Igniting Young Minds for District, State & National Science Exhibitions

blue and white striped round textile
blue and white striped round textile
woman wearing black crew-neck shirt
woman wearing black crew-neck shirt

  • Competition-Ready Prototypes: Working hardware models solving real-world challenges in smart agriculture, climate sensing, assistive disability tech, and green energy.

  • Arduino & Sensor Driven: Modular circuits built using Arduino Uno, ESP32, soil moisture probes, DHT11/22 temperature sensors, ultrasonic rangefinders, and gas sensors.

  • Robotics for Impact: Physical motion models (robotic arms, obstacle-avoiding rovers, automated crop dispensers) make concepts instantly visual and simple for students to present to jury panels.

  • Complete Student Project Dossier: Every project kit includes a 5-page synopsis write-up, working circuit diagram, commented code, a demonstration chart layout, and anticipated jury viva Q&As.

Hands-on, application-driven STEM & Robotics prototype kits designed for the INSPIRE Awards – MANAK,

Key Program Highlights

Featured Exhibition Prototype Modules

black blue and yellow textile
black blue and yellow textile

  • Concept: Automated crop hydration and soil health monitoring to prevent water wastage in drought-prone areas.

  • Hardware Components: Arduino Uno R3, capacitive soil moisture sensor, DHT11 temperature/humidity sensor, 5V relay module, mini submersible water pump, 16×2 I2C LCD display.

  • Exhibition Highlight: Students demonstrate live automated irrigation by placing the sensor into dry sand versus damp soil, showing the pump engage and disengage in real time while tracking metrics on the LCD screen.

  • Competitions Target: District & State INSPIRE Award – MANAK, Taluk Science Fair.

Smart Precision Agriculture & Irrigation System
Service title

Write a short text about your service. Highlight key benefits for potential clients.

a man riding a skateboard down the side of a ramp
a man riding a skateboard down the side of a ramp
Assistive Ultrasonic Blind Navigation Stick
Autonomous Obstacle-Avoiding & Disaster Rescue Rover

  • Concept: Wearable mobility assistance device designed for visually impaired citizens to detect head-level and ground obstacles.

  • Hardware Components: Arduino Nano / Pro Mini, 2× ultrasonic sensors (multi-angle), vibration motor module, piezo buzzer, compact 9V power unit.

  • Exhibition Highlight: Demonstrates pulsed haptic feedback that speeds up frequency as obstacles get closer, providing tactile guidance. Any person or object comes in contact it alerts by making sound. It helps blind person navigate easily

  • Competitions Target: INSPIRE Awards, IRIS National Science Fair, State Special Needs Innovation Exhibitions.

  • Concept: Search-and-rescue rover designed to navigate collapsed structures or hazardous zones without human exposure.

  • Hardware Components: 4-wheel robot chassis, L298N motor driver, HC-SR04 ultrasonic distance sensor, SG90 servo motor, 9V/12V rechargeable battery pack.

  • Exhibition Highlight: The rover moves independently, scans left and right when an obstruction appears within 20 cm, calculates the clearest pathway, and redirects itself autonomously.

  • Competitions Target: State Science Fair, District Robotics Olympiad, CBSE Science Exhibition.

What We Supplies with Every Project

Pre-Assembled / Modular Hardware : Soldered, tested, and mounted on durable acrylic boards with color-coded jumper wires.

Exhibition Poster / Flex Blueprint : Ready-to-print 3×2 ft project chart layout explaining Problem, Methodology, Working, and Societal Benefit.

Synopsis & Project Report: Detailed 5-to-10 page project write-up compliant with INSPIRE Awards – MANAK portal submission formats.

Viva Coaching:25+ anticipated technical questions asked by district/state evaluators with simple explanation scripts for students.