A 12-hour in-person hackathon organized by
Faculty of Engineering and Technology (Co-Ed)
[Formerly Appa Institute of Engineering and Technology]
Sharnbasva University, Kalaburgi
Days
Hours
Minutes
Seconds
#EnlightenCode_2.0 is the second edition of our flagship hackathon event at Sharnbasva University, Kalaburgi. This 12-hour coding marathon brings together the brightest minds to collaborate, innovate, and develop solutions to real-world problems.
Our mission is to foster innovation, encourage collaboration, and provide a platform for students to showcase their technical skills and creativity. Whether you're a coding expert or just starting your journey, #enlightenCode_2.0 offers an inclusive environment for everyone to learn, grow, and shine.
Join us for an unforgettable day of coding, mentorship, networking, and fun as we push the boundaries of what's possible with technology!
Develop innovative solutions using artificial intelligence and machine learning algorithms to solve complex problems.
Create end-to-end web applications with seamless front-end and back-end integration.
Create user-friendly, visually appealing, and high-performance web or mobile interfaces that solve real problems. Focus on great design, accessibility, and smooth user experience to make a strong impact through frontend innovation..
Develop applications that improve healthcare delivery, patient care, and medical research.
Create innovative solutions to enhance agricultural productivity, efficiency, and sustainability.
Develop fintech solutions that address challenges in banking, finance, and digital payments.
This project addresses the growing need for mental health awareness by creating an AI-powered journaling application. The web app will analyze users' daily entries using NLP models like DistilBERT to detect emotions (happy, sad, anxious, etc.) and display trends through interactive charts. Features include emotion classification with confidence scores, a correction mechanism for model feedback, and weekly/monthly analytics to help users identify emotional patterns. The solution combines machine learning with a user-friendly interface to promote mental wellness.
With the rise of misinformation on social media, this project aims to build an ML-based tool that evaluates tweet authenticity using content analysis and metadata examination. The system will assess factors like account verification status, retweet patterns, and linguistic markers to flag potentially fake tweets. Implementable as a Chrome extension or web app, it will help users make informed decisions before engaging with suspicious content. The project offers practical experience in NLP and social media data analysis
This full-stack web application solves the problem of missed campus events by providing a centralized platform for clubs to schedule activities and students to RSVP. Features include event creation with date/time/location details, email reminders, and a responsive interface. Built with React, Node.js, and Firebase, the project offers hands-on experience in building complete web solutions with real-world utility for educational institutions.
A practical solution for shared living situations, this app enables roommates to track and split expenses accurately. Users can add costs, specify sharing ratios, and view real-time balances. The system generates PDF summaries and features a clean UI with Firebase backend support. This project provides experience in building financial tools with React and Firestore while solving a common household problem.
Designed to help students stay organized, this web app allows users to create, manage, and track academic tasks with deadline reminders. Features include progress visualization, search/filter functionality, and cross-device synchronization. The project emphasizes clean UI design and effective task management algorithms to reduce academic stress.
This platform enables event organizers to gather instant participant feedback during sessions. Users can submit ratings, comments, and emoji reactions, while organizers view aggregated data through a live dashboard. Features include anonymous submissions and customizable feedback forms. The project offers experience in real-time data handling and visualization.
A lightweight budgeting tool that helps users monitor income and expenses without requiring backend infrastructure. Features include transaction categorization, savings goals tracking, and visual charts using Chart.js. All data persists in browser localStorage, making it accessible offline. This project demonstrates effective frontend development for financial applications.
A minimalist web journal that works without internet connectivity, featuring dark/light mode toggle and date-based entry organization. The app uses localStorage for data persistence and offers a distraction-free writing environment. Ideal for beginners learning state management and offline web capabilities.
An enhanced task management web app with priority levels, completion tracking, and drag-and-drop functionality. The responsive design works across devices, with all data stored in localStorage. Optional features include task categorization and deadline alerts.
An AI-powered agricultural tool that suggests optimal crops based on soil type, climate data, and regional factors. The system includes multilingual support and offline capabilities for rural users. Features include a farmer dashboard for tracking recommendations and yield results.
This solution addresses agricultural logistics challenges through route optimization algorithms and real-time market demand analysis. Features include inventory management, price forecasting, and a collaborative platform connecting farmers with distributors.
This project addresses the financial management challenges faced by students and young professionals by creating an intuitive, lightweight dashboard for tracking income, expenses, and savings goals. The web app allows users to categorize transactions (e.g., food, travel, bills), set monthly budgets, and visualize spending patterns through interactive charts (pie/bar graphs) using Chart.js. Designed for accessibility, it stores all data locally in the browser’s localStorage—eliminating the need for logins or backend infrastructure—while maintaining a responsive layout for seamless use across devices. Optional features include spending alerts and goal progress trackers. Ideal for frontend developers, this project emphasizes clean UI design, data visualization, and state management with vanilla JavaScript or React.
A financial tool that predicts loan approval chances based on credit score, income, and other parameters. Provides improvement suggestions and probability scores to help users make informed borrowing decisions.
A medication management app featuring large-interface design, dosage reminders, and caregiver alerts. The system notifies family members if doses are missed and maintains a health timeline. Focused on accessibility for older users.
A secure platform for storing and sharing electronic health records, featuring appointment booking, prescription management, and emergency QR code access. Includes doctor and patient portals with data encryptio.
Exciting Cash Prize
Exciting Cash Prize
Gift Hampers
Participation Certificates
Spot Registration (For unregistered students)
Hackathon Kickoff & Group Photo
1st Judge Reviews
Lunch Break
Coding Resumes
Tea and Snacks Break
Final Judge Review and Evaluation
Hackathon Ends
Result Announcement & Guest Talk
Prize Distribution Ceremony
Faculty Organizer and Coordinator
+91 99861 59506
Student Coordinator and Tech Lead
+91 90198 27207
Student Coordinator and Finance Lead
+91 93539 07998
Tech Lead
+91 81059 04047
Mentorship Lead
+91 7411 172 078
Registration Lead
+91 866 074 0908
On-Ground Operations Lead
+91 90353 53729
On-Ground Operations Lead
+91 70908 21750
Sponsorship Lead
+91 86600 38088
Event Flow Lead
+91 81520 42789
Event Flow Lead
+91 7676453282
Social Media Lead
+91 6360373630
Social Media Lead
+91 83102 55881
Media Lead
+91 80884 98556
Any currently enrolled student can participate. You don't need to be from a computer science background - we welcome students from all disciplines!
While basic coding knowledge is helpful, we welcome beginners too! Teams can have members with varying levels of experience, and mentors will be available to help.
Please bring your laptop, charger, student ID, and any other devices you might need. We'll provide food, drinks, and a workspace with internet access.
Yes, there are two ways to participate: (1) You can bring your pre-built solution based on the hackathon themes and present it to the judges, who may provide feedback, or (2) You can select a problem statement provided at the event and build your solution within the 12-hour timeframe. You have the choice of which method you prefer.
Projects will be judged based on innovation, technical complexity, practicality, and presentation. Our panel of judges includes industry experts and faculty members.
Limited accommodation facilities are available for outstation participants on a first-come, first-served basis. Please mention your accommodation requirements during registration.
Ready to showcase your skills and creativity? Register now for #EnlightenCode_2.0 and be part of this exciting hackathon!
Registration Fee: ₹200 per team