Technical Skills

Unreal Engine is my preferred development environment. I'm proficient in both Blueprint visual scripting and C++ development within the Unreal ecosystem. My experience includes:

• Creating complex gameplay systems using Blueprints
• Extending engine functionality with custom C++ components
• Implementing multiplayer functionality
• Developing VR experiences with Unreal's VR framework
• Optimizing performance for various platforms

Projects like "Stand For Amazonian Forest" and "ToVRe Defense" showcase my Unreal Engine capabilities.

I'm experienced with Unity development and the C# programming language. My Unity skills include:

• Implementing game mechanics and systems with C#
• Creating custom editors and tools to streamline development
• Developing for mobile platforms
• Implementing procedural generation techniques
• Working with Unity's UI system

"Too Deep To Dig" demonstrates my ability to create complex systems in Unity, including procedural dungeon generation, quest systems, and combat mechanics.

I've developed a solid foundation in C++ programming, particularly within the context of Unreal Engine development. My C++ skills include:

• Creating custom gameplay frameworks and components
• Implementing performance-critical systems
• Understanding memory management and optimization
• Working with Unreal's API and extending engine functionality

C# is my strongest programming language, which I've used extensively in Unity development. My C# expertise includes:

• Object-oriented programming principles and patterns
• Creating modular, reusable code systems
• Implementing complex game mechanics and systems
• Working with Unity's component-based architecture
• Optimizing code for performance

I'm highly proficient with Unreal Engine's Blueprint visual scripting system, which allows for rapid prototyping and implementation of gameplay features. My Blueprint skills include:

• Creating complex gameplay systems and mechanics
• Implementing user interfaces and player feedback
• Optimizing Blueprint performance
• Integrating Blueprints with C++ code
• Creating reusable Blueprint components and functions

I've developed expertise in procedural content generation, particularly for level design and world building. My procedural generation skills include:

• Implementing algorithms for dungeon and level generation
• Creating systems for procedural terrain and environment creation
• Balancing randomness with design constraints
• Optimizing generation algorithms for performance

"Too Deep To Dig" features a sophisticated procedural dungeon generation system that creates unique, playable levels with appropriate difficulty progression.

Beyond programming, I've developed skills in game design principles and mechanics. My game design capabilities include:

• Designing engaging gameplay loops and mechanics
• Creating balanced progression systems
• Implementing effective player feedback mechanisms
• Designing intuitive user interfaces
• Balancing challenge and accessibility

I've gained experience in virtual reality development, creating immersive VR experiences. My VR development skills include:

• Implementing VR-specific interaction patterns
• Optimizing performance for VR platforms
• Designing comfortable, intuitive VR experiences
• Working with various VR hardware platforms

"ToVRe Defense" demonstrates my ability to create engaging VR experiences with intuitive controls and optimized performance.