnected facts, early learners exposed to reading and inquiry know how to ask questions, observe, collect and organise data, and discover conclusions. Exposure to science in early education lays the foundation for greater success in science in the later grades (Eshach & Fried, 2005). This model will turn early learners into domain-specific experts. By developing an expertise in a single domain (Kuhn & Pearsall, 2000), such as science, early learners will find it easier to expand that expertise into other domains (Bowman, Donovan, & Burns, 2001), such as math and engineering, as well as reading and writing. Teachers can also pair students with varying domain expertise to create zones of proximal development in which children can help one another, or provide needed scaffolding (Vygotsky, 1978). This helps students become active learners who develop their own questions instead of waiting for a teacher to ask questions for them. These activities also promote the development of fine and gross motor skills just as arts-and-crafts activities do. It also develops spatial awareness and symbolic thinking, as well as awareness of cause and effect relationships and object permanence. All of this not only develops readiness for the upper grades but for a career and life. Students develop a curiosity and a purpose for what they are learning.

A student-centred inquiry approach has its risks, though. The teacher has to be willing to surrender some control to students and allow them to make mistakes and go in wrong directions. She must also be willing to let students ask question to which she does not know the answers. Instead of being the traditional sage on the stage, she must become a guide who assists students in answering their own questions without straying too far. They must also keep a variety of resources and supplies that students can use to answer their questions. So the classroom transforms into a laboratory in which the students and teacher share control and purpose. In essence, they become partners in education who prepare a scientifically literate generation that understands natural phenomena and can make informed decisions.

Education

Teaching Privilege: Why It Belongs in Every Classroom

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Why students must learn to recognise privilege in school—and how that awareness can build empathy, not guilt. (Representational AI Image)

Here’s the thing about privilege: most of us don’t even realise how it shapes our choices, our comfort zones and the opportunities we chase

I’ve been thinking about this for a while now, but it hit me harder during a recent conversation with a college student. One of the factors they had in mind while choosing their higher education institution was that most of the students there came from similar economic backgrounds. They felt uneasy at the thought of being in a space where others might be less privileged than them. And just like that, it became clear: even the discomfort of being around inequality is, in itself, a kind of privilege.

Here’s the thing: privilege wears many faces. Money, yes. But also caste. Gender. Language. Skin tone. Disability. Geography. And then there’s what Gen Z calls “pretty privilege”—the unspoken perks of fitting society’s standards of attractiveness. These aren’t abstract ideas. They play out every day—in who gets picked, who gets heard, who gets help without asking.

This isn’t about guilt. Guilt gets us nowhere. Awareness, though? That’s powerful. Students should be taught to recognise the invisible lifts they get. It’s not just that some kids have better shoes—it’s that they’ve never had to worry about having shoes. It’s not just about who studies in English-medium schools—it’s about who gets praised for speaking English at all.

Privilege doesn’t cancel out hard work. It explains the head start. And when students understand that, they become better humans. They stop seeing success as a solo act and start acknowledging the small privileges they enjoy. These can be supportive families, access to tutors, clean water, a safe route to school. Things so normal for some, they fade into the background. Afterall, acknowledgment is the first step to building empathy.

So where do schools come in? Right at the heart of it. Not with token assemblies or once-a-year poster competitions, but with consistent conversations. Through stories, books, theatre, debates—whatever gets them to look up from their own experience and into someone else’s. Not to feel bad, but to build perspective. And maybe, just maybe, to use their privilege to lift someone else.

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This isn’t about shaming anyone or turning life into a comparison game. It’s about empathy and responsibility. When students know they benefit from privilege, they can harness it to help others. They can mentor younger kids, fundraise for resources, or simply speak up when they see inequality in the classroom.

This isn’t a curriculum change. It’s a mindset shift. It’s the difference between raising achievers and raising citizens. If we teach kids to see both their own comfort and the struggles of others, we’ll nurture a generation that doesn’t just accept their advantages but shares them too.

If we want an education system that prepares students for the real world, then recognising privilege isn’t a side-topic. It’s foundational.

(This article is authored by Dhruv Chhabra, Lead-Content and Design at ScooNews and reflects the author’s personal beliefs and lived observations as an education journalist and storyteller. It is written with the hope that classrooms can become kinder, more aware spaces.)
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India Plans Unified Higher Education Regulator: What the HECI Bill Means

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India proposes HECI to subsume UGC/AICTE/NCTE, promising unified standards for higher education

India is on the verge of a major overhaul in how it governs higher education, with the government aiming to replace the University Grants Commission (UGC), All India Council for Technical Education (AICTE), and National Council for Teacher Education (NCTE) with the proposed Higher Education Commission of India (HECI). The move, aligned with the National Education Policy 2020, seeks to create a more efficient, autonomous, and accountable regulatory system.

Why Replace UGC, AICTE & NCTE?

The current structure—with multiple agencies overseeing different sectors—has long faced criticism for being fragmented and bureaucratic. Overlaps in jurisdiction, slow decision-making, and limited autonomy for institutions have prompted calls for reform. Committees like the Yash Pal and National Knowledge Commission have recommended a unified regulator to reduce red tape and improve coordination.

What HECI Will Look Like

According to the draft and Lok Sabha updates by Education Minister of State Sukanta Majumdar, HECI will have four independent verticals:

  1. Regulation (NHERC) – compliance and governance

  2. Accreditation (NAC) – quality assurance

  3. Grants (HEGC) – performance-based funding

  4. Academic Standards (GEC) – curriculum and learning outcomes

This “light but tight” approach aims to foster innovation and autonomy while maintaining integrity and transparency.

Potential Benefits

  • Streamlined oversight: Instead of navigating multiple authorities, institutions will liaise with one regulator.

  • Better resource allocation: Integrated funding vertical offers performance incentives, echoing models in the UK and Australia.

  • Unified standards: Accreditation and curriculum will be uniform, reducing interstate disparities.

  • Global alignment: Can enhance India’s appeal with international quality frameworks.

Risks & Concerns

  • Centralisation: Experts warn that vesting extensive power in one body may over-centralise control, risking academic freedom.

  • Loss of specialised oversight: Domain experts from UGC, AICTE, and NCTE may be diluted.

  • Bureaucratic inertia: Transition could bring its own delays and resistance from existing bodies.

  • Compliance complexity: Institutions may face confusion adapting to new norms and vertical structures.

Global Inspiration & Way Forward

Many countries offer models worth emulating: the UK’s Office for Students (OfS), Australia’s TEQSA, and the US’s accreditation agencies show that one-regulator systems can work—if they strike a balance between oversight and autonomy. The NEP framework supports this, but success hinges on a smooth transition, capacity building, and safeguarding academic freedom.

In short, HECI is more than an institutional reshuffle. It has the potential to redefine Indian higher education—if implemented thoughtfully. The challenge now lies in building consensus, streamlining regulatory roles, and ensuring this new body empowers institutions, not constrains them.

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This news has been sourced from various media outlets, with parts of it written and contextualised by the ScooNews editorial team.

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Over 4.7 Lakh Pirated NCERT Books Seized Since 2024, Govt Reports

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Over 4.7 lakh pirated NCERT books seized across India since 2024

More than 4.7 lakh counterfeit NCERT textbooks have been confiscated across India since 2024, the Ministry of Education revealed in the Rajya Sabha this week. The large-scale crackdown is part of NCERT’s renewed efforts to combat textbook piracy and safeguard access to authentic, affordable learning materials for students nationwide.

Responding to a written query in the Upper House, Minister of State for Education Jayant Chaudhary stated that textbook piracy has been rampant across multiple states, driven primarily by commercial interests of unauthorised entities. Between 2024 and 2025, over 4.71 lakh fake NCERT books were seized during enforcement operations.

In a series of raids across 29 locations suspected of producing or distributing counterfeit books, NCERT officials also uncovered stocks of fake watermarked paper and high-end printing equipment — collectively worth over ₹20 crore. These raids aimed not only to halt the illegal printing supply chain but also to reinforce the credibility of NCERT materials.

“NCERT textbooks are printed on a no-profit, no-loss basis to reach every child in the country,” Chaudhary reiterated in his reply.

To further stem the piracy tide, NCERT has taken several preventive steps, including reducing textbook prices by 20%, modernising printing methods, and making books more widely available through e-commerce platforms. These steps are aimed at reducing dependency on black-market sources by ensuring affordable and timely textbook access.

In collaboration with IIT Kanpur, NCERT also piloted a tech-based anti-piracy solution using a patented mechanism in one million copies of a Class 6 book. This innovation allows books to be tracked and authenticated, potentially creating a digital trail to curb piracy in the future.

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Student Suicides Account for 7.6% of All Cases in India: What the Govt Is Doing Next

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Multi-pronged measures were being rolled out to address the crisis, including psychological support for students, teachers, and families.

In a sobering update shared in the Lok Sabha, Union Minister of State for Education, Sukanta Majumdar, revealed that student suicides constituted 7.6% of all suicide cases reported in India in 2022. While marginally lower than the figures in 2021 (8.0%) and 2020 (8.2%), the data underlines an ongoing mental health crisis among the nation’s youth.

The statistics were drawn from the Accidental Deaths and Suicides in India (ADSI) report published by the National Crime Records Bureau (NCRB), as per the minister’s written response in Parliament.

Recognising the urgency of the matter, the Centre has ramped up efforts to address student mental health through a multi-pronged strategy. This includes psychological support not only for students but also for educators and families, aiming to create a more holistic safety net within the education system.

As reported by The Indian Express, Minister Majumdar highlighted the Ministry of Education’s Manodarpan initiative, which has reached lakhs of students across India through tele-counselling, webinars, and live interactions. Parallel efforts under the Ministry of Health and Family Welfare’s District Mental Health Programme (DMHP) now cover 767 districts, offering suicide prevention services and life skills training in schools and colleges.

Adding to this, the University Grants Commission (UGC) has issued advisories to higher education institutions urging them to prioritise student welfare, fitness, and emotional well-being. Institutions like IIT Madras, IIT Delhi, and IIT Guwahati have started conducting resilience-building and stress management workshops under the Malaviya Mission Teacher Training Programme.

Addressing addiction among youth, the Centre has also intensified anti-drug campaigns to accompany its mental health outreach.

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Separately, the Ministry of Education is in the process of drafting legislation to establish the Higher Education Commission of India (HECI), aiming to unify regulation under a single authority. The new body will replace existing agencies like the UGC, AICTE, and NCTE, aligning with the NEP 2020 vision of a “light but tight” governance framework that promotes autonomy, innovation, and accountability.

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CBSE Makes CCTV Cameras with Real-Time Audio-Visual Recording Mandatory in Schools

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All CBSE affiliate schools mandated to install audio-visual CCTV cameras for students' safety enhancement (Image- Pexels/AS Photography)

In a notification issued on Monday, to enhance student safety and ensure accountability on school campuses, the Central Board of Secondary Education (CBSE) has mandated the installation of high-resolution CCTV cameras with real-time audio-visual recording across all affiliated schools.

According to the notification, the board has amended its Affiliation Bye Laws-2018, requiring the installation of CCTV cameras at all critical points within school premises, including classrooms, corridors, libraries, staircases, and other key areas—excluding washrooms and toilets. The footage must have a minimum backup of 15 days and should be made available to authorities upon request.

This directive is part of CBSE’s broader commitment to ensuring students’ physical and emotional well-being. It aims to create safer learning environments by preventing bullying, intimidation, and other implicit threats. The move also aligns with the National Commission for Protection of Child Rights (NCPCR)’s ‘Manual on Safety and Security of Children in Schools’, released in 2021, which outlines safety protocols for creating secure and supportive school settings.

In the official circular, CBSE Secretary Himanshu Gupta stated, “Children have a constitutional right to live with dignity and access education in a safe and supportive environment. The safety has two aspects — from unscrupulous, un-societal elements and from implicit threats like bullying. All such threats can be addressed using modern surveillance technologies.”

The board noted that bullying significantly impacts student self-esteem and mental health. “Children require a healthy and nurturing environment to thrive. This decision is part of our effort to foster that environment,” the notification read.

While many private schools have welcomed the move, citing improved monitoring and security, several government school representatives expressed concern over the implementation. They highlighted the need to repair existing non-functional cameras before investing in new technology.

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As implementation begins, the directive reinforces CBSE’s stance on prioritising student safety through proactive and tech-enabled solutions.

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In Every Smile, a Victory – Sandhya Ukkalkar’s Journey with Jai Vakeel’s Autism Centre

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For Sandhya Ukkalkar, the path to becoming an educator in the field of special education was never just a professional decision — it was deeply personal. It began in the quiet, determined moments of motherhood, as she searched for a school that could truly understand her son’s unique needs. Diagnosed with Autism and Intellectual Disability, he required more than care — he needed acceptance, structure, and a nurturing environment.

In 1996, a compassionate doctor guided her to Jai Vakeel School. From the moment her son was enrolled, Sandhya witnessed a transformation that brought not only relief, but hope. Encouraged by the school’s doctor, she enrolled in a special education course, and by June 2000, she returned to the same institution — this time as a teacher. Over the years, she grew into the role of Principal of the Autism Centre at Jai Vakeel, dedicating her life to children who, like her son, simply needed to be seen, understood, and supported.

What sets the Autism Centre apart is not just its experience or legacy, but its guiding philosophy: a child-led, strengths-based approach that celebrates neurodiversity. Here, each learner follows an Individualised Education Plan (IEP), supported through small groups, one-on-one sessions, and methodologies that include Applied Behaviour Analysis (ABA), Sensory Integration, and Visual Supports. The goal isn’t to fit children into a mould but to honour their unique ways of engaging with the world.

Serving children aged 3 to 18, the centre focuses on early intervention, functional academics, and pre-vocational training — all grounded in a multisensory curriculum aligned with NCF and NCERT. For the 31 students with Autism and Intellectual Disability who currently attend, the emphasis lies on building communication and sensory skills that can translate into real-world independence.

Sandhya believes collaboration is the cornerstone of success. At the centre, therapists, educators, parents, and healthcare professionals work as a unified team. Over 75% of the children served come from low-income families, and many receive free or subsidised education and therapy through rural camps and outreach programs.

“These aren’t luxuries,” Sandhya insists, referring to tools like sensory rooms and assistive tech. “They’re essentials.”

And the results are deeply moving. Children who once struggled with attention now engage joyfully in sessions. Some who were non-verbal begin to use gestures, visuals, and eventually words. Others transition into mainstream schools. One student, now preparing for CA exams, once needed foundational classroom readiness support. These are not isolated cases — they are the product of consistent, individualised attention and belief.

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For Sandhya, the real victories come in the smallest moments: a child pointing to a picture to communicate, another who finally sits through a full session, or a parent whispering “thank you” with tears in their eyes. These everyday breakthroughs are everything.

Her personal experience as a parent gives Sandhya a unique lens. She understands the fears, hopes, and quiet triumphs families carry. That’s why parental involvement is not optional at the centre — it’s essential. Families regularly participate in progress meetings, classroom observations, and hands-on training. Home goals — practical and doable — are shared, and customised visual aids help ensure continuity beyond school hours. Emotional support is offered just as readily as academic strategies.

Still, the challenges are real. There is a pressing shortage of professionals trained in autism-specific interventions, especially for students with high support needs. Assistive communication tools are expensive and often out of reach. Space is limited, even as demand grows. Sandhya dreams of expanding — with dedicated sensory rooms, inclusive playgrounds, and classrooms designed for neurodivergent learners. “These help children feel safe, calm, and ready to learn,” she says.

Her vision for the future is clear: inclusion that goes beyond tokenism. She dreams of classrooms where neurodivergent children aren’t merely accommodated, but genuinely valued — where belonging is a given, not a gift. To get there, she believes we must build on three pillars: Mindset (a shift from awareness to true acceptance), Capacity (training educators, therapists, and families), and Belonging (where every child is emotionally safe and socially included).

As she looks ahead, Sandhya hopes to increase enrolment, offer structured training for parents and teachers, partner with inclusive schools for smooth transitions, and support students well into adulthood — through vocational training, community participation, and self-advocacy.

Her journey is a reminder that special education isn’t just about what children need — it’s about what they deserve.

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Because, as Sandhya says,
“In every smile, there’s a victory. And every child deserves to smile.”

Read the full story in our issue of Teacher Warriors 2025 here.

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CBSE Plans Two-Level Science and Maths in Classes 11–12 to Ease Pressure and Boost Flexibility

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CBSE plans two-level system for Science and Maths in Classes 11–12 to reduce stress and offer flexible learning, as part of NEP 2020 reforms

The Central Board of Secondary Education (CBSE) is considering the introduction of a two-level system for Science and Mathematics in Classes 11 and 12. The plan is aimed at offering students the flexibility to choose the difficulty level of STEM subjects based on their future academic or career aspirations.

As reported by India Today and originally learnt through The Sunday Express, the proposal is an extension of an existing model implemented in Classes 9 and 10. In Class 10 Mathematics, for instance, students currently choose between Basic and Standard versions during board exams—a move that has allowed students not pursuing Mathematics further to pass with confidence and reduced stress.

The upcoming shift aligns with the broader vision of the National Education Policy (NEP) 2020, which encourages flexible, multidisciplinary learning and student-centric academic pathways.

What the Two-Tier System Means

Under the proposed system, students eyeing careers in fields like engineering or medicine could opt for advanced-level Mathematics or Science, while those focused on the arts, commerce, or vocational pathways could select a standard or foundational version of these subjects.

This customisation acknowledges the diversity of learner needs and aims to reduce the one-size-fits-all pressure that has long characterised India’s board exam-driven system.

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Changes Ahead for Schools

If approved, the shift would require significant operational changes in schools—ranging from separate classes for the two levels to revised textbooks, updated assessments, and teacher training. CBSE is expected to issue detailed implementation guidelines after further consultation.

While still under consideration, this move marks a progressive step toward making STEM education more accessible, relevant, and aligned with students’ interests and life goals.

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Indian Army to Sponsor Education of 10-Year-Old Who Aided Troops During Operation Sindoor

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"I want to become a 'fauji' when I grow up. I want to serve the country," said 10-year-old Shvan Singh (Image- IANS)

In a heartwarming gesture of gratitude, the Indian Army has pledged to fully sponsor the education of 10-year-old Shvan Singh, a young boy from Punjab’s Ferozepur district who supported troops with food and water during the intense gunfire of Operation Sindoor.

During the cross-border conflict in early May, Shvan—then mistakenly reported as ‘Svarn’ Singh—fearlessly stepped up to help soldiers stationed near Tara Wali village, just 2 km from the international border. With lassi, tea, milk, and ice in hand, the Class 4 student made repeated trips, delivering supplies to the troops amid ongoing shelling and sniper fire.

Moved by his courage, the Golden Arrow Division of the Indian Army has now taken full responsibility for Shvan’s educational expenses. In a formal ceremony held at Ferozepur Cantonment, Lt Gen Manoj Kumar Katiyar, General Officer Commanding-in-Chief of the Western Command, felicitated the boy and applauded his spirit of service.

“I want to become a ‘fauji’ when I grow up. I want to serve the country,” Shvan had told media in May. His father added, “We are proud of him. Even the soldiers loved him.”

Shvan’s actions during Operation Sindoor—India’s strategic missile strike on nine terror camps across the border in retaliation to the Pahalgam attack—have now turned him into a symbol of quiet heroism and youthful patriotism.

In a world where headlines are often dominated by despair, Shvan’s story reminds us that bravery has no age—and that the seeds of service can bloom early.

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State Boards Empowered to Offer Skilling & Assessment Under New NCVET Model

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National Workshop Marks Major Step Towards Integrating Vocational Education in Schools (Image Source- PIB)

A national workshop was held on July 18, 2025, at Kaushal Bhawan, New Delhi. Organised jointly by the Ministry of Education (DoSE&L), the Ministry of Skill Development and Entrepreneurship (MSDE), and the National Council for Vocational Education and Training (NCVET), the event brought together more than 150 delegates, including senior officials from 24 State and Union Territory education boards.

The central aim of the workshop was to help State Boards apply for recognition as Dual Category Awarding Bodies under NCVET. This status enables boards to both conduct training and assess students in vocational courses aligned with the National Skills Qualification Framework (NSQF), particularly up to Level 4 — which includes critical entry-level skill training linked to employment.

The initiative is part of the government’s broader effort to implement the National Education Policy (NEP) 2020 and ensure vocational education is deeply integrated within the school system.

Officials from MSDE and NCVET emphasised that becoming a Dual Category Awarding Body places greater responsibility on State Boards — not just to conduct assessments, but to maintain quality standards in vocational pedagogy and learner outcomes.

A highlight of the workshop was a hands-on session where States received live technical support to complete their applications. As a result, all 24 participating States began their onboarding process, while six States — Goa, Maharashtra, Himachal Pradesh, Assam, Madhya Pradesh, and Nagaland — completed and submitted their applications. The Goa Board also shared its experience through a case study.

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Lighting the Way, One Beam at a Time – Monika Banga

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In the stillness of the COVID-19 lockdown—when the world hit pause and uncertainty gripped communities—Monika Banga quietly sparked something radical. Not radical in funding or scale, but in spirit. Born out of a moment of global stillness, The LightBeam Project wasn’t launched with loud declarations or big grants. It began as something far more intimate: a bridge between continents, classrooms, and possibilities.

But Ms. Monika’s journey didn’t start there. It began over a decade earlier, in under-resourced classrooms where she worked with children who had never known structured learning, or imagined speaking with someone from another country. With over 12 years of experience, she didn’t just teach—she listened. And what she heard, again and again, was a hunger not for food, but for discovery, belonging, and expression.

When the Granny Cloud initiative—a volunteer-driven project that connected retired educators with children—came to a close, Monika felt the silence it left behind. Along with her friend and fellow educationist Lesley Keast from Spain, she wondered: What if that spark of connection could be reignited? That one idea gave birth to The LightBeam Project. It began modestly: a handful of volunteers, one school, a few curious children, and shaky internet. But it carried a powerful belief: every child has the right to dream, and someone, somewhere, will listen.

Unlike traditional education interventions, LightBeam didn’t come with a manual. It came with open-ended conversations. Sessions inspired by SOLE (Self-Organised Learning Environments) nudged children toward self-discovery. Initially, the children were hesitant.

“They were used to answers, not questions,” Monika recalls.

But soon, wonder took over. They began asking: Why do we age? What if all insects disappeared? These weren’t sessions—they became rituals of curiosity.

As their questions deepened, so did their digital skills. Devices once used for distraction turned into tools of creation. Children began making digital presentations, recording videos, and sharing local traditions with volunteers across the globe. One girl proudly made a Canva slideshow introducing her Beamer to her village’s customs. These weren’t just projects. They were windows into identity.

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Lesley Keast, one of LightBeam’s earliest volunteers, reflects on the transformation she’s seen. “The children now have SOLE sessions in their learning DNA. They own the enquiry. They direct the wonder.” For her, the project isn’t just about teaching—it’s about being part of a global community stitched together by purpose. “Our WhatsApp and Facebook groups are more than admin tools. They’re our digital campfires,” she smiles.

Sometimes, it’s the smallest moments that leave the biggest marks. In one session disrupted by technical issues, Lesley recorded a video and sent it to the students with a few questions. They responded with videos of their own. One came from Ruby, a student who had never spoken during any session. With support from her peers, she sent a video back—radiant with confidence. “That’s when the ice cracked,” Lesley said.

In another session, students chose their own topics and returned with insights on dark matter and Freud. “We thought those were far beyond them,” Lesley said. “But with no ceilings, they soared.”

The LightBeam Project has no classrooms. And that’s its strength. By embedding itself into existing schools—like DIKSHA in Gurgaon—it stays grounded. DIKSHA, Monika shares, has been a pillar, ensuring support, space, and safety for these sessions. The absence of fixed walls creates a flexibility rare in educational systems. Sessions can happen anywhere children and curiosity meet.

The project’s growth depends on sustained partnerships—with schools, funders, and storytellers. “Support in storytelling,” Monika says, “goes a long way. Stories beam us into places we’ve never been.”

For teachers who feel trapped by rigid systems, Monika’s advice is gentle: Start small. Ask students what they’re curious about. Let them explore. Joy isn’t the enemy of rigour—it fuels it. And agency doesn’t create chaos. It creates connection.

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Through The LightBeam Project, Monika Banga has redefined what education looks like in a post-pandemic world. Not transmission, but transformation. Not instruction, but invitation. Each call is a candle lit. Each question, a door opened. Each child, a beam of light—brighter than the last.

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