Tashkeel Shah

About

UE5 gameplay/tech designer focused on VR and performance, with shipped systems spanning networked energy-driven Niagara VFX for a mobile VR live-concert MMO and an end-to-end performer avatar builder supporting editor/runtime and JSON-serialized UGC workflows. Known for deep profiling/debugging (Unreal Insights, Niagara CPU vs GPU emitter behavior) and for refactoring/optimizing animation and rendering across PC and mobile VR constraints.

Experience

Education

Key Strengths

• Shipped networked VR gameplay/VFX feature in UE5 using Blueprint components + C++ subsystem integration
• Strong Niagara debugging and performance tuning (identified CPU-emitter array limitation; switched to GPU emitters)
• Architects maintainable systems with interfaces, observer pattern, and componentization
• Built end-to-end avatar customization/builder system supporting editor-time and runtime workflows with JSON serialization
• Cross-platform performance trade-offs (PC vs mobile VR) using platform checks to avoid content explosion
• Animation systems optimization (animation update threading; fast-path hand pose blending via native-provided data)
• Profiling-driven optimization using Unreal Insights (portal render targets reduced via culling, masking, and material simplification)
• Effective cross-discipline collaboration (engineers, VFX artists, character artists) and improves pipelines via events over Tick

Reference Highlights

• Exceptional at shipping maintainable Blueprint gameplay systems
• Turns prototypes into production-ready, testable systems
• Strong end-to-end ownership from design through ship and support
• Architected scalable modular live show platform (from bespoke to reusable)
• Dramatically increased production velocity (from 1 show every 1–2 months to up to 3 per week)
• Balances performance constraints with user fun/experience
• Foresees useful tuning levers and builds them in early
• Strong attention to detail (naming, graphing, layout)
• Effective bridge between art/design intent and technical execution
• Translates ambiguous creative direction into structured requirements
• Pragmatic conflict resolution via quick prototyping
• Clear communicator of technical tradeoffs to stakeholders/leadership
• Disciplined, data-driven debugging and profiling approach
• Hands-on structured testing (not guesswork)
• Strong collaboration across teams; not siloed