Kishan Ramani

About

UE5 gameplay scripter focused on shipping-quality, player-facing systems in Blueprints—recently built a pickup-and-throw mechanic end-to-end with animation/physics integration, robust edge-case handling, and QA/debug tooling. Emphasizes modular, data-driven architecture for designer-friendly tuning, and uses Unreal/Blueprint profiling plus event-driven patterns to keep systems performant and scalable.

Key Strengths

• Shipped UE5 Blueprint pickup/throw system end-to-end (logic, animation/physics integration, tuning, QA support)
• Strong edge-case handling (input spam, invalid overlaps, movement-state sync, self-collision prevention)
• Performance-minded Blueprint engineering (event-driven design, gated overlap checks, cached references, simplified collision)
• Profiling-driven optimization using Unreal/Blueprint profiling and stress testing to find hotspots
• Modular, data-driven system design (core rules separated from content; tunables in data assets for designers)
• Clear state-machine approach with explicit events and transition validation for maintainability
• Cross-discipline collaboration with animation/UX/QA; clear ownership and documented decisions to prevent rework
• Fast iteration loop (prototype/playtest/tune) with small commits and Jira-tracked feedback
• Owned game modes end-to-end (rules, scoring, win/lose, tuning) and shipped
• Rapid UE5 Blueprint prototyping (idea-to-playable in 1–2 days)
• Data-informed iteration using qualitative playtests plus basic telemetry (accuracy, completion time, failure points)
• Strong gameplay feel tuning under real-world constraints (latency, calibration, projection-mapped XR environments)
• Physics-based interaction tuning to improve consistency and reduce randomness (impulse/velocity/clamp/COM/collision)
• Implementation-ready design documentation with state diagrams, tuning tables, and edge cases

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