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    ₹20 Lakh GrantAtal Innovation Mission (AIM) Flagship October 2026• 10 min read•By Devendra Singh

    NITI Aayog ATL Grants: ₹20 Lakh Funding, Tranche 1–3 Disbursement & Setup Guide (2026)

    DS
    Devendra Singh
    Atal Tinkering Lab Specialist & Master Trainer • CSEEL India
    Students prototyping with 3D printer and robotics in NITI Aayog Atal Tinkering Lab setup
    Official Govt Gazette & Guidelines Verified
    Under NITI Aayog’s Atal Innovation Mission (AIM), selected institutions receive a total Grant-in-Aid of ₹20 Lakh over five years. Explore the complete PFMS disbursement roadmap, Package 1-4 equipment specifications, and compliance rules for Tranche 1 (₹12 Lakh) and Tranche 2/3 (₹2 Lakh/year).
    Total Grant-in-Aid₹20 LakhsDisbursed Across 5 Academic Years
    One-Time Setup Cost₹10 LakhsPackage 1 to 4 Capital Equipment
    Annual O&M Allowance₹2 Lakhs / YrConsumables, Mentorship & Events (5 Yrs)
    First Year Release₹12 Lakhs₹10L Setup + ₹2L Year 1 O&M Upfront
    Official Government Directives & Verified Portals
    Direct Official URLs
    Atal Innovation Mission (AIM) Official Portal
    Official Portal •aim.gov.in — NITI Aayog Innovation Mission
    Open Link
    ATL Query & Compliance Resolution Portal
    Official Portal •atl.aim.gov.in — School Login & Tranche Tracking
    Open Link
    ATL Fund Utilization Guidelines (PDF)
    PDF Directive •Official NITI Aayog Grant-in-Aid Rulebook
    Download
    PFMS Public Financial Management System
    Official Portal •pfms.nic.in Central Treasury Disbursement Portal
    Open Link

    1. Understanding the NITI Aayog Atal Tinkering Lab (ATL) Scheme

    The Atal Tinkering Lab (ATL) initiative is the Government of India’s premier innovation framework executed by the Atal Innovation Mission (AIM), NITI Aayog. Its core purpose is to cultivate scientific curiosity, creative problem-solving, and computational agility among students in Classes 6 through 12 using do-it-yourself (DIY) maker kits and emerging 21st-century technological tools.

    Under the scheme, every sanctioned school is awarded an aggregate Grant-in-Aid of ₹20,00,000 (Twenty Lakh Rupees). The grant is structured into two distinct financial compartments: a one-time capital establishment grant of ₹10.00 Lakh for procuring mandated Package 1-4 lab hardware, and ₹10.00 Lakh in operational and maintenance (O&M) funds distributed at ₹2.00 Lakh per annum across five operational years.

    During the initial year of sanction, schools receive a lump sum of ₹12.00 Lakhs directly into their dedicated PFMS account. Strict compliance with procurement categories and electronic accounting is necessary to guarantee uninterrupted release of subsequent annual installments.

    💡 Key Principle: An ATL is fundamentally distinct from a standard science laboratory; it serves as a community prototyping studio where students transform conceptual theories into physical innovations using 3D printers, microcontrollers, IoT sensors, and mechanical assemblies.

    2. School Eligibility & Infrastructure Prerequisites for ATL Selection

    Recognized Institutions: Government schools, local body institutions, central schools (KVs, JNVs), and private unaided CBSE/ICSE/State Board schools.
    Dedicated Floor Area: A minimum of 1,500 sq. ft. of dedicated, contiguous carpet area in plain regions (or 1,000 sq. ft. in hilly/northeastern states) reserved exclusively for ATL activities.
    Enrollment Norm: Regular student enrollment of at least 400 learners across Classes 6 to 12 (or 250 students in hilly and remote areas).
    Academic Track Record: Active participation in science exhibitions, an established computer laboratory with high-speed broadband, and dedicated mathematics/science faculty mentors.
    Administrative Readiness: Valid registration on NITI Aayog’s NGO-DARPAN portal for private trusts/societies and formal commitment to process all financial transactions via PFMS.

    📌 Mandatory Physical Boundary: The designated 1,500 sq. ft. area cannot be a shared or partitioned room inside an existing physics, chemistry, or general computer lab; it must function as a standalone maker space.

    3. ₹20 Lakh Grant Tranche Disbursement & Expenditure Breakdown

    The disbursement framework and permissible expenditure heads established by NITI Aayog are tracked electronically via PFMS:

    ↔ Swipe horizontally to view full table
    Grant Head / ComponentAllocation SlabsExpenditure NaturePermissible Scope & GFR Rules
    Tranche 1: Capital Establishment Grant₹10,00,000 (One-time)Capital / Non-RecurringMandatory procurement of Package 1 (Electronics & STEM kits), Package 2 (3D Printer & prototyping), Package 3 (Mechanical hand tools), and Package 4 (Sensors, IoT & safety).
    Tranche 1: Year-1 Operational & Maintenance₹2,00,000 (Year 1)Recurring / O&MConsumables (PLA filaments, solder wire, batteries), teacher mentor honorariums, student travel for state/national STEM competitions, and ATL Community Day workshops.
    Tranche 2: Year-2 & Year-3 O&M Release₹2,00,000 + ₹2,00,000Recurring / O&MDisbursed upon electronic submission of Form GFR 12-A Utilization Certificates, monthly activity updates on the AIM portal, and documented 75%+ utilization of prior funds.
    Tranche 3: Year-4 & Year-5 O&M Release₹2,00,000 + ₹2,00,000Recurring / O&MFinal annual tranches released upon verification of ATL Marathon submissions, student prototype documentation, and audited institutional financial statements.
    Total Grant Envelope:₹20,00,000 (Total Grant-in-Aid over 5 Operating Years)

    4. Mandatory ATL Equipment Packages (Package 1 to 4 Specifications)

    NITI Aayog prescribes an exhaustive, curriculum-aligned inventory divided into four functional packages:

    1Package 1: Electronics, DIY STEM & Microcontroller Kits

    Core Electronic Workstations
    • Arduino UNO, Nano, ESP32, and BBC micro:bit microcontroller boards with USB cables
    • Solderless breadboards, assorted jumper wires, resistors, capacitors, LEDs, and buzzer modules
    • Relay modules, L298N motor drivers, geared DC motors, servo motors, and stepper motors
    • Digital multimeters, regulated DC bench power supplies (0-30V, 5A)
    • Temperature-controlled soldering stations, lead-free solder wire, and desoldering pumps
    Mandate / Outcome: Foundational electronics prototyping and automated circuit assembly.

    2Package 2: 3D Printing & Rapid Prototyping Hardware

    Digital Fabrication Corner
    • Fused Deposition Modeling (FDM) 3D Printer (Min. 200x200x200 mm build volume, heated bed, auto-leveling)
    • Non-toxic, biodegradable PLA and PETG filament spools in assorted primary colors
    • 3D printing post-processing kit (precision scrapers, nozzle clean needles, heat-resistant tape)
    • Installed open-source slicing software (UltiMaker Cura / PrusaSlicer) on lab workstations
    Mandate / Outcome: Additive manufacturing, spatial engineering, and industrial design.

    3Package 3: Mechanical & Carpentry Maker Tools

    Heavy Making Workbench
    • Electric hand drill machine with high-torque drill bit set and bench drill stand
    • Hand tools: Wire strippers, combination pliers, precision screwdriver sets, hacksaw, ball-peen hammer
    • Heavy-duty bench vice, digital vernier callipers, steel measuring tapes, and industrial hot glue guns
    • Safety gear: Anti-cut gloves, impact-resistant safety goggles, heat-resistant aprons, and first aid kit
    Mandate / Outcome: Structural fabrication, mechanical assembly, and chassis construction.

    4Package 4: Advanced Sensors, IoT & AI Drone Modules

    Next-Gen Research Corner
    • Ultrasonic, IR, PIR motion, LDR light, soil moisture, and gas/smoke detection sensors
    • IoT communication modules (Wi-Fi, Bluetooth BLE, LoRa) and serial camera modules
    • DIY programmable educational quadcopter drone assembly kit with flight simulator software
    • Raspberry Pi 4 / 5 single-board computers preloaded with Linux, Python, and computer vision libraries
    Mandate / Outcome: Artificial intelligence, Internet of Things, and autonomous aerial robotics.

    5. Step-by-Step PFMS Setup & Tranche Release Process

    To claim the ₹12.00 Lakh first tranche and secure recurring annual maintenance disbursements, schools follow this sequence:

    1

    Selection Notification & MyGov / AIM Verification

    🔗 aim.gov.in

    The school receives an official sanction letter containing a unique ATL UID from the Atal Innovation Mission, NITI Aayog.

    2

    Execution of Memorandum of Agreement (MoA) & Indemnity Bond

    🔗 ATL Compliance Portal

    The school executes the bilateral MoA. Private trusts/societies must submit an Indemnity Bond registered on non-judicial stamp paper.

    3

    Dedicated Bank Account & PFMS Scheme Mapping

    🔗 pfms.nic.in

    The school opens an independent savings bank account in a nationalized bank and maps it under Scheme [0217] - Atal Innovation Mission on PFMS.

    4

    Tranche-1 Direct Credit (₹12 Lakhs Upfront)

    🔗 PFMS Electronic Transfer

    The central treasury executes an electronic direct bank transfer of ₹10 Lakhs (Capital) + ₹2 Lakhs (Year-1 O&M) into the mapped account.

    5

    Commissioning & Teacher Master Training

    🔗 On-site ATL Room

    The school purchases Packages 1–4 from a verified turnkey partner like CSEEL, installs equipment, trains teachers, and formally inaugurates the lab.

    6

    Monthly Reporting & Tranche 2/3 UC Submission

    🔗 atl.aim.gov.in

    The school submits monthly activity metrics on the AIM dashboard and uploads a CA-certified Form GFR 12-A to unlock subsequent annual ₹2 Lakh tranches.

    6. Strict Financial Audit Rules & Mandatory Record-Keeping

    Mandatory Electronic PFMS Payments: Diverting ATL funds into general institutional accounts, issuing manual bearer cheques, or cash withdrawals exceeding ₹500 results in immediate blacklisting by NITI Aayog.
    Annual Form GFR 12-A Submission: Within 12 months of fund credit, a comprehensive Utilization Certificate audited by a Chartered Accountant must be submitted.
    Asset Register Inscription: Non-consumable assets must be logged under Form GFR 22 with serial numbers, dates of purchase, and active warranty terms.
    Community Mentorship Obligation: Every ATL is mandated to mentor students from at least five neighboring government schools or community centers under the ATL Mentor India network.

    ⚠️ Legal & Recovery Notice: Retaining grant funds in savings accounts to earn bank interest without commissioning the laboratory within 12 months triggers statutory recovery proceedings by NITI Aayog with 18% penal interest.

    Frequently Asked Questions (FAQ)

    Does Tranche 1 disburse the entire ₹12 Lakhs in a single installment?

    Yes. Upon successful completion of MoA execution, indemnity bond verification, and PFMS Scheme [0217] mapping, the central treasury deposits ₹10 Lakh (Capital Setup) and ₹2 Lakh (Year-1 O&M) simultaneously.

    Are private unaided schools eligible for NITI Aayog ATL Grants?

    Yes. Private schools registered under non-profit educational societies or charitable trusts are fully eligible, provided they hold active registration on the NGO-DARPAN portal and submit a registered indemnity bond.

    What are the core prerequisites to unlock Tranche 2 (Year-2 ₹2 Lakh)?

    The institution must demonstrate at least 75% utilization of the initial ₹12 Lakh grant, submit an audited Form GFR 12-A Utilization Certificate, and maintain a consistent monthly reporting record on the AIM dashboard.

    Does CSEEL provide end-to-end Package 1 to 4 commissioning and training?

    Yes. CSEEL supplies 100% NITI Aayog compliant 3D printers, robotics modules, electronic kits, tools, and sensors, accompanied by a 3-day on-site faculty training program and continuous 5-year mentorship support.

    Can a school apply if it has less than 1,500 sq. ft. of available floor area?

    For schools located in plain regions, 1,500 sq. ft. is mandatory (which can be two interconnected or adjacent rooms). A concession of 1,000 sq. ft. is granted specifically to institutions in designated hilly or northeastern states.

    Tags:#ATALab#NITIAayog#AIM#ATLGrants#Package1to4#PFMSDisbursement#RoboticsLab
    DS

    Devendra Singh

    Atal Tinkering Lab Specialist & Master Trainer

    Guided over 180+ institutions across India through ATL application, PFMS registration, Package 1-4 equipment commissioning, and Tranche 2/3 UC approvals.

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