This project presents a College Recommendation System designed to help students find suitable colleges based on their preferences such as courses, location, and entrance exam requirements. It uses a MySQL database to store and manage college information, while an admin panel allows data management operations like adding, updating, and deleting records. The system applies filtering techniques to match student inputs with relevant colleges, providing quick and personalized recommendations. It improves decision-making for students and can be further enhanced with AI-based recommendation techniques.
This project presents an e-commerce website focused on baby products, designed to provide a smooth and user-friendly shopping experience for parents and caregivers. The platform offers a wide range of categorized products with features such as advanced search, filtering, and detailed product descriptions. Built with scalability and performance in mind, the system simplifies product browsing, selection, and purchasing, ensuring convenience and efficiency for users while meeting modern e-commerce standards.
This project presents a Rule-Based Chatbot System developed to improve communication and information access for DWIT College. It uses Natural Language Processing (NLP) with a rule-based approach to provide instant responses to user queries related to admissions, courses, and college events. Built using Python and Flask with MongoDB for data storage, the system retrieves predefined answers efficiently. It also includes an admin-controlled CRUD interface to manage and update the chatbot’s knowledge base. The system enhances user experience, reduces administrative workload, and provides 24/7 automated support through the college website.
This project presents Split Smart, a web application designed to simplify shared expense management among friends, families, and colleagues. It automates expense tracking, bill splitting, and payment settlement to ensure fairness and transparency in group finances. Built using Angular, Node.js, Express.js, and MongoDB, the system provides a fast and scalable platform with secure payment integration via Stripe. Features such as real-time notifications, group management, and detailed expense reports enhance usability, making it suitable for trips, shared living, and group activities.
The Quiz project is a web-based quiz event management platform designed to simplify quiz organization and improve participant engagement. The system provides detailed event listings, interactive interfaces, and streamlined communication to make quiz activities more accessible and enjoyable for students and enthusiasts. Developed using a structured approach similar to the waterfall model, the platform focuses on improving event planning efficiency, transparency, and user experience. By centralizing quiz event management, the project aims to foster a stronger and more vibrant quiz culture.
The Online Home Service web application is designed to improve how users access and manage home-related services by connecting homeowners with verified service providers through a centralized digital platform. Built using the waterfall model, the system ensures secure user authentication, efficient service booking, and proper provider verification. It simplifies traditional service hiring processes by offering a transparent, user-friendly, and convenient interface. The platform ultimately enhances accessibility and efficiency in home maintenance services while improving the overall user experience for both customers and service providers.
This project presents a Book Record System (BRS) designed to improve the management and accessibility of library records. The system allows administrators to efficiently add, update, remove, and manage books through a secure and user-friendly interface, while users can view information about rented books. Developed using PHP and JavaScript, the platform focuses on practicality, transparency, and efficient record keeping. The project demonstrates how technology can streamline library management processes and enhance access to organized book information.
WeatherWise is a web-based weather information system designed to provide users with accurate and real-time weather data in an easily accessible format. Built using JavaScript and an open-source weather API, the application displays key weather parameters such as temperature, humidity, wind speed, cloudiness, and clothing recommendations. It helps users make informed decisions for activities like travel, outdoor planning, and event organization. By simplifying access to weather data, WeatherWise demonstrates how real-time APIs can enhance everyday decision-making.
The Blog Application is a modern web platform designed to support content creation, publishing, and audience engagement. Built using technologies such as Next.js and JavaScript, it delivers a dynamic and responsive user experience. The system ensures secure authentication through NextAuth and efficient database management using Prisma, MongoDB, and Firebase. It provides users with a flexible environment to create, explore, and share diverse content including personal stories and niche topics. Overall, the platform emphasizes scalability, security, and ease of use for both beginner and experienced bloggers.
This project is dedicated to enhancing the functionality and user experience of a web-based quiz game. By undertaking a comprehensive approach rooted in an in-depth analysis of existing literature on website design principles, I aimed to develop a customized, user-friendly, and visually captivating software product tailored explicitly for an immersive gaming experience. Through meticulous crafting of features, the outcome is a refined and effortlessly navigable website that not only meets but exceeds expectations. These enhancements are strategically designed to optimize player engagement and satisfaction. Looking beyond the immediate scope, the implications of this project extend into the broader landscape of online gaming. It underscores the transformative potential of effective platforms in redefining interactive entertainment experiences, highlighting the significance of user-centric design in shaping the future of gaming experiences.
This project presents a 3D single-player survival game developed in Unity using C#, set within a fantasy-inspired replica of Nepal. Players explore an immersive open-world environment based on the dark-themed Chitwan forest while surviving encounters with mythical demonic creatures. Custom characters and environments modeled in Autodesk Maya add cultural authenticity and visual depth to the gameplay experience. The game combines storytelling, exploration, and survival mechanics to deliver an engaging first-person adventure while highlighting the creative potential of Nepal’s game development industry.
Deerevents is a web-based event management platform designed to improve how colleges organize and promote student events. It addresses issues like poor communication and fragmented planning by providing a centralized system for event listings, detailed information, and student engagement. Built using a structured development approach similar to the waterfall model, the platform enhances transparency, accessibility, and efficiency in campus event management. Overall, Deerevents aims to enrich student life by making college events easier to manage and participate in.
The traditional store and library have limited space in physical stores, and they might not carry a wide variety of books in large quantities. People living in rural areas may find it difficult to visit these stores. Traditional physical stores and libraries have limited books accessibility and require customers to wait for special and limited-edition books. For this project to come to life a lot of existing systems were studied thoroughly and designed with a simple and responsive UI easy to use for the customers. This website which has features a range of styles, materials, and prices. Online purchasing is made quick and simple for both customers and store owners because to its user-friendly interface. This website is available 24/7 for the customers to browse at any time.
This project presents a dynamic Hangman game developed using HTML, CSS, and JavaScript to provide an engaging and interactive word-guessing experience. The game uses SVG graphics to visually display the hangman scaffold and body parts as players make incorrect guesses. It includes real-time interface updates, game logic handling, and limited-attempt gameplay to challenge users while improving vocabulary and cognitive skills. Designed as both an entertainment and educational application, the project demonstrates the effective use of front-end web technologies in interactive game development.
The Pet Record System is a web-based pet health management platform designed to simplify and improve pet care processes for pet owners and healthcare providers. The system integrates features such as veterinary appointment scheduling, medication tracking, emergency contact management, and online booking into a single user-friendly platform. Developed using the waterfall model, the project focuses on accessibility, transparency, and convenience in managing pet health records. By streamlining communication and healthcare management, the system enhances overall pet care experiences and strengthens the connection between pet owners and veterinary professionals.
This project presents a doctor’s appointment system designed to simplify and improve the scheduling process between patients and healthcare providers. The system allows patients to book appointments online by selecting preferred doctors, dates, and time slots, with confirmation details sent via email. Doctors can manage their schedules through a dedicated dashboard, including viewing patient details and handling appointment confirmations, rescheduling, or cancellations. An admin panel ensures system monitoring and access control. Overall, the platform enhances communication, efficiency, and reliability in healthcare appointment management.