My Projects
I love to Build Cool Projects. Here, you'll find a curated collection of my creative endeavors and technical projects. Each piece represents a journey of innovation, problem-solving, and continuous learning. Feel free to explore this showcase of my passion and expertise in action.
Academic Project: Financial Report Analysis
I designed Financial Report Analysis natural language processing system designed to automate the extraction, analysis, and insight generation from financial reports. The platform processes PDF documents.
Personal Project: C++ ML Framework in STL
Technologies: C++, STL, K-Means, K-NN, Neural Networks. Built ML algorithms from scratch (K-Means, K-NN, neural networks) in C++.
Personal Project: Stock values Prediction Model
Developed a stock values prediction model utilizing techniques such as LTSM and recurrent neural network in python.
Intern Project: AI-Based Early Prediction of Pathogen Identification and Antibiotic Resistance from Blood Culture Signals
•-Designed models that Identifies pathogens through blood culture cells and predict their antibiotic resistances.
Personal Project: Turn-Based Tactical Card Game Powered by GOAP AI system
Designed a top-down tactical card game combining turn-based combat with dynamic card mechanics and strategic AI opponents. Each card represents a character or action, allowing for diverse strategies and gameplay styles. The AI adapts to player tactics, providing a challenging experience.
Academic Project: Narrative game with reinforcement learning
Developed a game where AI suspects learn to lie, evade, and deceive while the human player tries to catch them, powered with reinforcement learning and gemini API.
Exo Planet Detection Model In Python Anaconda
Trained regression models for exoplanet identification. Deployed models via REST APIs and Streamlit dashboards for real-time user interaction.
Salary Prediction Model In Python Anaconda
Trained regression models for salary prediction. Deployed models via REST APIs and Streamlit dashboards for real-time user interaction.
Personal Project: Procedural World Generation
Technologies: Unity, C#, Perlin Noise, Custom Algorithms. Developed a terrain generation system creating forests, deserts, and mountains, Optimized chunk loading for seamless open-world exploration with minimal performance overhead.
Personal Project: Heap-Optimized Pathfinding
Engineered a high-performance pathfinding system using heap sorting.
Personal Project: Custom C++ Game Engine (OpenGL)
Technologies: C++, OpenGL, Assimp, STB_Image, Octree Collision. Developed a 3D engine with dynamic lighting, model loading, and octree-optimized collisions.
Professional Work: Celestial Ride Odyssey
While gameplay elements may vary across levels, the metrics we collect remain consistent. This ensures continuity in tracking the player's performance and allows for comprehensive analysis regardless of the specific challenges presented in each level.
Professiona Work: Virtual Adventur Workout
Step into a new era with our VR health system. It integrates virtual reality for precision in patient care, with intuitive interfaces and real-time insights.
Professional Work: The Training Nova
Unravel the chilling mystery of your family's demise in this psychological horror game, designed for Android and iOS. As you delve into your fragmented memories, each relived moment brings you closer to the truth—but at the cost of your sanity.
Academic Project: Recommendation Engine Backend
Technologies: gRPC, GraphQL, Kafka, JWT, REST. Designed a microservice architecture for user authentication, product cataloging, and recommendations.
Academic Project: Library Management System
Technologies: C#, .NET, SQLite, LiveCharts. Created a desktop app automating book/member tracking and loan management, Integrated LiveCharts for dynamic dashboards visualizing borrowing trends and overdue fees.
King Khaled Foundation - Carbon Emission
A project made for King Khalid Foundation. It calculates the carbon footprint of the user and also shows how much carbon is reduced if the user is not using the device properly.