
Omar D
Senior Minecraft Modpack Specialist and Roblox Studio Game Systems Developer
Habilidades

Revisa mis servicios


Porfolio
Experiencia laboral
Fiverr
Freelance • 1 yr 4 mos
Senior Modpack Architect & Game Systems Engineer
Mar 2026 - Present • 6 mos
During my tenure at Apex Gaming Solutions, I spearheaded the complete architecture, performance optimization, and custom build pipelines for over 150 high-performance Minecraft modpacks across Forge, Fabric, and NeoForge loaders. My day-to-day focus centered on utilizing modern management environments like Prism Launcher, CurseForge, and Modrinth to craft perfectly balanced survival, quest, and tech progression packs. I routinely handled low-level JVM memory tuning, eliminated stack-trace crashes, resolved severe mod dependency conflicts, and eliminated server-side TPS lag on high-traffic dedicated servers. On the Roblox Studio side, I engineered advanced Lua scripting systems, custom GUI elements, and dynamic game loops, ensuring seamless client-server network synchronization and high FPS across both PC and mobile platforms.
Junior Software Engineer & Java Developer
Nov 2025 - Present • 10 mos
During my time at Nexus Byte Technologies, I served as a core Java developer and game infrastructure specialist focused on backend automation, client-side rendering pipeline optimization, and automated crash-log diagnostics. I engineered custom Java automation scripts that systematically parsed severe game crash dumps, isolated broken rendering threads, and identified conflict points between third-party mods and core engine files. To streamline external development into game environments, I integrated the Rojo plugin toolchain to sync local Visual Studio Code workflows directly with Roblox Studio, drastically accelerating live code deployment. I also worked with Blockbench for 3D mesh modeling and texture mapping, optimized server RAM allocation parameters, and managed automated server distribution packages. My focus on meticulous memory profiling and performance patching consistently lowered client crash rates, stabilized server tick rates, and delivered smooth multiplayer experiences across complex multi-threaded server environments.