National Level 24-Hrs Hardware Hackathon

FABRIQUATHON

2K26

Department of ECE, EEE, E&I and MDE

SRM Valliammai Engineering College (An Autonomous Institution)

10th & 11th April 2026 24-Hour Build Sprint

₹13,000 Cash Prize Pool 💸

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Registration Deadline: April 9th, 2026

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About the Hackathon

FABRIQUATHON 2K26 is a two-day hardware-focused hackathon designed to encourage innovation, practical problem-solving, and rapid prototyping in the domain of IoT and smart systems.

Event Description

Participants will work on real-world problem statements and develop functional hardware solutions within a constrained time frame. The event emphasizes hands-on development, technical feasibility, and effective implementation.

Students are expected to transform ideas into working prototypes and present measurable progress at each level of evaluation.

  • Two-day structured build and evaluation format
  • Hardware-first development with functional output
  • IoT and smart systems problem focus
  • Real-time feedback from judges and mentors

Supporting Bodies

IIC IETE ISTE IDEALab CSI

24 Hrs

Build Window

💰 Cash Awards

For Winning Teams

IOT Related Projects

3

Members/Team

Prizes

₹13,000 Cash Prize Pool 💰

Event Schedule

Progressive two-stage evaluation across ideation, design, prototyping, and final demonstration.

Day 1 - Ideation & Design Phase

  • Problem understanding and analysis
  • Proposed solution approach presentation
  • System design using PPT
  • Judges provide feedback and suggestions
  • Teams refine their approach for next level

Day 2 - Prototype & Evaluation Phase (Level 2)

  • Working hardware model or prototype demonstration
  • Live functionality walkthrough
  • Final evaluation based on implementation
  • Final evaluation based on innovation
  • Final evaluation based on practical feasibility

Problem Statements

Teams must choose only one problem statement from the following list.

1. Open IoT Solutions Innovation of Own

Innovation of your own that contributes to society and creates meaningful impact on people and lifestyle. Teams should design an open IoT-based solution that solves a real-world problem, improves daily life, and demonstrates practical social value through hardware-driven implementation.

2. Lab Equipment Misuse & Safety Alert System

Laboratory equipment misuse, such as overheating or idle power usage, can cause safety hazards and damage. This project proposes an IoT-based monitoring system to track parameters like temperature, voltage, and current in real time. It detects abnormal conditions such as overcurrent or prolonged idle state. Alerts are generated via buzzer or mobile notification, with optional data logging for analysis.

3. Intelligent LPG Usage Monitoring & Dynamic Cutoff System

LPG gas misuse and leakage pose serious safety risks in kitchens. This system uses gas sensors and temperature-based logic to monitor cooking conditions. It dynamically regulates or cuts off gas supply using an automated valve mechanism. Real-time alerts ensure safety and efficient gas usage.

4. Smart Crop Protection System Against Wild Animals

Wild animal intrusion causes significant crop loss, especially during nighttime. This solution uses IoT-based motion sensors (PIR/ultrasonic) to detect animal movement. Upon detection, deterrents like sound and light are activated to prevent entry. The system also sends alerts to farmers and can operate on solar power.

5. Smart Infant Cry & Health Monitoring System

Infants cannot communicate their needs effectively, requiring continuous monitoring. This system uses sound sensors to detect and analyze crying patterns. It also monitors parameters like temperature and movement for health tracking. Alerts are generated for abnormal conditions, assisting caregivers in timely response.

6. Disaster Management & Solar-Powered Emergency SOS System

During disasters, power and communication systems often fail, delaying rescue efforts. This project proposes a portable, solar-powered SOS device for emergency communication. It transmits distress signals using GSM/RF and provides visual/audio alerts. Optional environmental sensing enhances safety and usability.

Participation Guidelines

Team & Submission Requirements

  • Each team must consist of 3 members (recommended and preferred)
  • Teams must choose only one problem statement from the provided list
  • A brief abstract (300-400 words) must be submitted before the deadline for shortlisting
  • Only shortlisted teams will be allowed to participate in the hackathon

Logistics & Infrastructure

  • Participants are required to bring all necessary hardware components, tools, and modules
  • The organizing committee will provide only basic infrastructure (power supply and workspace)
  • Food will be provided for all participants during the event
  • Participants requiring overnight stay must bring their own blanket and essentials

Important Note

  • This is a hardware-centric hackathon; software-only solutions will not be considered
  • Teams are expected to demonstrate at least a basic working prototype by the end of Day 2
Bring your own hardware kit, tools, modules, and overnight essentials if needed. Power supply and workspace will be provided by organizers.

Leadership & Organizers

Principal

Dr. M. Murugan

Vice Principal

Dr. S. Visalakshi

Conveners

Convener

Dr. Komala James

Convener

Dr. K. Elango

Convener

Dr. K. Ayyar

Convener

Dr. N. Usha Bhanu

Organizers

Organizer

Dr. R. Issan Raj

Organizer

Mrs. R.V. Preetha

Organizer

Dr. J. Ganesan

Student Team

President

Secretary

Treasurer

Student Conveners

Student Committee Members

Get In Touch

Contact Persons

Dr. D. Judson - +91 98417 71388

Dr. Simon Prabhu - +91 99404 63048

Connect Online

Venue

SRM Valliammai Engineering College,
Kattankulathur, Chengalpattu District,
Tamil Nadu - 603203

How to Reach

  • By Train: Potheri Railway Station (10-minute walk)
  • By Bus: GST Road buses - 500, 500A, 500D, 500E, 500W, 118, 118ET
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Ready to Build Something Real?

Register now and ignite your tech journey.

Registration fee: ₹300 per head.

For External Students For Internal Students

Max 3 members per team | Bring your own hardware components