Projects

"Agent X" is a university module project, featuring a first-person VR game developed in Unity with C#. It showcases academic proficiency and practical application of VR game development principles.

ArchSquad" is an academic endeavor, presenting a multiplayer archery compact game developed in Unity, exemplifying collaborative learning and practical game development skills. It underscores the fusion of academic exploration and hands-on implementation in creating engaging gaming experiences.

AutoML Hyperparameter Tuner is a modular and interactive Streamlit application that automates hyperparameter tuning using Optuna. Built with extensibility in mind, it supports multiple ML models like XGBoost, SVM, and Random Forest, with auto-detection for classification or regression tasks. The project showcases my expertise in Python, machine learning pipelines, and UI-driven development, integrating real-time optimization, model export, and collaborative-friendly deployment.

The "Cancer Prediction" project, conducted under university auspices as part of a master's program, involves the use of Python to analyze medical datasets for predicting cancer through machine learning models.

"Chatbot" project, developed for the company using AI and Python, facilitates seamless client interactions, showcasing expertise in artificial intelligence and Python programming. It embodies innovation and efficiency in client support solutions within the company's framework.

"Crypt Ryder" is a skill-enhancing project initiated through Udemy, marking the beginning of my game development journey. It represents foundational steps towards mastering game creation techniques and methodologies.

"Egg Catcher" is a personal project aimed at skill enhancement and serves as an initial venture into game development. It represents the foundational steps taken towards mastering game creation techniques.

"Final Runner" is a skill-enhancing project guided by Udemy, augmented with personal add-ons, aimed at elevating my proficiency in design and game planning during development. It signifies a pivotal step in honing my abilities and refining my approach to game design.

"Knight" is a personal 2D game crafted in Unity with C#, reflecting the passion for game development and creative expression. It is a testament to personal growth and dedication in pursuing game creation.

"AI-Powered Pac-Man" is an innovative project that utilizes Python and PyTorch to deploy deep reinforcement learning algorithms, enabling an AI agent to autonomously play and excel at the classic Pac-Man game. This project integrates advanced neural network architectures and dynamic learning policies to enhance the agent's gameplay, achieving strategic decision-making and real-time problem-solving capabilities in complex gaming environments.

"Quick Draw" is a collaborative 2.5D Unity game, involving teamwork with game designers, animators, UX designers, and myself as the game developer. It highlights interdisciplinary collaboration and collective effort in game development, fostering a dynamic and engaging gaming experience.

SilentSky is a team project developed in Unreal Engine during a game jam. The game features immersive environments and dynamic gameplay, blending atmospheric visuals with strategic challenges.

The Crown is a project developed entirely in Unreal Engine using both Blueprints and C++ as part of my dissertation. This project showcases my ability to integrate advanced gameplay mechanics and efficient code to create an immersive gaming experience. Through The Crown, I demonstrated proficiency in Unreal Engine's tools and features while combining visual scripting and traditional programming to bring the project to life.

"Tumor Prediction System" is a freelance project leveraging Python and AI algorithms for MRI image analysis, enabling accurate tumor prediction. Developed to fulfill client needs, it exemplifies expertise in medical AI solutions and Python programming.