CBSE has mandated 100 hours per year of Computational Thinking and AI for Classes 6–8 starting academic year 2026-27 — and government schools across India are now racing to set up compliant STEM labs. But here is the question most lab planners are not asking: are these new STEM labs truly accessible to every student, including those with visual impairments? With India's Samagra Shiksha framework explicitly calling for inclusive education, designing a STEM lab that meets CBSE guidelines and serves students with disabilities is no longer optional — it is the standard.

What CBSE Guidelines Actually Require for STEM Labs in 2026

The CBSE mandate for 100 hours per year of Computational Thinking and AI for Classes 6–8 from academic year 2026-27 builds directly on NEP 2020's vision of embedding computational thinking into mainstream schooling from Class 6 onwards. For government schools operating under the Samagra Shiksha Abhiyan, this means STEM lab setups must align with both the curriculum directive and the framework's broader inclusion commitments. The scale of this challenge is real. According to UDISE+ 2024-25, India has 14.7 lakh schools serving 24.8 crore students — one of the largest school education systems in the world. Rolling out compliant, functional STEM labs across this landscape demands solutions that are curriculum-aligned and practical to deploy at volume. For Samagra Shiksha Inclusion Cell officers and school IT heads, the mandate is clear: computational thinking education must reach every student, in every classroom, without exception.

The Inclusion Gap: Why Most STEM Lab Plans Fall Short

The default template for a school STEM lab — monitors, mouse-keyboard navigation, and visually driven interfaces — excludes students with visual impairments from the outset. Inclusion is rarely factored into procurement decisions at the planning stage, and retrofitting accessibility into an already-built lab is costly, slow, and often incomplete. The infrastructure reality compounds this problem. According to UDISE+ 2023-24, only 57% of India's schools have working computers and only 54% have internet connectivity — meaning device-heavy, connectivity-dependent solutions are impractical for nearly half of all government schools before accessibility is even considered. Next Skills 360 has impacted 500+ students with disabilities through its inclusive skilling programmes since 2020 — evidence that inclusive computational thinking education is not only necessary but entirely achievable. The lesson for planners is clear: accessibility must be a design requirement, not an afterthought.

What an Accessible, CBSE-Aligned STEM Lab Setup Looks Like

A genuinely inclusive, CBSE-compliant STEM lab is built around three non-negotiable pillars: curriculum alignment, assistive technology compatibility, and teacher readiness. On the curriculum side, the solution must cover coding and AI literacy in a way that maps to the 100-hour Computational Thinking mandate. On accessibility, software must be fully navigable using standard assistive technology — particularly screen readers — so schools are not forced to source expensive specialist hardware that delays procurement and strains state budgets. NEP 2020's vision of holistic skilling goes beyond coding alone. An inclusive STEM lab should support AI literacy, social-emotional learning, career guidance, and financial literacy — skills that prepare all students, including those with disabilities, for meaningful futures. When these elements come together in a single, accessible platform, schools can meet compliance requirements and deliver genuine student outcomes at the same time.

ProGame Tactile Plus: Built for Inclusive STEM Labs from Day One

ProGame Tactile Plus, developed by Next Skills 360, is a browser-based, accessibility-first block programming environment designed specifically for students with visual impairments in Classes 5 and above. It is fully navigable with standard assistive technology — screen readers included — with no reliance on sight at any point in the learning experience. Its scope goes well beyond coding. ProGame Tactile Plus covers coding, AI literacy, social-emotional skills, career guidance, and financial literacy — making it a comprehensive skilling tool aligned with NEP 2020's holistic vision, not simply a standalone coding application. It sits within NS360's dedicated Inclusive Skilling suite and extends the ProGame Tactile programme for browser-based delivery. NS360's credentials speak to real-world impact: deployed across 1,200+ schools in 15 Indian states, with 240,000+ students impacted since 2020 and 10,000+ educators trained. The company has earned 14 national and international recognitions, including MIT Solver and the AI for Humanity Prize from the McGovern Foundation — signals of both credibility and scale.

Step-by-Step: Setting Up a CBSE-Compliant Inclusive STEM Lab

For Samagra Shiksha Inclusion Cell officers and school administrators, here is a practical framework for a compliant, inclusive STEM lab rollout: 1. Audit existing infrastructure for assistive technology readiness — identify which devices have screen reader support already enabled. 2. Select browser-based, screen-reader-compatible tools such as ProGame Tactile Plus to avoid specialist device procurement bottlenecks and reduce lead time. 3. Map the chosen solution's curriculum to CBSE's 100-hour Computational Thinking and AI requirement, ensuring coding and AI components are both covered. 4. Plan teacher orientation — NS360's track record of training 10,000+ educators across India demonstrates that effective, scalable teacher readiness is achievable without long timelines. 5. Document inclusion compliance — record assistive technology compatibility, student disability coverage, and curriculum alignment for Samagra Shiksha reporting and audit purposes. Building this checklist into the procurement and planning process from week one ensures compliance is structural, not cosmetic.

Making the Case to Decision-Makers: Inclusion, Compliance, and Scale

For State Education Department officials and Samagra Shiksha Inclusion Cell leaders, inclusive STEM lab design is both a legal compliance imperative and a reputational opportunity. States that lead on accessible computational thinking education send a clear signal: their Samagra Shiksha implementation goes beyond infrastructure — it delivers genuine educational equity. Next Skills 360's approach to inclusive skilling has been recognised not just through awards but through rigorous academic documentation. A Harvard Business Publishing case study — titled "Teaching Coding Without Computers" (case W37092) — examines NS360's model, lending independent credibility that decision-makers can reference in policy discussions and procurement justifications. With deployment across 15 Indian states, NS360 has demonstrated the multi-state operational capability that large-scale government programmes demand. ProGame Tactile Plus is ready to integrate into your STEM lab rollout plan — delivering CBSE compliance, Samagra Shiksha inclusion alignment, and meaningful outcomes for students with visual impairments, at scale.

Is your government school STEM lab rollout plan fully inclusive? Connect with the Next Skills 360 team to see how ProGame Tactile Plus can help your school or district meet CBSE's Computational Thinking mandate while ensuring no student is left out. Visit nextskills360.in to request a demo or speak with our Inclusive Skilling specialists.

Is your government school STEM lab rollout plan fully inclusive? Connect with the Next Skills 360 team to see how ProGame Tactile Plus can help your school or district meet CBSE's Computational Thinking mandate while ensuring no student is left out. Visit nextskills360.in to request a demo or speak with our Inclusive Skilling specialists.