Developing modular gameplay systems, intelligent game AI, and scalable architectures with Unity and C#.

I'm a Unity Game Developer with a Software Engineering background, focused on building modular, maintainable, and scalable gameplay systems using Unity and C#.

My primary interests include gameplay programming, game AI, and software architecture, with an emphasis on clean code, efficient algorithms, and well-structured systems designed for long-term scalability.

• 🎮 Gameplay Programming: Developing player controllers, combat mechanics, weapon systems, abilities, and interactive gameplay features
• 🤖 Game AI: Implementing AI behaviors using Finite State Machines (FSM), pathfinding, Behavior Trees, and decision-making algorithms
• 🏗️ Software Architecture: Applying OOP, SOLID principles, ScriptableObjects, and design patterns to create modular gameplay systems
• ⚙️ Performance Optimization: Improving runtime efficiency through algorithmic optimization, profiling, and performance-conscious development
• 🧠 AI & Emerging Technologies: Exploring advanced game AI, procedural generation, and Machine Learning fundamentals

• 🧩 Gameplay Architecture: Object-Oriented Programming, ScriptableObjects, modular systems, and event-driven architecture
• 🤖 Game AI & Algorithms: FSM, A* Pathfinding, Behavior Trees, and rule-based decision-making
• ⚙️ Performance Engineering: Data structures, algorithmic efficiency, profiling, and runtime optimization
• 🔧 Engineering Practices: Clean Code, debugging, refactoring, prototyping, and iterative development

• 🌿 Version Control: Git workflows, branching, merging, and conflict resolution
• 📁 Project Organization: Structured repositories and maintainable codebases
• 🔍 Development Tools: Debugging, profiling, and code refactoring
• 🤝 AI-Assisted Development: Leveraging AI-powered tools to support prototyping and development workflows

• 🎮 Gameplay Engineering: Designing and implementing reusable gameplay mechanics and combat systems
• 🤖 Intelligent Game Systems: Developing AI agents, navigation behaviors, and decision-making algorithms
• 🏗️ Scalable Architecture: Applying software engineering principles to build decoupled and extensible systems
• ⚡ Optimization & Reliability: Improving performance, maintainability, and runtime efficiency