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NITI Aayog CertifiedNITI Aayog Flagship Innovation Model October 2026• 9 min read•By Devendra Singh

Atal Tinkering Lab (ATL 2.0) Master Setup Guide & Operational Framework (2026)

DS
Devendra Singh
Atal Tinkering Lab Specialist • CSEEL India
Students prototyping with 3D printer and robotics in modern Atal Tinkering Lab
NITI Aayog AIM Official Specifications
Under the vision of cultivating one million neoteric child innovators across India, NITI Aayog establishes Atal Tinkering Laboratories (ATLs) in schools. Explore the complete 2026 setup blueprint, package guidelines, and operational framework.

1. Introduction to Atal Innovation Mission & ATL 2.0 Vision

With a national vision to “Cultivate One Million children in India as Neoteric Innovators”, the Atal Innovation Mission (AIM), NITI Aayog, is establishing Atal Tinkering Laboratories (ATLs) in schools across every district of India. The primary objective of this flagship scheme is to foster curiosity, creativity, and imagination in young minds while inculcating essential 21st-century skills such as computational thinking, adaptive learning, physical computing, and rapid design mindset.

An ATL is not a traditional passive demonstration science laboratory; it is an active workspace where young minds give concrete physical shape to their creative ideas through a hands-on, do-it-yourself (DIY) approach. Students in Classes 6 through 12 work directly with educational kits and industrial equipment across electronics, robotics, open-source microcontrollers, sensors, 3D printers, and mechanical tools.

💡 Official AIM Principle: “To create dedicated workspaces where students learn innovation skills, sculpt ideas through hands-on activities, and build innovative technological solutions for India’s unique community challenges, thereby powering our national knowledge economy.”

2. The Three Cardinal Pillars of Atal Tinkering Labs

1

Empower Innovation Mindset

Create flexible workspaces where students independently experiment, embrace failure as a learning step, and sculpt conceptual theories into functional hardware prototypes.

2

Cultivate 21st-Century Competencies

Equip children with critical design thinking, computational logic, cross-cultural teamwork, physical computing, and ethical technological leadership.

3

Build Grassroots Indigenous Solutions

Inspire youth to formulate low-cost, scalable community innovations addressing agriculture, clean water, healthcare, waste management, and renewable energy.

3. Architectural Layout: The 4 Functional Tinkering Zones

In accordance with NITI Aayog architectural guidelines, the 1,500 sq. ft. laboratory space is bifurcated into four contiguous functional clusters:

Zone 1: Ideation & Discussion Studio

Equipped with magnetic whiteboards, ergonomic modular seating, video conferencing terminal, and projection display for brainstorming and challenge ideation.

Zone 2: Electronics & Microcontroller Station

Workbenches outfitted with anti-static ESD rubber mats, regulated DC power supplies, multimeters, Arduino development boards, and sensor arrays.

Zone 3: Rapid Prototyping & 3D Fabrication

Dedicated, vibration-isolated counter holding the FDM 3D printer, non-toxic PLA filament storage, slicing terminals, and post-processing tools.

Zone 4: Mechanical Fabrication & Woodwork

Heavy-duty wooden/steel workbench equipped with bench vices, vertical drill press, junior hacksaws, precision files, pliers, and safety goggles.

Tags:#AtalTinkeringLab#NITIAayog#AIM#EquipmentList60#EquipmentList90#Package1to4#PFMSGrants
DS

Devendra Singh

Master Trainer & Educational Lab Architect

Lead infrastructure consultant at CSEEL with deep specialization in NITI Aayog Atal Tinkering Labs, CBSE Composite Science Laboratories, and turnkey GeM procurement execution across 250+ schools in India.

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