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Your school
deserves a lab that inspires
every single day.
Thinkerseek Lab designs, builds and equips fully functional STEAM labs for K12 schools - complete with robotics, IoT, AI, drones, 3D printing and laser engraving. From installation to the first lesson, we handle everything.
Everything your school needs. Nothing you don't.
We've partnered with schools across Hyderabad and Andhra Pradesh to transform unused rooms into thriving STEAM innovation hubs.
1
End-to-end lab setup — no vendor juggling
​​We handle procurement, delivery, installation, wiring and furniture. One call, one partner, zero hassle.
2
Grade-specific curriculum — not generic STEM boxes
​​Our 23-module curriculum maps each kit to the right grade, skill level and learning outcome from Grade 4 all the way through Grade 12.
3
Trained, passionate educators on-site
​​A dedicated Senior Robotics Trainer works alongside your faculty, making sure no student gets left behind
4
Flexible models — with or without furniture
​​Choose a full-fit lab with custom furniture and branding, or a kit-only supply to enhance your existing space.
5
Annual replenishment & ongoing support
​Consumables, filament, replacement parts and curriculum updates are supplied every academic year.
We don't just sell kits.
We build futures.
Most ed-tech vendors drop boxes and leave. Thinkerseek lab stays — training your teachers, aligning kits to your curriculum, and measuring student progress at every stage. Our labs become the most exciting room in your school.
From empty room to
innovation lab in 6 steps.
Our process takes your school from initial conversation to a fully operational STEAM lab — typically within 8–10 weeks.
1
DISCOVERY
School Visit & Needs Assessment
Our team visits your school, meets with the principal and academic head, surveys available space and understands your budget, student strength and curriculum requirements.
Deliverable: School Assessment Report + Lab Recommendation
3
PROCUREMENT
Kit & Equipment Sourcing
On confirmation of order and advance payment, we source all equipment — robots, drones, 3D printers, electronics kits, computers, furniture and safety gear — from verified vendors.
Deliverable: Packing List + Delivery Schedule
5
TRAINING
Teacher Training & Certification
A dedicated 2-day teacher training programme covers all 6 STEAM domains. Teachers receive lesson plan libraries, student workbooks, assessment templates and a Thinkerseek Educator Certificate.
Deliverable: Trained Teachers + Lesson Plan Library
2
PLANNING
Lab Design & Custom Proposal
We create a detailed lab layout plan with furniture placement, zoning (robotics, 3D printing, drone, electronics), kit selection and a transparent itemised quotation with GST breakdown.
Deliverable: Lab Layout Plan + GST-inclusive Proforma Invoice
4
INSTALLATION
Lab Setup & Installation
Certified technicians install all equipment, wire the electronics stations, configure software (Arduino IDE, Tinkercad, Cura, Blockscad, OpenSCAD, Pluto app), run safety checks and set up the drone flight zone.
Deliverable: Installed Lab + Software Configuration Report
6
LAUNCH
Official Lab Launch & Demo Day
We organise a formal lab inauguration with a live student demonstration event — robots moving, drones flying, 3D printers running — creating excitement across the school and parent community.
Deliverable: Lab Launch Event + Media Coverage
What's inside a
Thinkerseek Lab?
Each lab is divided into purpose-built zones.
Robotics Station
Grades 4–9
Students build and program Otto Humanoid, Quad, and Arduino-based robots. Covers drag-and-drop block coding up to Python and C++ for advanced grades.
Mini Kit | Gomma Robotics Kit | Mini Project Kits | Arduino UNO boards | IR / Ultrasonic sensors | Motor drivers | Servo motors
3D Printing Zone
Grades 4–12
Students progress from Tinkercad (Grade 4–5) through Blockscad (Grade 6–7) to OpenSCAD with trigonometry and advanced parametric design (Grade 7–9).
FDM 3D Printer | 3D Pens | PLA Filament (multi-colour) | Tinkercad workstations | Cura slicing software | Blockscad + OpenSCAD
Drone Flight Zone
Grades 5–9
A netted safe flight area where students assemble, calibrate and fly Pluto drones. Progression from app-based control to Pluto Blocks and advanced sensor-based missions.
Educational Drones | Primus V4 Flight Controller | Safety netting & arena | MQ6 gas sensor module | Gripper module | Pluto Blocks software
IoT & Electronics Workbench
Grades 6–9
Students build connected devices using NodeMCU and ESP32, send sensor data to the cloud, automate systems with IFTTT and log data to Google Sheets.
Basic Electronics Kit | IoT Add-on Kit | NodeMCU boards | DHT11 / DHT22 sensors | Soil moisture sensors | Arduino IoT Cloud
Laser Engraving Station
Grades 8–9
Students design and engrave on wood, acrylic and metal using Creality laser engraver. Projects include personalised keychains, acrylic signage, wooden clocks and metal jewellery.
Laser Engraver (Creality) | Safety goggles (class set) | Wood stock sheets | Acrylic sheets | Metal blanks | Creality software
AI & Computing Hub
Grades 8–9
Students learn Python via Jupyter Notebook (Grade 8), then move to Raspberry Pi-powered AI projects with GPIO, Sense HAT, Flask web control and robotic arm assembly (Grade 9).
AI Kit – Raspberry Pi | Sense HAT modules | L298N motor driver | PCA9685 servo controller | Robotic arm & gripper | Jupyter Notebook / Python
40+ kits across 8 domains.
Every grade. Every level.
All kits are curriculum-aligned, hands-on and graded by difficulty.