Pranshi Jindal

Kumar Chaitanya

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Senior Unreal Engine Game Engineer specializing in real-time multiplayer gameplay systems

Remote, USA6y exp

“Unreal Engine generalist (7 years) with hands-on ownership of end-to-end gameplay systems in real-time 3D C++ and UE5, spanning technical level design, animation/locomotion features, and multiplayer replication. Worked on a shipped Steam title ("Peak 53") implementing replicated systems like prone, scope, and ladder, and has also built MMORPG time/weather systems and a projectile/rocket launcher feature for a demo (Meta Island).”

“Unreal Engine (UE5) gameplay engineer who built large-scale open-world RPG systems end-to-end, including world streaming, AI ecosystems, and networked combat. Strong multiplayer focus: used Unreal Insights/custom profilers to identify replication/physics bottlenecks and delivered >40% frame stability improvement via relevancy checks and proxy-physics strategies, plus deterministic fixed-step simulation with rollback/state correction.”

ABHISHEK AKODIYA

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Senior Technical Animator specializing in MetaHuman pipelines and AI-driven character systems

Michigan, USA4y exp

“Unreal Engine gameplay/systems developer who owned core systems like NPC AI (AI Controller/Behavior Trees) and loot/itemization/economy, plus progression/difficulty frameworks for a shipped title. Notably drove mobile performance/packaging work, citing a ~75% reduction in AAA Android export size to get a high-end console-quality build under 500MB, including a custom Photoshop macro pipeline to process a massive texture library. Also prototyped advanced MetaHuman features (secure WebSocket, speech/visemes, expressions) using Blueprints and Unreal Editor Python utilities.”

“Unity/C# game developer with experience shipping F2P mobile systems, including loot/reward mechanics backed by probability/rarity/economy design and validated via unit tests, code reviews, and analytics instrumentation. Has implemented server-authoritative multiplayer state sync with matchmaking/RoomID flow, network variables/RPCs, and robust disconnect + reconnection state recovery.”