Next-Gen STEAM & Atal Tinkering Labs for Indian Schools
Transform your school into an accredited innovation center. Turnkey lab infrastructure, microcontrollers, high-speed 3D printers, autonomous AI robotics, clean energy testbeds, and certified faculty development programs.
10,000+
Students Upskilled
150+
Partner Labs Setup
100+
DIY Project Blueprints
100%
NITI Aayog & GeM Aligned
Atal Tinkering Lab Master Suite
Package P1 (Robotics), P2 (3D Printing), P3 (Tools), P4 (IoT & AI Sensors)
Hardware Kits
30+ Sets per Lab
Teacher FDP
5-Day Certified
Virtual Twin
Cloud Simulations
Annual Mentorship
Quarterly Visits
Interactive STEAM Lab Configurator
Calculate exact hardware requirements, student batch capacities, workbench allocations, and estimated budget customized to your school’s infrastructure.
Customize School Parameters
Estimated Configuration
Lab Blueprint Summary
Student Kits Required
20 Microcontroller Sets
Workbenches Suggested
5 Octagonal Pods
Parallel Lab Batches
18 Batches / Week
Curriculum Coverage
120+ Lesson Plans
₹12.30 – ₹22.70 Lakhs
Includes hardware delivery, anti-static lab furniture, safety equipment, teacher training & 1-year warranty support.
Institutional discounts available for multi-branch school trusts and government schools.
6 Specialized STEAM Lab Architectures
Whether you need official NITI Aayog ATL compliance, cutting-edge AI & Robotics, or foundational Primary STEM, select a package below to inspect complete technical specifications.
Atal Tinkering Lab (ATL) Turnkey Setup
Official Package 1, 2, 3 & 4 Equipment with NEP 2020 Experiential Curriculum
Investment Range
â‚ą10,00,000 - â‚ą20,00,000 (Govt Grant & Private Models)
A comprehensive, end-to-end tinkering lab designed strictly under NITI Aayog AIM guidelines. Equipped with microcontrollers, rapid prototyping 3D printers, mechanical fabrication kits, and complete student workbenches for Grades 6 to 12.
Target Student Levels
Grades 6 to 12
Batch Capacity
30-40 Students per batch (1,500+ across school)
Recommended Floor Area
1,000 – 1,500 sq. ft.
Equipment & Hardware Included
P1: Electronics & STEM Development
- Arduino UNO R4 & Nano Microcontroller Development Boards (30+ units)
- BBC micro:bit v2 with expansion breakout shields
- Breadboards, jumper wires, passive electronic components & sensor shields
- Robotics chassis kits with dual gear motors & L298N drivers
P2: Rapid Prototyping & 3D Fabrication
- Industrial-Grade Enclosed CoreXY 3D Printer with auto-bed leveling
- High-precision PLA/PETG filament spools (Eco-friendly, non-toxic)
- 3D Printing Ergonomic Pens with variable feed rate (15 units)
- Tinkercad & Fusion 360 Student CAD design workstations setup
P3: Mechanical Tools & Assembly
- Digital temperature-controlled soldering stations with ESD fume extraction
- Precision hand toolsets (wire strippers, cutters, screw drivers, hex keys)
- Rotary multi-tool carving & drill station with flexible shaft
- Safety gear: Anti-static ESD wristbands, safety goggles, fire safety kit
P4: Sensors, IoT & Telemetry
- ESP32 Wi-Fi & Bluetooth IoT development boards (20 units)
- Sensor array: Ultrasonic, IR, Soil Moisture, DHT22 Temp/Humidity, Gas MQ-2, Pulse Heart-Rate, Light LDR
- OLED displays (0.96 inch) and 16x2 I2C LCD screens
- Cloud IoT dashboard access for real-world environmental telemetry
Curriculum & Skill Modules
- Foundation of Tinkering & Design Thinking
- Physical Computing & Block-to-Text Python Coding
- Autonomous Mobile Robotics & Navigation
- Smart Agriculture & Community IoT Systems
- Patent & Intellectual Property (IPR) Basics for Student Innovators
Mentorship & Teacher Enablement
- 5-Day Hands-on Teacher Training & Educator Certification Program
- Quarterly Expert Visits by Robotics & AI Mentors
- School Innovation Marathon & Internal Tinkerfest Hosting Support
- Direct integration with CSEEL Virtual Labs for pre-lab simulations
100+ Ready-To-Build STEAM Projects & Working Models
From Arduino line followers to AutoDock Vina molecular simulations—explore real hands-on projects mapped to CBSE and state science exhibition standards.
Autonomous Dual-Sensor Line Follower Robot
Construct and program a dual-wheel autonomous mobile robot that follows a high-contrast black line trajectory using infrared reflection thresholds.
Hardware Components
Learning Outcome: Understand infrared reflectance differentials, binary state switching vs proportional control, and DC motor H-Bridge PWM speed modulation.
ESP32 Cloud IoT Smart Weather Telemetry Station
Deploy an automated microclimate weather station that logs ambient temperature, relative humidity, and barometric pressure to the cloud every 30 seconds.
Hardware Components
Learning Outcome: Master I2C communication protocol, JSON payload structuring, Wi-Fi reconnection routines, and graphical timeseries data interpretation.
Dual-Axis Solar Photovoltaic Maximum Power Tracker
Design a sun-tracking solar panel mount that rotates azimuthally and elevationally to orient perpendicular to incident light rays, increasing daily energy yield by up to 38%.
Hardware Components
Learning Outcome: Analyze solar elevation angles, LDR bridge balancing formulas, servo angle constraint algorithms, and photovoltaic power-voltage curves.
AutoDock Vina Computational Drug Discovery & Protein Docking
Simulate molecular docking of the anti-HIV inhibitor Indinavir into HIV-1 Protease catalytic pocket, computing conformational poses and binding affinity (kcal/mol).
Hardware Components
Learning Outcome: Master receptor-ligand grid box parameterization, hydrogen bond distance measurement in PyMOL, and empirical scoring function calculations.
Edge-AI Computer Vision Smart Waste Sorting System
Train a lightweight image classification model on organic waste vs recyclable plastic bottles and actuate a sorting gate in real time.
Hardware Components
Learning Outcome: Understand model training with bounding boxes, confidence score filtering, serial data interfacing with microcontrollers, and municipal waste mechanics.
3D-Printed Bionic Robotic Hand with Flex Sensor Teleoperation
3D print an anatomical five-finger prosthetic hand and actuate each finger proportionally based on the bending angles of flex sensors worn on a human operator glove.
Hardware Components
Learning Outcome: Analyze CAD clearances and tendon routing, flex sensor resistive voltage divider math, and multi-channel servo synchronized movement.
Bio-Electrochemical Voltage Generation in Zinc-Copper Electrolytes
Construct a series-parallel chemical cell using natural acidic juices in fruits to drive a digital clock without any commercial battery.
Hardware Components
Learning Outcome: Discover redox reactions, spontaneous electron transfer from zinc to copper, series voltage summation, and internal resistance.
Smart Precision Agriculture System with LoRa Long-Range Telemetry
Build a long-range wireless farm telemetry node that transmits soil moisture levels across 2 kilometers to trigger drip irrigation pumps only when threshold drops below 30%.
Hardware Components
Learning Outcome: Understand capacitive vs resistive soil sensors, LoRa spreading factors, duty cycle constraints, and automated threshold hysteresis control.
Industrial-Grade, Child-Safe STEAM Hardware
All CSEEL lab components adhere strictly to BIS safety standards, CE ratings, and NITI Aayog ATL technical specifications.
Microcontrollers & Edge Computing
Industry-standard computational boards from foundational 8-bit controllers to 64-bit neural edge processors.
Arduino UNO R4 WiFi
Safe for All GradesRenesas RA4M1 32-bit ARM Cortex-M4, 48MHz, ESP32-S3 Wi-Fi/BLE, 12x8 LED Matrix
Application: Foundational electronics, robotics, analog/digital sensor interfacing
Raspberry Pi 5 (8GB)
Safe for All GradesBroadcom BCM2712 Quad-core 2.4GHz ARM Cortex-A76, VideoCore VII GPU, Dual 4Kp60 HDMI
Application: Computer vision, Python programming, web servers, AI neural models
ESP32-S3 DevKitC
Safe for All GradesDual-Core Xtensa 240MHz, 2.4GHz Wi-Fi + BLE 5.0, Vector instructions for AI acceleration
Application: Cloud IoT, wireless sensor networks, smart home automation
BBC micro:bit v2
Safe for All GradesNordic nRF52833 ARM Cortex-M4F, 5x5 LED Display, built-in MEMS microphone & speaker
Application: Primary and middle school block coding (MakeCode) and sensor experiments
3D Prototyping & Digital Fabrication
Enclosed, child-safe, high-speed 3D printers and CAD design tools for rapid tangible prototyping.
Enclosed CoreXY Rapid 3D Printer
Teacher Supervision RecommendedPrint volume 220x220x250mm, max speed 500mm/s, direct drive extruder, HEPA air filtration
Application: Robotics chassis, custom sensor enclosures, mechanical gearboxes, prosthetic models
Eco-Friendly PLA & PETG Filaments
Safe for All Grades1.75mm diameter, dimensional accuracy +/-0.02mm, non-toxic cornstarch-derived biodegradable
Application: Classroom 3D printing with zero toxic fumes and vibrant multi-colour assortment
Ergonomic 3D Printing Pens
Teacher Supervision RecommendedDual temperature modes (160C-210C), ceramic nozzle, OLED temperature indicator, USB powered
Application: Freehand 3D geometry, structural truss models, tactile wireframes
Sensors, Actuators & Telemetry
High-precision environmental, acoustic, optical, and biometric transducers for real-world data collection.
HuskyLens AI Vision Transducer
Safe for All GradesKendryte K210 dual-core 64-bit RISC-V processor, 2.0 inch IPS screen, UART/I2C output
Application: Face recognition, object tracking, color sorting, QR code navigation
Multi-Gas & Air Quality Telemetry Probe
Safe for All GradesSensirion / MQ series electrochemical sensors for CO2, PM2.5, VOCs, and flammable gases
Application: Smart classroom indoor air monitoring, environmental pollution mapping
Biometric Heart-Rate & SpO2 Transducer
Safe for All GradesMAX30102 high-sensitivity pulse oximeter with ambient light cancellation
Application: Human physiology labs, sports science data collection, biomedical engineering
Solid-State LiDAR Distance Sensor
Safe for All GradesTime-of-Flight (ToF) range 0.1m - 12m, 360 degree rotation, 10Hz sampling rate
Application: SLAM autonomous robot navigation, obstacle avoidance, room 3D surveying
Robotics, Mechanics & Tools
Heavy-duty fabrication tools, digital soldering systems, and precision mechanical assembly stations.
Digital Soldering Station & Fume Extractor
Teacher Supervision Recommended60W rapid ceramic heating element (200C-480C), ESD safe, active carbon HEPA fume absorber
Application: PCB assembly, through-hole component soldering, wire splicing
Multi-Axis Precision Rotary Carving Tool
Teacher Supervision RecommendedVariable speed 5,000 - 32,000 RPM with 120-piece cutting, grinding, polishing accessory kit
Application: Model shaping, acrylic drilling, edge smoothing, PCB track isolation
6-DOF Aluminum Robot Arm with Servos
Safe for All GradesHigh-torque MG996R metal-gear servos (10kg-cm), mechanical gripper claw, base turret
Application: Pick-and-place industrial automation, kinematics algorithms, inverse physics
Empowering Your Existing Teachers into Certified STEM Mentors
A STEAM lab is only as good as the educators operating it. CSEEL provides an intensive Faculty Development Program (FDP) that transforms science, mathematics, and computer science teachers into confident tinkering coaches.
Day 1-2: Microcontrollers & Circuitry
Arduino, breadboarding, sensor calibration, and block-to-Python coding.
Day 3: 3D CAD & Additive Prototyping
Tinkercad, 3D slicing software, CoreXY printer maintenance & zero-jam operations.
Day 4: AI Vision, IoT & Drones
Machine learning vision models, cloud telemetry dashboards, and quadcopter physics.
Day 5: Pedagogy & Tinkerfest Prep
NEP 2020 formative rubrics, hackathon hosting, and student patent filing mentorship.
Educator Deliverables Included
- Printed Teacher Manuals with complete step-by-step schematics & lesson plans.
- Individual Teacher Certification Badges recognized under NEP 2020 CPD hours.
- Access to dedicated WhatsApp Mentor Hotline for instant classroom debugging.
- Full LMS access to assign student projects and track formative rubric progress.
Frequently Asked Questions on STEAM & ATL Setup
Request On-Campus STEAM Lab Consultation & Quote
Our regional STEM Lab engineers will prepare a customized floor layout, equipment BOM, and cost proposal within 24 hours.