Unity Game Developer
I build games people actually play: shipped titles on mobile and Meta Horizon Worlds with 450K+ players, game jam entries and shader experiments.
Resume (PDF) (opens in a new tab) eensar.topuz@gmail.com
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I am a game developer who loves both making and playing games. Most of my work is in Unity and C#, from core gameplay and UI to store, progression and build pipelines for shipped mobile games. More recently I have been coding games for Meta Horizon Worlds in TypeScript, played on mobile and in VR.
Lately I am leveling up my shader skills (ShaderLab, Shader Graph and GLSL; every object in the room on this page is built from code, with custom shaders). I also write beginner-friendly Unity articles in Turkish.
450K+ players
A prison escape obby made for Meta Horizon Worlds: jump over obstacles, solve small puzzles and avoid the guards to get out.
I did the coding. The game reached 450K+ players across mobile and VR.
30K+ players
An idle tycoon made for Meta Horizon Worlds: train your pet, race it to earn money and collect new animals.
I did the coding. The game reached 30K+ players on mobile.
300K+ downloads
A hybrid-casual mobile game released on iOS and Android, downloaded more than 300K times.
I designed and implemented several core systems: the store, gear, pets, core game mechanics and UI. I also wrote extensive code for CPI test scenarios and contributed heavily to the build and deployment process.
App Store (opens in a new tab) Google Play (opens in a new tab)
My final project at Easy Clap Games, and easily one of my favorites. I fell in love with the concept and worked closely with the team to refine it.
I developed all the core systems, and it became one of the most polished games I have built.
Google Play (opens in a new tab) Watch gameplay (opens in a new tab)
Built in 10 days as a case study. Everything is my code, including all particle effects and UI layout. The company provided only the sprites and level data as JSON.
A singleton handles level management, ScriptableObjects store tile data, Unity actions keep systems decoupled, a state machine drives UI and level transitions, and particles are object-pooled.
Due to confidentiality I cannot share the source code.
A mobile puzzle game where you throw block shapes at a wall and clear the cells of the same color before time runs out.
Made as a prototype for a publisher market test. I did the development, art, level design and promo videos. The test results were not good enough, so the project was stopped.
A web game where you drop jellies into a jar and merge the matching ones.
I wrote my own soft-body physics instead of using a library, so the jellies squish and bounce under pressure. Made with TypeScript and HTML canvas.
An experimental hobby project. Each pixel is rendered as a sprite, and a grid system manages the interactions and behaviors of the different elements.
Notes and experiments from learning shaders in Unity. Each experiment is a small effect written in Cg, with a GIF and the key code.
Includes stencil masks, a kaleidoscope effect, health bars, sprite outlines, lighting, fresnel, UV distortion and raymarching.
Made in 48 hours at Global Game Jam 2024 with a team of five: two developers, two visual artists and one audio artist.
A parody of Age of Empires. I developed the grid and placement system, the UI and the overall game states.
Watch trailer (opens in a new tab) GGJ page (opens in a new tab)
Made in 72 hours at HUJAM 2022 with a team of three.
During a meteor shower our astronaut loses his beloved cat to one of three unexplored planets, and has to fight his way through aliens to find it.
Made in 48 hours at Greeny Game Jam. Your only weapon against a monster made of garbage is the garbage it throws: collect it fast and sort it into the right recycling bins. Wrong bins cost health, and trash left on the ground turns toxic.
I mostly built the UI for this one.
Play on itch.io (opens in a new tab) Source code (opens in a new tab)
A clone of SuperSonic Studios' Stack Rider, made for learning. Ride your stack of balls to the finish, collecting more to grow it without hitting walls that are too high.
Watch gameplay (opens in a new tab) Source code (opens in a new tab)
A top-down shooter: you play a cute archer lizard escaping a dungeon full of enemies.
Developed during my internship at Mayadem Teknoloji. I implemented A* pathfinding and random dungeon generation.
Watch gameplay (opens in a new tab) Source code (opens in a new tab)
An educational game about saving energy by turning off devices, built for a computer graphics course.
I wrote two custom vertex/fragment shader pairs, generated rooms with Binary Space Partitioning, and used three.js for rendering, ammo.js for physics and tween.js for animation.
Planned as a group project, I built it alone. The hardest part was working with poorly documented libraries, which I solved by researching and experimenting.
Watch gameplay (opens in a new tab) Source code (opens in a new tab)
I write about coding principles and Unity on Medium and share all the code from the articles on GitHub.
They are in Turkish so that beginners who do not read English can learn Unity and good coding practices easily.
Read articles (opens in a new tab) Source code (opens in a new tab)
The fastest way to reach me is email: eensar.topuz@gmail.com
LinkedIn (opens in a new tab) GitHub (opens in a new tab) Medium (opens in a new tab) X / Twitter (opens in a new tab) Steam (opens in a new tab) Stack Overflow (opens in a new tab) HackerRank (opens in a new tab)