G

GEEN
N--EE--TTRRIX
IX
PROBLEM STATEMENTS

PS ID - 01
Fuel consumption is one of the largest operating
costs in the maritime industry, and inefficient routing
leads to increased fuel usage, delays, and
environmental impact. Develop an AI-driven fuel and
route optimization system that dynamically adjusts
ship routes based on weather, ocean currents, and
traffic data to minimize fuel consumption and
reduce emissions.

PS ID - 02
Shipbreaking yards face challenges in efficiently
identifying and sorting materials like steel, aluminum,
copper, plastics, and hazardous substances. Manual
sorting leads to inefficiencies, safety risks, and
environmental hazards. Develop a computer vision-
based material detection system that can accurately
classify and sort ship components, improving
recycling efficiency and worker safety.
 PS ID - 03
Investors often struggle to track emerging startups,
funding trends, and top-performing companies in
real time due to scattered and unstructured data.
Develop an AI-powered Investor Insights Dashboard
that aggregates and visualizes real-time startup
data, including total funding amounts, funding trends
over time, and top-performing startups. The system
will leverage web scraping techniques to collect live
data from credible sources, ensuring up-to-date and
actionable insights for investors.

PS ID - 04
Existing plagiarism detection tools for research
papers primarily focus on checking the title and
abstract, leaving methodology, results, and
discussion sections less scrutinized. This leads to
undetected cases of academic plagiarism and
reduces research integrity. Develop an AI-powered
plagiarism checker that performs a deep semantic
analysis of research papers, comparing not just the
title and abstract but also methodology and key
findings.
 PS ID - 05
Energy wastage in homes and industries leads to
higher electricity costs and increased carbon
footprints. Traditional energy monitoring systems
provide only basic consumption data without
proactive optimization, making it difficult to achieve
real-time energy efficiency. Develop an IoT-based
Smart Energy Management System that monitors
real-time power consumption, detects energy
wastage, and optimizes usage through AI-driven
automation.

PS ID - 06
Delayed medical intervention due to a lack of real-
time patient monitoring can lead to severe health
complications or even fatalities. Traditional patient
monitoring systems require manual check-ups, which
may not be efficient for continuous health tracking,
especially for critical or remote patients. Develop an
IoT-based Remote Patient Monitoring System that
continuously tracks vital signs such as heart rate,
oxygen levels , blood pressure, and body temperature
using wearable sensors and smart medical devices.
 PS ID - 07
Extended periods of sitting have been linked to
serious health issues, often termed “new cancer.”
Many people lack awareness of how long they have
been seated and face challenges in monitoring and
accurately tracking their health management. These
chairs would communicate with a central system that
supports user-friendly mobile or web interfaces for
viewing data and receiving notifications. To ensure
accuracy, measures will be taken to prevent false
readings.

PS ID - 08
Emergency vehicles such as ambulances and fire
trucks often face delays due to heavy traffic
congestion, leading to life-threatening situations.
Traditional traffic management systems lack real-
time adaptability to prioritize emergency responses
efficiently. Develop an IoT-based Smart Traffic
Management System where emergency vehicles can
communicate with traffic signals in real time.
 PS ID - 09
Users often face a tedious and repetitive process of
filling out forms when applying for services such as
ticket bookings, college admissions, bank account
openings, and other official procedures. Traditional
data-sharing methods are inefficient, time-
consuming, and prone to errors, while centralized
storage systems pose security and privacy risks.
Develop a decentralized data storage and transfer
platform that allows users to securely store their
personal data and documents based system.

PS ID - 10
Develop an AI-powered online classroom assistant
The system will analyze the teacher’s speech in real
time, ensuring responses are limited to class topics,
and will detect mentions of homework, assignments,
and deadlines, automatically adding them to a
calendar with reminders for students. This enhances
learning engagement, reduces manual tracking
efforts, and improves academic performance by
ensuring students never miss critical information.
 PS ID - 11
Millions of people with limb loss struggle with mobility
due to expensive and complex prosthetic solutions.
Many existing options are either too costly or difficult
to maintain, making them inaccessible to those in
need. Develop a cost-effective, durable, and easy-to-
use prosthetic limb using basic electronics such as
motors, sensors, and simple control mechanisms. The
design will prioritize reliability, user comfort, and
smooth operation, allowing users to perform essential
movements effortlessly.

PS ID - 12
At GEN-E-TRIX, we celebrate innovation! If none of the
listed problem statements match your unique vision,
feel free to bring your own groundbreaking ideas. This
is an Open-Domain challenge—whether it's
Blockchain, Cybersecurity, AR/VR, AI, or any other
cutting-edge technology, we welcome your creativity.
The stage is yours to redefine the future!