RupaJna 2026

About RupaJna

Turning Innovation Into Impactful Reality

RupaJna is a national level prototype challenge that brings together innovators, developers, and problem-solvers to address pressing challenges in various domains. Our mission is to foster creativity and collaboration while developing practical solutions that can make a real impact.

This year's event focuses on three key thrust areas: IoT, Biomedical, and AgriTech. Participants will have the opportunity to work on problem statements provided by industry experts and develop innovative prototypes.

Organized by: RVR & JC College of Engineering STP Foundation (RJ E-NEST)

Domains

Explore the key domains where innovation can create meaningful impact

Internet of Things (IoT)

Develop smart, connected solutions for real-world challenges in agriculture, infrastructure, safety, and more using IoT technologies.

Biomedical

Create innovative healthcare solutions, from diagnostic tools to waste management systems, that improve patient care and medical processes.

AgriTech

Build technology-driven solutions to enhance agricultural productivity, reduce waste, and support sustainable farming practices.

Registration

Join the innovation revolution

Important Dates

Last Date to Register

28th December 2025

Date of Event

07th January 2026

Presentation of Prototype to the Jury Panel

Accommodation

Accommodation shall be provided in the Campus for Outstation Participants (based on availability & prior request)

Registration Details

Registration Fee

Rs. 500/- per team (shortlisted finalists only)

Team size: Not more than 5 members

Registration Link

Venue / Host Institute

RVR & JC College of Engineering (A)
Chowdavaram, Guntur - 522019,
Andhra Pradesh, INDIA

Eligibility

Faculty and students from Engineering and Pharmacy Institutions across India.

Problem Statements

Download detailed problem statements for each domain

Download IoT Problem Statements Download Biomedical Problem Statements Download AgriTech Problem Statements

Affordable real-time cattle rumination monitoring system for early health detection (IoT01)
Smart noise monitoring solution for public events with real-time alerts (IoT02)
AI-driven IoT network for venue operations and crowd safety management (IoT03)
Decentralized structural health monitoring system for urban infrastructure (IoT04)
IoT-based power distribution monitoring to detect theft and grid inefficiencies (IoT05)
AI/ML-based predictive maintenance system for industrial machines (IoT06)
Secure communication framework for IoT devices using PKI encryption (IoT07)
Offline-enabled IoT safety system for women's protection (IoT08)
Low-cost IoT-based air quality monitoring network with hazard alerts (IoT09)
Centralized smart dashboard for integrated city management systems (IoT10)

AI/ML-driven system for automated biomedical waste classification and tracking (BM01)
IoT-RFID enabled biomedical waste tracking from generation to disposal (BM02)
Non-incineration biomedical waste treatment system with minimal emissions (BM03)
Affordable paper-based microfluidic device for rapid infectious disease detection (BM04)
Portable biosensor for continuous biochemical monitoring (pH, uric acid, creatinine, glucose) (BM05)
Low-cost point-of-care platform for AMR marker detection within an hour (BM06)
Smart wearable exoskeleton for stroke rehabilitation with adaptive assistance (BM07)
IoT-enabled smart wheelchair with obstacle detection and autonomous navigation (BM08)
AI model for drug discovery in rare and neglected diseases (BM09)
IoT-based water monitoring system for disease outbreak prediction (BM10)

Drone-based AI system for early crop stress detection (AT01)
Low-cost mechanized tools to reduce manual labor for small farmers (AT02)
Smart drip irrigation system with sensor-based automation (AT03)
Portable energy-efficient cold storage for grains and produce (AT04)
AI-IoT solution for real-time food processing monitoring (AT05)
Intelligent feed dispensing system with waste minimization (AT06)
IoT-controlled aeration system for fish ponds using renewable energy (AT07)
Solar-powered cold storage solution for coastal fishers (AT08)
Wearable sensor device for livestock health monitoring (AT09)
IoT-based automation for dairy unit processes (pasteurization, chilling, QC) (AT10)
Affordable cold chain technologies for milk and dairy products (AT11)
Compact machine for millet dehusking, grading and storage (AT12)
Ready-to-eat millet-based foods with extended shelf life (AT13)

Idea Submission Template

Download the template to submit your hackathon ideas in the proper format

Presentation Template Structure

Use this PowerPoint template to present your hackathon idea with the following structured sections:

Problem Statement

Clearly define the problem you're addressing

Proposed Solution

Outline your innovative solution approach

Technical Details

Describe the technical architecture and components

Use Cases & Showstoppers

Identify key applications and potential challenges

Impacts and Benefits

Highlight the expected outcomes and advantages

Current Status of Work

Describe progress made and prototype status

Intellectual Property Rights

Detail filed or planned IP protections

Budget Estimate

Provide cost breakdown for MVP/Application unit

Download Presentation Template

Submission Guidelines:

Use the provided template structure for your presentation
Address all 8 sections mentioned above
Submit the completed presentation before the deadline
Include team details and contact information