Animation Engineer working on motion matching for the next NBA 2K

• Helping to re-architecture & optimize the codebase for Kovaak’s (FPSAimTrainer)

• Designed and implemented the FOV-Sensitivity subsystem & Settings-Profile

subsystem to help switch between different game presets on the fly, and worked

on various improvements & maintenance for the software

• UE4 | C++ | Gameplay Features

Title: KovaaK2.0

• Designed and implemented a custom 3D-Navigation-Mesh system as a plugin to use for the Boss AI, instead of relying on Unreal's default ground-based-navmesh solution, thanks to which the boss enemy can chase the player around tight spaces regardless of elevation changes

• Gameplay: Developed the player's realistic feeling underwater movement & camera systems

• Animation Programming (Boss enemy & player): Used various techniques like IK-Physics-blends, pure-math IK formula for arms (aiming down sights) / watch-peek / swimming motion

• UE4 | C++ | Gameplay & AI

Title: Abyss of Neptune (Previously a part of EAE Games Studio)

Is an Underwater-Horror First-Person-Shooter game where you, as a deep sea explorer, have to explore a

hidden underwater facility and uncover its mysteries.

• Set up the entire Weapon System (Airburst & Gatling guns | Firing Logic | Animations | Projectiles & Damage | Particle firing) for the Player Ship, and fine-tuned it till it started feeling great & ran balanced

• Optimized the Raspberry-Pi (Alt-Ctrl) decoder with a 2-layer buffer algorithm which mitigated the input irregularities & made the gun-controller super-smooth

• UE4 | C++ | Gameplay Features

Title: Coscoroba (Jan 2020 - Apr 2020)

A 2-player Alt-Control game in which players have to crank a pipe and hit a foot-pedal each to control the up-down and side-to-side motion and firing, for an all powerful Anti Aircraft gun setup on a spaceship

• Set up a simulation of 10,000+ moving vehicle units on Unreal Engine 4 (C++) | Ran the sim successfully at 70+ fps | Using Instanced Static Meshes and a self-designed custom data structure to handle data for the moving components

• Designed & implemented an NxN Grid visualization system and the data structure required to represent the high volume of moving units in an organized format, with features like data aggregation, changeable grid resolution & variable update rate

• Worked in a team of 6 on R&D to improve the product performance

• UE4 | C++ | Simulation & Optimization