Author: Smile Foundation

Summary:

• STEM education prepares children with practical, analytical and innovation-driven skills required for future careers.
• Expanding STEM education in rural and underserved communities helps bridge educational inequality.
• Teacher training, digital infrastructure and hands-on learning are essential for effective STEM education.
• CSR partnerships and NGOs play a crucial role in scaling quality STEM education across India.
• Inclusive STEM education supports gender equity while preparing children for a technology-driven future

In June, a class XII student from Uttar Pradesh’s Barabanki district, Pooja, participated in Japan’s prestigious Sakura Science High School Programme. Pooja invented a dust-free thresher that blocks agricultural dust emitted from wheat farms and provides clean air. The daughter of a labourer, Pooja is the only participant from UP to participate in the programme organised by the Japan Science and Technology Agency (JST).

Despite her humble background, she had a breakthrough in her invention when she was in class VIII itself. She received both state and national recognition under INSPIRE awards. This is the actual power of STEM (Science, Technology, Engineering and Mathematics). Pooja is an ideal example of how STEM labs are nurturing creativity, critical thinking and innovation among students.

Walk into a modern STEM lab in any progressive Indian school and you won’t find rows of silent desks or rote memorisation. Instead, you’ll see students huddled around 3D printers, experimenting with circuits or programming miniature robots to navigate a maze. STEM labs are reimagining what education looks like in the 21st century, turning passive learning into active exploration.

In times where the future of work is being shaped by artificial intelligence, automation, and technological disruption, the traditional education model no longer suffices. India needs a generation of thinkers, builders and problem-solvers — skills that cannot be taught through textbooks alone. This is where STEM labs come in. These dynamic, hands-on environments foster creativity, critical thinking and real-world application, positioning students not just to adapt to the future but to shape it.

The Promise of a STEM Lab

A STEM (Science, Technology, Engineering, Mathematics) lab is a dynamic, hands-on learning environment that rewards curiosity, collaboration and real-world problem-solving. Unlike traditional classrooms, which often emphasise rote learning, STEM labs allow students to build, test, code and experiment — providing a tangible connection between theory and application. This approach cultivates critical 21st-century skills, including innovation, analytical thinking and teamwork.

These spaces more than hubs of scientific explorations are incubators of confidence. Children are writing algorithms, building robots and simulating climate models. This interdisciplinary framework helps young learners see how knowledge converges to shape the world around them.

Coding: The New Literacy

In today’s AI-driven world, coding is no longer a niche skill; it is foundational. Like reading and writing, coding enables people to make sense of their environment — in this case, the digital environment. Whether it’s writing a basic Python script, debugging a web app or using Scratch to animate a story, coding gives students the ability to think in structured, logical ways.

More importantly, learning to code early in life helps demystify technology. AI may be writing code, but humans are still steering its purpose and ethics. When taught in a STEM lab setting, coding becomes a tool for creativity and exploration. Students apply their logic to build games, control sensors or automate models, receiving instant feedback that sharpens their skills. The result is a generation of learners who don’t fear technology but shape it.

Robotics: Engineering in Motion

If coding is the brain, robotics is the body. Robotics education represents the seamless integration of mechanical engineering, electronics and computer programming. It translates abstract STEM concepts into real-world functions. From automating agriculture to managing warehouse logistics and even conducting surgeries, robotics is revolutionising industries.

In STEM labs, students assemble kits, program microcontrollers, and troubleshoot movement sequences. These activities teach resilience, systems thinking and real-time problem-solving. As students see their robotic creations perform tasks, it not only boosts their technical knowledge but also their confidence to innovate. In effect, they learn how technology can serve humanity’s evolving needs.

Curiosity: The Engine of Discovery

At the heart of any STEM education initiative lies curiosity. The freedom to ask “What if?” and “Why not?” is what separates passive learners from innovators. STEM labs encourage inquiry-led learning, where mistakes are seen as steps toward discovery. This openness fosters grit and a love for experimentation — two qualities vital for both academic and personal growth.

In such an environment, students learn to view challenges as puzzles and develop the capacity to iterate solutions. Whether they’re 3D-printing bridge models, designing solar cars, or programming AI chatbots, the emphasis is on learning by doing. STEM labs thus lay the psychological groundwork for entrepreneurship, scientific inquiry and ethical leadership.

Government Push for STEM: Policy Backing Innovation

Recognising the power of STEM, the Indian government has launched several impactful initiatives:

Atal Tinkering Labs (ATLs): Over 10,000 labs across 722 districts have been set up under the Atal Innovation Mission, reaching 1.1 crore students and leading to over 16 lakh innovation projects. These labs focus on 21st-century skills like design thinking, ethical leadership and collaboration.

Virtual Science Labs (CSIR Jigyasa): Launched in 2021, this initiative offers 1,590+ web-enabled experiments across disciplines such as biotechnology, electronics and physical sciences. Over 14 lakh students have accessed these labs, democratising scientific research exposure.

These initiatives reflect a systemic shift in India’s education policy, from content-heavy curricula to curiosity-driven learning.

Smile For STEM

While policy drives scale, implementation on the ground requires trusted partners. Smile Foundation has been at the forefront of democratising STEM education, especially for underserved communities.

In 2025, Smile Foundation partnered with BMW India Foundation to launch an ambitious STEM programme across government-aided and community schools in Delhi. The initiative is projected to reach over 2,500 students annually through:

• State-of-the-art STEM labs with digital tools, robotic kits and testing devices
• A “STEM on Wheels” mobile lab for outreach to marginalised communities
• Workshops, science fairs and teacher training to ensure sustainability

Additionally, their collaboration with IIT Bombay in 2024 brought advanced STEM modules to over 950 students in fields like astronomy, aero-modelling and 3D printing. This high-touch model, reinforced by their flagship Mission Education programme, has created vibrant learning spaces where critical thinking and creativity are at the core.

To ensure these innovations are embedded into daily teaching, Smile Foundation has trained 482 teachers and 116 school leaders through over 86 workshops. Covering everything from pedagogy to foundational numeracy, these sessions empower educators to make classrooms interactive, inquiry-led and future-focused.

What lies ahead: Scaling impact

India’s STEM future rests on how effectively it can scale such interventions. The goal is not just to create coders or roboticists but to cultivate problem-solvers and ethical technologists. For this, a multi-pronged approach is needed:

• Public-private partnerships: Scaling high-quality STEM labs requires investment, expertise and local understanding. Collaborations like that of Smile Foundation and BMW India Foundation set a strong precedent.
• Curriculum integration: STEM must not remain an after-school activity. It needs to be embedded into mainstream curricula, aligned with national education goals like NEP 2020.
• Gender inclusion: STEM must actively dismantle gender biases. This means inclusive innovation clubs, mentorship for girls and culturally rooted interventions.
• Capacity building: Teachers remain the cornerstone. Ongoing training, mentorship and performance support must be prioritised to sustain quality.
• Tech accessibility: With emerging tools like AI, AR/VR and IoT entering classrooms, infrastructure and digital equity need urgent attention to avoid deepening the education divide.

A well-equipped STEM lab is a mindset incubator. In such spaces, children learn to question, design, fail and try again. They understand that science is not a set of answers but a method of asking better questions. India’s investment in STEM labs, when combined with inclusive implementation models like Smile Foundation’s, holds the potential to turn its vast demographic dividend into a generation of innovators and problem-solvers.

As coding becomes the new literacy, robotics the new machinery, and curiosity the new capital, STEM labs stand as India’s gateway to a more equitable, inventive and empowered future.

Sources:

1. Atal Innovation Mission. NITI Aayog
2. CSIR Jigyasa Programme
3. World Economic Forum – “Why STEM education is crucial for the future.” https://www.weforum.org/agenda/2021/03/stem-education-future-skills/

FAQs

What is STEM Education?

STEM education is an interdisciplinary learning approach that integrates Science, Technology, Engineering and Mathematics to develop critical thinking, creativity and real-world problem-solving skills.

Why is STEM Education Important in India?

STEM education equips students with future-ready skills, promotes innovation and prepares India’s workforce for emerging industries while supporting the goals of the National Education Policy (NEP 2020).

How does STEM Education benefit children from rural India?

STEM education gives rural children access to experiential learning, improves conceptual understanding, builds digital literacy and creates equal opportunities for higher education and employment.

What are the biggest challenges to implementing STEM education in India?

Limited infrastructure, inadequate teacher training, lack of digital access and insufficient hands-on learning resources remain the primary barriers to expanding STEM education.

How can NGOs promote STEM education in India?

NGOs promote STEM education by establishing STEM labs, training teachers, providing activity-based learning resources, supporting digital classrooms and collaborating with schools and CSR partners.

What role do CSR-NGO partnerships play in strengthening STEM?

CSR partnerships help fund STEM laboratories, mobile STEM programmes, teacher capacity building, digital infrastructure and innovative learning initiatives that improve educational outcomes.

Is STEM education aligned with the National Education Policy (NEP 2020)

Yes. STEM education strongly supports NEP 2020 by encouraging experiential learning, critical thinking, multidisciplinary education and foundational skills development.

How is Smile Foundation supporting STEM Education in India

Smile Foundation through its 400 + partners, promotes STEM education through STEM labs, digital classrooms, teacher training, activity-based learning, mobile STEM initiatives and partnerships that make quality education accessible to underserved children

Summary:

• UDISE+ reports that the schooling system largely succeeds in keeping children enrolled through the early grades. The real leakage begins during adolescence.

• Nearly half the children who enter Class 1 do not stay until Class 12 (of the 98.5 enrolled at the elementary levels, 51.9% remain in school by Grade 12.
• Dropout and out-of-school children cannot be used interchangably.

• 5,663 schools reported zero students, yet they still had 20,667 teachers

Education is often hailed as the backbone of a nation’s progress, and this is true for India as well. Our huge educational system with 14.67 lakh schools and 24.72 crore pupils is a symbol of the country’s dedication to nurturing young minds. But behind the rising enrolment rates and increased facilities lies a tough challenge: ensuring that every child not only starts school but also stays there, especially during the important years of adolescence.

NEP’s goal is to ensure children are enrolled, attending school, and are able to re-enter after dropping out. But how much of this is actually happening? Confusing dropout and out-of-school children risks solving only half the problem.

Dropout and Out-of-school Children

The terms “dropout” and “out-of-school children” are commonly used interchangeably, yet the difference between them is far from insignificant. Dropouts are children who enroll in school but leave before finishing the cycle, whereas Out-of-school children are children who do not enroll or children who have been out of the system for a substantial amount of time. This variation is important to note as each group has its own set of hurdles and needs specific responses.



Barriers for Out-of-School Children

• Sometimes, it’s a matter of sheer survival. Families living on the margins, whether in remote villages, tribal hamlets or the teeming lanes of informal settlements, often can’t spare the money for uniforms or the daily bus fare.
  
• For others, work comes before study. Children are pulled into the workforce or left in charge of younger siblings, simply because their parents have little choice. Seasonal migration for work can uproot an entire family, making it nearly impossible for children to settle into a classroom routine.

• The weight of social exclusion is just as heavy. Discrimination, whether due to caste, disability or ethnicity, can make schools feel out of reach.

• Distance is another silent barrier. In many rural corners, the nearest school might be several kilometres away, the road to learning littered with risks and uncertainty. Parents, especially of young girls, may decide it’s simply too dangerous or demanding.
  
• In some communities, old beliefs linger. Early marriage or the notion that girls don’t need an education, still keeps too many at home. Add to this the bureaucratic hurdle of a lack of birth certificates or proper identification that shuts out countless children before they even get started.

Why Do Students Drop Out? 

Dropping out is rarely a sudden decision; more often, it’s the result of a long, slow slide.

• As children grow, their realities change. For adolescents, the pressure to earn often outweighs the promise of a distant future. Boys, in particular, are expected to find work and help support the family, while girls are drawn deeper into domestic responsibilities — or sometimes married off before they finish their education.
  
• School itself can become a source of frustration. Overcrowded classrooms, uninspiring lessons, and a lack of individual attention can make it easy to fall behind. Without extra support at home, children who struggle often start skipping classes, gradually disengaging until they drop out altogether.
  
• For girls, puberty is a turning point. The absence of proper toilets or menstrual hygiene resources, combined with the stigma that still surrounds menstruation, can be enough to push them out of the system. Long, unsafe commutes and fears for personal safety only compound the problem.
  
• Transitions are precarious moments. Moving up to upper primary or secondary school often means new expenses, unfamiliar teachers, lack of support like tuitions and longer journeys. It’s at these junctures that dropout rates spike.

• Children living with disabilities, those who face bullying, and those without a network of support are particularly vulnerable. And for families that migrate with the seasons, continuity in education is a near-impossible dream.

• Finally, when schools themselves lack the basics, like reliable electricity, safe drinking water and decent classrooms, many students lose the motivation to keep showing up.

Advances and Continued Shortfalls


The latest UDISE+ 2025-26 data comes with reasons for optimism and caution. National dropout rates decreased at all levels: 1.8% at the preparatory level, 3.6% at the middle level and 7.0% at the secondary level, an improvement over the preceding four years. The gross enrolment ratio (GER) in secondary level has gone up to 71.7%, which is a good jump compared to prior years.

However, the numbers indicate that roughly three out of ten adolescents of formal secondary-school age remain outside the education system. States such as Andhra Pradesh, Kerala, Tamil Nadu, Telangana and Maharashtra do well on indicators, whereas Bihar, Meghalaya, Arunachal Pradesh, Jharkhand, Assam, Madhya Pradesh and Uttar Pradesh lag, highlighting the deep-rooted inequities associated with geography and socio-economic status.



The Price of Missed Opportunity


The implications of dropout and out-of-school children are deep, for individuals and for the nation. The World Bank finds that each extra year of schooling can raise a country’s GDP by 0.37%. For women, each extra year of schooling might raise future earnings by 10-20%. But the odds of escaping poverty, gaining healthcare or finding a decent job plummet once children leave school.

At a social level, these wasted chances drag down economic progress, perpetuate poverty cycles and entrench gender inequity. As India attempts to achieve Sustainable Development Goal 4, the true challenge is not just to get children into classrooms, but to retain them there until they are ready to enter adulthood with the abilities and confidence they need.



The Road Ahead

In the future, India needs to focus on making sure every child finishes their education. 

Targeted help for dropout and out-of school children, taking account of the different challenges they confront. Holistic interventions that encompass health, hygiene and social protection, as well as learning.
Community mobilisation to question societal conventions and create a feeling of collective responsibility.
Investing in teacher training and deployment,  especially in underserved areas.


India has made significant strides in its drive for universal education, but the trip is far from complete. The difference between dropouts and out-of-school children is the key to unlocking more effective, egalitarian solutions.

Smile Foundation’s projects like Mission Education ensure that dropout and out-of-school children in India not only enrol in school but also complete their education.

Sources:

• PDF report – https://dashboard.udiseplus.gov.in/#/

• https://www.newindianexpress.com/india/2026/Jul/14/secondary-school-remains-indias-biggest-education-challenge-despite-lower-dropout-rates-udise-report

Frequently Asked Questions (FAQs)

1. What is the difference between dropout and out-of-school children?

The key difference is that dropouts are children who enrolled in school but left before completing their education, while out-of-school children are those who have never enrolled or have remained outside the education system for a prolonged period. Understanding the distinction helps policymakers design targeted interventions for each group.

2. Why is the difference between dropout and out-of-school children important?

Although the terms are often used interchangeably, they describe different challenges. Out-of-school children typically face barriers to entering school, such as poverty, migration or lack of documentation. Dropouts, on the other hand, leave school due to factors like financial pressures, poor learning outcomes, unsafe school environments or early marriage.

3. What causes children to become out of school?

Children may remain out of school because of poverty, seasonal migration, disability, social discrimination, lack of nearby schools, inadequate documentation, child labour or cultural norms that discourage education, particularly for girls.

4. Why do students drop out of school in India?

Students usually drop out because of a combination of economic, social and educational factors. These include financial hardship, the need to work, poor learning experiences, lack of sanitation facilities, unsafe travel to school, family responsibilities, early marriage and limited support during the transition to secondary education.

5. How many children drop out of school in India?

According to the latest UDISE+ data, dropout rates have declined across all school stages. However, secondary education remains a major challenge, with only around 51.9% of children who enter Class 1 remaining in school by Class 12, highlighting the need to improve retention during adolescence.

6. Who is more vulnerable to dropping out of school?

Children from economically disadvantaged families, girls, children with disabilities, migrant children, those living in remote areas and students facing discrimination are at greater risk of dropping out. Adolescence is a particularly vulnerable stage, as financial pressures and social expectations often intensify.

7. How can India reduce school dropouts and bring out-of-school children back into education?

Addressing the problem requires different approaches for different groups. Out-of-school children need support to enrol through community outreach, flexible admission policies and improved access to schools. Preventing dropouts requires better school infrastructure, financial assistance, safe transport, quality teaching, menstrual hygiene facilities, counselling and continued support during key transition years.

8. How does Smile Foundation help reduce school dropouts?

Through its Mission Education programme, Smile Foundation works with underserved communities to improve access to quality education. The programme supports children’s enrolment, regular attendance and continued learning while engaging families and communities to reduce the risk of children dropping out before completing their education.