Hamza Naveed

Project Overview

RemoteX is an innovative remote desktop control system currently in development. It enables seamless control of devices across different platforms with a focus on intuitive user experience and robust security.

Key Features

• Cross-platform device connectivity
• Real-time command execution
• Encrypted secure communication
• Multi-device management
• Responsive UI/UX

Technologies Used

Project Status

Currently in active development. Core architecture complete, working on frontend polish and performance optimization.

Project Overview

A complete restaurant ordering mobile app developed during my internship. Customers can browse menus, place orders, track deliveries, and manage their accounts. The app focuses on usability, fast performance, and smooth interaction between customer and restaurant.

Key Features

• Browse restaurant menus with categories and item details
• Place and customize orders directly from the app
• Track order status and delivery progress in real-time
• Manage account information and view order history
• Push notifications for order updates and promotions

Technologies Used

My Contributions

Developed the entire frontend of the restaurant ordering application from scratch. Implemented real-time order and delivery tracking using sockets for live location updates of delivery drivers. Built a complete cart management system, and optimized the app for smooth performance and seamless user interactions.

Project Overview

A specialized mobile application for delivery drivers to manage orders, track routes, and communicate with customers in real-time. Built with performance and battery efficiency in mind.

Key Features

• Real-time GPS tracking and navigation
• Order management dashboard
• Customer communication system
• Route optimization
• Delivery confirmation with photos

Technologies Used

Project Overview

A comprehensive student resource application for accessing and studying past exam papers and Academic resources. Built to help students prepare effectively with organized content .

Key Features

• Extensive past papers database sorted by subject and year
• Multiple subject support
• Answer key references
• Bookmarking and favorites
• Offline viewing capability
• Calculate SGPA and CGPA
• In app feedback and log management
• Different roles for users (Admin,editor,user)

Technologies Used

Impact

Successfully helped 100+ students with exam preparation, demonstrating the value of accessible educational resources.

Project Overview

A recreation of the classic Flappy Bird game using C++ and SFML. This project demonstrates game development fundamentals including collision detection, physics, and event handling.

Key Features

• Smooth bird physics and animation
• Procedural pipe generation
• Collision detection system
• Score tracking and high scores
• Sound effects and background music
• Responsive controls

Technologies Used

Learning Outcomes

Gained deep understanding of game development concepts, memory management in C++, Physics implementation and real-time event processing.

Project Overview

A challenging implementation of Flappy Bird in pure x86 Assembly language. This low-level project demonstrates deep understanding of computer architecture and graphics programming.

Key Features

• Direct memory manipulation for graphics
• Hardware-level optimizations
• Interrupt handling for input
• Efficient animation routines
• Minimal resource footprint
• Real-time performance

Technologies Used

Challenges & Solutions

Overcame complex memory addressing modes, optimized code for minimal cycles, and debugged at the assembly level to achieve smooth gameplay despite hardware constraints.

Project Overview

A comprehensive online platform designed for UPS seller and service provider. This full-stack application enables merchants to manage inventory, process orders, and deliver services through an intuitive web interface.

Key Features

• Seller dashboard with analytics
• Product and inventory management
• Order processing and fulfillment tracking
• Customer reviews and ratings
• Responsive design for all devices
• Real-time order notifications
• Secure authentication and authorization

Technologies Used

My Contributions

Developed the backend architecture for the restaurant ordering platform. Designed and implemented FAST APIs for order management, user operations, and seller interactions. Ensured efficient server-side handling of orders and live updates.

Project Overview

Quick Mart is a database-driven store management system developed as part of my Database Lab project. The system connects a React-based web interface with an MS SQL Server database to manage store operations such as inventory, orders, customers, and transactions. The goal was to design an efficient relational database and integrate it with a functional web interface for testing and interaction.

Key Features

• Inventory and stock management system
• Customer and order record management
• Employee data handling
• Supplier information for restocking
• Transaction history and sales records

Technologies Used

My Contributions

Designed the complete relational database schema and implemented the database using MS SQL Server. Created tables, relationships, constraints, and SQL queries to support store operations. Integrated the database with a web interface to perform CRUD operations for inventory, orders, and customers.

Project Overview

Money Mingle is a banking management system developed as my Semester 2 programming project. The system simulates core banking operations such as account creation, deposits, withdrawals, fund transfers, and transaction tracking. The project focuses on applying object-oriented programming concepts to design a structured and secure banking system.

Key Features

• Create and manage customer bank accounts
• Deposit and withdraw funds securely
• Transfer money between accounts
• Transaction history tracking
• Basic security and validation mechanisms

Technologies Used

My Contributions

Designed and developed the core banking system by implementing account management, transaction processing, and secure data storage using file handling. Applied object-oriented programming principles such as encapsulation, inheritance, and modular class design to build a structured and maintainable banking application.