What is the problem statements in Hackathon

What is a Problem Statement?

A problem statement is a clear and simple explanation of a real-world issue that needs a solution. It describes a specific problem that people face and helps innovators understand what needs to be solved.

Think of it like this: If you see traffic congestion every day on your way to college, you might ask, “How can we reduce traffic jams in cities?” This question highlights a problem, and your job is to find a solution.

A problem statement usually answers three key questions:

  1. What is the problem? (Example: Traffic congestion is causing delays.)
  2. Who is affected? (Example: Daily commuters, students, office workers.)
  3. Why does it need a solution? (Example: Wasting time in traffic reduces productivity and increases pollution.)

By clearly stating a problem, it becomes easier to brainstorm and create solutions.


How Does the Problem Statement Concept Work in a Hackathon?

A hackathon is an event where teams of participants work together to solve real-world problems using technology and innovation. In a hackathon like InnovateYou Techathon 2.0, organizers provide different problem statements related to subjects like agriculture, healthcare, traffic management, and more.

Step-by-Step Process in a Hackathon:
  1. Understanding the Problem Statement

    • Participants read the given problem statements and select one that interests them.
    • They analyze the issue, research its causes, and understand the people affected.
  2. Brainstorming Solutions

    • Teams think of possible ways to solve the problem using technology, AI, or other creative ideas.
    • They discuss how practical and innovative their solution can be.
  3. Building the Solution

    • Teams work for 24 hours to create a prototype (a working model) of their idea.
    • This could be an app, software, AI model, or a hardware solution.
  4. Judging & Presentation

    • Teams present their solution to judges, explaining how it solves the problem.
    • Judges evaluate based on innovation, practicality, and technical implementation.

Example in a Hackathon:

If the problem statement is “How can we improve air quality in cities?”, a team might create an app that monitors pollution levels and suggests cleaner travel routes. Another team might design a smart air-filtering system for homes and offices.

By solving problem statements in a hackathon, participants not only compete for prizes but also contribute to real-world solutions that can make life better.

Problem Statements for InnovateYou Techathon 2.0 | Hackathon in Pune

Agritech Solutions
PS CodeProblem Statement
AS-1Developing solutions to analyze and predict climate change and seasonal variations affecting agriculture.
AS-2Creating a system for real-time market intelligence and direct market access for farmers.
AS-3Innovating methods for processing and extending the shelf life of perishable agricultural products.
AS-4Simplifying access to information about government schemes, subsidies, and financial support for farmers.
AS-5Enhancing awareness and adoption of modern farming technologies to improve productivity.
Traffic Safety
PS CodeProblem Statement
TS-1Implementing an integrated traffic management system (ITMS) to improve driver behavior in metro cities.
TS-2Strengthening emergency medical services to ensure faster response and better care for road accident victims.
TS-3Enhancing emergency response mechanisms for accidents on highways around metro cities.
TS-4Improving last-mile connectivity for metro and local train commuters through efficient transport solutions.
TS-5Optimizing the use of two-wheelers, auto-rickshaws, and app-based taxis for intermediate transport.
Environment
PS CodeProblem Statement
EN-1Developing a real-time, map-based air pollution monitoring system for better environmental tracking.
EN-2Creating an affordable and durable water quality monitoring system for widespread use.
EN-3Designing a software solution to facilitate tree adoption and encourage environmental conservation.
EN-4Building a digital platform to connect surplus food sources with NGOs for real-time redistribution and waste reduction.
EN-5Developing a user-friendly e-waste recycling platform to streamline collection, categorization, and responsible disposal.
Disaster Management
PS CodeProblem Statement
DM-1Establishing an effective system for real-time communication of disaster alerts to authorities and the public.
DM-2Addressing instrumentation challenges in disaster detection and response systems.
DM-3Developing an online platform to streamline disaster response and relief coordination.
DM-4Improving disaster risk analysis through data-driven predictive solutions.
DM-5Implementing proactive measures and early warning systems to minimize disaster impact.
Edutech
PS CodeProblem Statement
ET-1Creating a unified digital education platform covering all levels from kindergarten to post-graduation.
ET-2Developing personalized career guidance solutions for students using technology.
ET-3Building a mobile application to help students find courses, universities, and colleges easily.
ET-4Enhancing the exam re-evaluation system to make it more efficient and transparent.
ET-5Designing an online education system that functions effectively on low-resource devices and networks.
Healthcare
PS CodeProblem Statement
HC-1Implementing a scalable system for monitoring and managing mental health in large groups, such as workplaces and families.
HC-2Developing an AI-driven solution for quick, accurate, and effortless patient record analysis and monitoring.
HC-3Creating an affordable health tracking system to promote regular medical check-ups, especially in rural areas.
HC-4Building a VR- and AI-powered physiotherapy simulator to assist with rehabilitation.
HC-5Advancing AI and machine learning applications in prosthetics to enhance functionality for individuals with disabilities.
Student Innovation
PS CodeProblem Statement
SI-1Student can solve any real world issue from the given subjects.
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