
Over two months, Aktsksqkq contributed to the NbcampUnreal/1st-Team6-Final-Project repository, building core combat, survival, and character systems for a multiplayer Unreal Engine game. They overhauled damage, death, stamina, and inventory mechanics, implementing centralized health management and network-synced state handling to ensure consistent gameplay across clients. Their work included integrating MetaHuman assets, optimizing 3D character models, and refining animation blueprints for smoother player interactions. Using C++, Blueprint scripting, and asset management, Aktsksqkq addressed merge conflicts, improved UI flow, and enhanced multiplayer stability. The depth of their engineering established a robust foundation for scalable features and future development.

June 2025 performance highlights for NbcampUnreal/1st-Team6-Final-Project: Delivered a cohesive character pipeline and stability improvements enabling safer future work, with significant Unreal Engine integrations and multiplayer readiness. Key outcomes include MetaHuman integration with Aoi setup, foundational character models (Male1/Male2/Male3/Female1) and lobby distribution, and project hygiene improvements (pre-merge cleanup, conflict fixes, and README updates). Additionally, streamlined gameplay via stat system simplification and first-person visibility adjustments to enhance player experience and maintainability.
June 2025 performance highlights for NbcampUnreal/1st-Team6-Final-Project: Delivered a cohesive character pipeline and stability improvements enabling safer future work, with significant Unreal Engine integrations and multiplayer readiness. Key outcomes include MetaHuman integration with Aoi setup, foundational character models (Male1/Male2/Male3/Female1) and lobby distribution, and project hygiene improvements (pre-merge cleanup, conflict fixes, and README updates). Additionally, streamlined gameplay via stat system simplification and first-person visibility adjustments to enhance player experience and maintainability.
May 2025 monthly summary for NbcampUnreal/1st-Team6-Final-Project: Focused on delivering core combat and survival systems, stabilizing multiplayer behavior, and strengthening asset/UI foundations to support scalable gameplay. Key features delivered include a comprehensive Damage and Death System overhaul with centralized health handling and OnDeath triggering; a Stamina and Status System overhaul introducing hunger, thirst, fatigue mechanics and refined stamina dynamics; Ranged Weapon Attack and Reload System improvements with enforcement of attack/reload constraints and network-synced state; Multiplayer Sprint and Kick Input Synchronization using server authority and multicast replication for consistent movement and combat across all clients; and an Inventory System Overhaul that refactors item management, stacking, and weight handling for a cleaner UI and improved gameplay flow. Major stability fixes addressed issue areas such as Animation/Crouch-Kick conflict, syntax merge issues in Player Base Class, firearms drop bug, and asset management resets. These changes collectively raise gameplay fidelity, reduce release risk, and lay a solid foundation for future features. Technologies and skills demonstrated include Unreal Engine gameplay programming, network replication, combat/system architecture, UI/inventory refactoring, state management, and merge-conflict resolution.
May 2025 monthly summary for NbcampUnreal/1st-Team6-Final-Project: Focused on delivering core combat and survival systems, stabilizing multiplayer behavior, and strengthening asset/UI foundations to support scalable gameplay. Key features delivered include a comprehensive Damage and Death System overhaul with centralized health handling and OnDeath triggering; a Stamina and Status System overhaul introducing hunger, thirst, fatigue mechanics and refined stamina dynamics; Ranged Weapon Attack and Reload System improvements with enforcement of attack/reload constraints and network-synced state; Multiplayer Sprint and Kick Input Synchronization using server authority and multicast replication for consistent movement and combat across all clients; and an Inventory System Overhaul that refactors item management, stacking, and weight handling for a cleaner UI and improved gameplay flow. Major stability fixes addressed issue areas such as Animation/Crouch-Kick conflict, syntax merge issues in Player Base Class, firearms drop bug, and asset management resets. These changes collectively raise gameplay fidelity, reduce release risk, and lay a solid foundation for future features. Technologies and skills demonstrated include Unreal Engine gameplay programming, network replication, combat/system architecture, UI/inventory refactoring, state management, and merge-conflict resolution.
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