Over three months, KDH1213 developed and refined core gameplay systems for the SurvivalProject repository, focusing on scalable building placement, batch operations, and robust object management. Leveraging Unity, C#, and data-driven design, they implemented grid-based placement, prefab management, and UI workflows supporting both desktop and mobile platforms. Their work included refactoring object structures, integrating data tables for buildings and resources, and enhancing systems for upgrades, inventory, and save/load reliability. By addressing asset integrity, cross-module bugs, and user experience through animation, sound, and visual effects, KDH1213 delivered maintainable, extensible features that improved production workflows and deepened gameplay persistence and engagement.
May 2025 monthly summary for KDH1213/SurvivalProject: Delivered a data-driven, visually polished set of building gameplay features, robust UI, and reliability improvements to accelerate player progression and reduce live-environment risk. Key features delivered span building assets, systems, and data tables; rest system UI and flow; turret system enhancements; inventory integration for buildings; and health save/load improvements. Major bug fixes include asset corruption handling, broad module error fixes, and turret/base-building issues. Overall impact: deeper gameplay, improved persistence and UX, and a stronger foundation for future iterations. Technologies and skills demonstrated include Unity (scene integration, asset pipeline, and data tables), C# scripting, UI/UX design, audio/visual polish, and thorough debugging.
May 2025 monthly summary for KDH1213/SurvivalProject: Delivered a data-driven, visually polished set of building gameplay features, robust UI, and reliability improvements to accelerate player progression and reduce live-environment risk. Key features delivered span building assets, systems, and data tables; rest system UI and flow; turret system enhancements; inventory integration for buildings; and health save/load improvements. Major bug fixes include asset corruption handling, broad module error fixes, and turret/base-building issues. Overall impact: deeper gameplay, improved persistence and UX, and a stronger foundation for future iterations. Technologies and skills demonstrated include Unity (scene integration, asset pipeline, and data tables), C# scripting, UI/UX design, audio/visual polish, and thorough debugging.
April 2025 performance summary for KDH1213/SurvivalProject. This month delivered a wave of batch-oriented capabilities and foundational refactors that enable scalable production workflows, improved stability, and richer data-driven insights. Key batch and UI work, coupled with a major object-structure refactor, set the stage for rapid feature expansion and maintainability across the project. Key outcomes include a polished Batch UI and workflow, refactored core object structures to support new features and easier maintenance, and data-driven integration for buildings, resources, and towers. The team also prepared resource production buildings for mass production readiness and expanded upgrade, harvest, and rest/warehouse mechanics to support longer play sessions and monetizable gameplay loops. Several UI and prefab improvements were completed to improve visuals and usability, while stability and reliability were enhanced through targeted fixes. Overall, the month delivered measurable business value through faster feature delivery, reduced risk from merges, improved data binding, and a clearer path to scalable content and gameplay improvements.
April 2025 performance summary for KDH1213/SurvivalProject. This month delivered a wave of batch-oriented capabilities and foundational refactors that enable scalable production workflows, improved stability, and richer data-driven insights. Key batch and UI work, coupled with a major object-structure refactor, set the stage for rapid feature expansion and maintainability across the project. Key outcomes include a polished Batch UI and workflow, refactored core object structures to support new features and easier maintenance, and data-driven integration for buildings, resources, and towers. The team also prepared resource production buildings for mass production readiness and expanded upgrade, harvest, and rest/warehouse mechanics to support longer play sessions and monetizable gameplay loops. Several UI and prefab improvements were completed to improve visuals and usability, while stability and reliability were enhanced through targeted fixes. Overall, the month delivered measurable business value through faster feature delivery, reduced risk from merges, improved data binding, and a clearer path to scalable content and gameplay improvements.
March 2025 monthly summary for KDH1213/SurvivalProject focusing on the Placement System Enhancements and Object Management. Delivered grid-based placement, movement, deletion, and UI/input refinements across desktop and mobile; introduced prefab/UI scaffolding, build limits, and stability fixes; improved batch system reliability and maintainability through UI controller separation and code refactors. These changes accelerated level design, improved user experience across platforms, and reduced placement-related bugs in production.
March 2025 monthly summary for KDH1213/SurvivalProject focusing on the Placement System Enhancements and Object Management. Delivered grid-based placement, movement, deletion, and UI/input refinements across desktop and mobile; introduced prefab/UI scaffolding, build limits, and stability fixes; improved batch system reliability and maintainability through UI controller separation and code refactors. These changes accelerated level design, improved user experience across platforms, and reduced placement-related bugs in production.
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