Arshnoor Kaur

About Me

Hi, I'm Arshnoor Kaur, a passionate software engineer with a love for building scalable, user-friendly web applications. My expertise spans Python, Django, Node.js, Angular, React, and SQL. I thrive on solving complex problems and transforming ideas into polished, production-ready solutions.

When I'm not coding, I explore new technologies, optimize workflows, and craft projects that leave an impact. I believe in clean design, efficient code, and continuous learning.

  • 🌟 Skills:

    Full-stack Development, Backend Engineering, Database Design
  • 🎯 Focus:

    Scalable Applications, Modern Web Design, Project Optimization
  • 💡 Passion:

    Transforming ideas into real-world solutions

My Projects

GoalSync Project

GoalSync: Event Management Platform

GoalSync is a dynamic event management platform for organizing and discovering tournaments. Users register as organizers to publish events or as players to participate, with smart filters for city and game type. Built with AngularJS for interactive UI and Bootstrap for responsiveness. Gained full-stack development experience: AJAX for data fetching, user authentication, and UI/UX optimization. Strengthened database management skills with MySQL, backend expertise with Node.js and Express. Followed industrial technologies, delivering a high-quality, production-ready app with industry-standard performance and usability.

TM Project

Task Manager: Productivity Tool

Developed a dynamic task management application using ReactJS, incorporating Redux Toolkit for efficient state management and React Router for seamless navigation. Implemented task creation, editing, and deletion features, along with a live task counter in the navigation bar. Automated project workflows using Git and GitHub for version control, enabling collaboration and version tracking. The project highlights expertise in frontend development, state management, and UI/UX design, with a focus on delivering a smooth, user-friendly experience. Currently in progress, the project demonstrates a strong foundation in building scalable, interactive web applications with modern technologies.

RouteX Project

RouteX : Delivery Optimization App

The Delivery Optimization Application enhances logistics efficiency by assigning shipments to trucks based on capacity, proximity, and route constraints. Through this project, I gained hands-on experience in an industry-like software development and testing environment, following SDLC and Agile practices. I designed software, built automated test suites covering 100 test cases, and collaborated using GitHub while tracking and resolving over 18 bugs with Jira. The project achieved 85% test coverage, ensuring a high-quality product with 90% of test cases successfully passing.

RouteX Project

Library Management System

Developed a library management system using C++ OOP principles, focusing on modularity and scalability. Implemented features for managing publications with data stored via fstream in a menu-driven interface. Optimized execution time and memory usage with efficient data structures, ensuring reliability through integration testing and collaborative code reviews. The system is designed to efficiently manage book records, and ensure scalability for future updates.

Quick Clinic Appointments

Developed a C-based application for managing patient appointments in a clinic, designed to streamline the scheduling process and enhance data management efficiency in the healthcare industry. The application allows healthcare providers to manage patient appointments, track visit history, and update records in a structured, easy-to-navigate interface. Using file handling and data validation techniques, the system ensures accurate appointment scheduling, reducing errors and improving patient flow, ultimately optimizing clinic operations and enhancing patient care delivery.

CPP-Dictionary App

A high-performance dictionary application developed in C++ that loads and processes large linguistic datasets from CSV files. It features optimized word search, configurable output settings, and precise execution time logging. Designed with modular architecture and robust error handling, this tool demonstrates efficient data parsing, event-driven logging, and industrial-grade time profiling—ideal for text processing and performance-critical environments.

RPG-Game

A C++ project that demonstrates the fundamentals of RPG game mechanics, including character classes, weapons, abilities, and team/guild management. The system incorporates advanced object-oriented principles such as polymorphism, cloning, and templating, providing a scalable foundation for more complex game development projects.

MediaCore

A high-efficiency media catalog system built in C++ to process extensive collections of Books, Movies, and TV Shows from CSV data files. Leveraging object-oriented principles such as polymorphism and inheritance, this application provides dynamic media handling, customizable display options, and rigorous input validation. Designed with modularity and modern C++ practices like smart pointers and RAII, it ensures optimal memory management and system performance—ideal for handling complex media datasets in demanding environments.

SmartLine

Developed 'SmartLine,' a C++ factory assembly line simulator, demonstrating robust object-oriented design and dynamic memory management. This application models real-world production workflows, automating order processing and inventory management across multiple workstations. It exemplifies the application of software engineering principles in industrial automation and process optimization.

My Experiences

Design Hacks Project

Design Hacks Hackathon : SSDC

( Developer, Team Lead )

Led a team to create a responsive, user-centric website for the Seneca Software Developers Club at the Design Hacks hackathon.

  • Developed an interactive chat section for real-time community engagement.
  • Designed and implemented event details, team info, and contact forms.
  • Ensured seamless user experience across desktop and mobile.
  • Utilized HTML, CSS, JavaScript, and GitHub Pages.

Recognized for creativity and strong team dynamic in a fast-paced environment.

Seneca Hackathon-Project

Seneca Hackathon 2025 : Seneca Polytechnic

( Developer, Innovator )

Collaborated on building the Smart Shelf System to automate product expiry tracking in retail, aiming to reduce food wastage and streamline inventory management.

  • Developed real-time expiry date scanning logic with barcode integration and color-coded status display.
  • Enabled seamless updates of shelf data using Python, Flask, and live barcode input listeners.
  • Designed a responsive frontend using JavaScript and integrated backend logic with real-time visual feedback.
  • Ensured scalability by modularizing logic for each shelf cell and enabling Aisle-level tracking.

Praised for practical innovation and contribution toward sustainable retail practices.

Let's Connect

Feel free to reach out for collaborations, project inquiries, or just a friendly chat.

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