• 

  The Forge Interactive

  Software Engineer

  Jun 2022 - Jun 2023

  
  

  Titles

  • Meta Movement Samples
    Windows | Quest (Android)
  • Hytale Engine
    Windows | MacOS | iOS | Android

  Key Achievements

  • Shaped the architecture of the The Forge’s framework, optimizing file loading, input handling, and rendering features.
  • Contributed with Hypixel to build an entire engine with custom features.
  • Collaborated with Meta on extending Unreal Engine integration, emphasizing improved Quest support.

  Professional Skills

  • Software development and optimization
  • Architecture design and implementation
  • File loading optimization
  • Input handling enhancement
  • Rendering feature development
  • Collaboration and teamwork
  • Unreal Engine integration (5/4)
  • Quest support enhancement
• 

  The Forge Interactive

  Internship as a Graphics Programmer

  Oct 2021 - Jul 2022

  
  

  Contributed significantly to the optimization of PC and mobile rendering by implementing advanced algorithms involving intrinsics and effective data structuring. Conducted thorough analyses of scenarios featuring multiple on-screen models to enhance rendering performance. Focused on the strategic reduction of draw calls to improve overall rendering efficiency during the internship.

  
  

  Key Achievements

  • Successfully implemented sophisticated algorithms for rendering optimization on both PC and mobile platforms.
  • Applied intrinsics and efficient data structuring techniques to enhance rendering efficiency.
  • Conducted detailed analyses of scenarios involving the rendering of numerous models, resulting in improved performance through the strategic reduction of draw calls.

  Skills Developed

  • Proficiency in rendering optimization algorithms
  • Implementation of intrinsics programming
  • Application of data structuring for improved performance
  • Expertise in performance analysis within rendering scenarios
  • Strategic reduction of draw calls for improved efficiency

• Last Resort: UE4 Online Co-op Shooter

  I played a key role in implementing gameplay and UI for Last Resort. My contributions include creating easily deployable weapon upgrades, designing a flexible inventory for player convenience, and developing gameplay mechanics for spawning and purchasing weapon upgrades. I also worked on crucial gameplay features such as kills, deaths, and overall player stats in an online environment with fellow Steam players.

• WarFair: Unity-Based Turn-Based Strategy

  In WarFair, a Unity-built strategy turn-based chess-like game, I undertook the implementation of pivotal components, focusing on AI, rendering, and optimization. Specifically, my responsibilities encompassed the development of an FSM tailored for the AI, granting designers precise control over AI actions in diverse scenarios. Additionally, I integrated an AI cone tracking system to provide players with visibility into the AI's perspective across tiles. Noteworthy features also included enhancements to graphics, performance optimization, and addressing gameplay issues.

• Trash Turf: UE4 Game Project

  In the collaborative development of Trash Turf, I assumed the role of Lead Programmer, playing a central part in crafting the game's foundation. Working alongside fellow programmers, artists, and designers, my responsibilities included implementing elements such as camera movement, physics, health mechanics, explosions, animations, user interface (UI), and other integral components.

• SAD Engine: C++ Game Engine

  I served as a graphics programmer for the custom-built Such-A-Disaster (SAD) Engine dedicated to WarFair. Collaborating with another graphics programmer, we developed a DirectX12 pipeline. I implemented features like deferred rendering, shadows, particles, and volumetric lighting with Mie Scattering. Unfortunately, the engine was abandoned due to falling short of expectations within our time constraints before WarFair implementation.

Contacts