
Baptiste Fremond developed and enhanced gameplay systems and asset pipelines across the Ewan-DuplessisK/PFE_FTJ_Proto and Loris-Moreau/UE_Traversal repositories, focusing on scalable enemy management, modular UI, and immersive player feedback. He implemented features such as a refactored respawn system, health and life mechanics, and interactive quick time events using Unreal Engine Blueprints and C++. His work included asset integration, level design, and audio implementation, with careful attention to system migration, testability, and data-driven iteration. Fremond’s engineering approach emphasized maintainability and rapid content iteration, resulting in robust, extensible gameplay features and improved player experience through refined UI and audio systems.

June 2025 monthly summary for repository Ewan-DuplessisK/PFE_FTJ_Proto focused on delivering core gameplay features, asset integration, and UX/audio polish. The month emphasized asset-driven development, gameplay feel tuning, and data-driven level updates to support balance and player engagement while maintaining stability.
June 2025 monthly summary for repository Ewan-DuplessisK/PFE_FTJ_Proto focused on delivering core gameplay features, asset integration, and UX/audio polish. The month emphasized asset-driven development, gameplay feel tuning, and data-driven level updates to support balance and player engagement while maintaining stability.
May 2025 performance summary for Ewan-DuplessisK/PFE_FTJ_Proto focused on delivering core gameplay features, UI polish, audio enhancements, and stabilizing critical systems while laying groundwork for future content. The work accelerates iteration cycles, enhances player feedback, and strengthens the asset-to-feature pipeline.
May 2025 performance summary for Ewan-DuplessisK/PFE_FTJ_Proto focused on delivering core gameplay features, UI polish, audio enhancements, and stabilizing critical systems while laying groundwork for future content. The work accelerates iteration cycles, enhances player feedback, and strengthens the asset-to-feature pipeline.
April 2025 (Ewan-DuplessisK/PFE_FTJ_Proto) delivered substantial gameplay and environment enhancements with a focus on reusable assets and faster iteration. Key expansions include LVL_Gym Content Expansion and Interactive Assets, along with extensive Test Level LD assets and map prototypes. Added new environmental visuals to raise fidelity and support design exploration across levels.
April 2025 (Ewan-DuplessisK/PFE_FTJ_Proto) delivered substantial gameplay and environment enhancements with a focus on reusable assets and faster iteration. Key expansions include LVL_Gym Content Expansion and Interactive Assets, along with extensive Test Level LD assets and map prototypes. Added new environmental visuals to raise fidelity and support design exploration across levels.
March 2025 monthly summary for Ewan-DuplessisK/PFE_FTJ_Proto: Delivered a major overhaul of enemy management, survivability systems, and interactive gameplay features, with a focus on scalability, player feedback, and rapid content iteration. Implemented Enemy Behavior and Spawner System Overhaul to support multiple enemies, with transform-variable-based placement and new projectiles/assets, enabling flexible level design and pacing. Introduced Health and Life System with UI to provide clear survivability feedback and in-game life mechanics. Added Quick Time Event (QTE) System with assets and UI/input integration for dramatic gameplay moments. Implemented Vibration Feedback / Haptics for weapons to improve immersion. Fixed key bugs, including projectile destruction on hit and refinements to spawner logic for stability. These changes collectively improve gameplay fidelity, reduce edge-case bugs, and enable scalable content creation.
March 2025 monthly summary for Ewan-DuplessisK/PFE_FTJ_Proto: Delivered a major overhaul of enemy management, survivability systems, and interactive gameplay features, with a focus on scalability, player feedback, and rapid content iteration. Implemented Enemy Behavior and Spawner System Overhaul to support multiple enemies, with transform-variable-based placement and new projectiles/assets, enabling flexible level design and pacing. Introduced Health and Life System with UI to provide clear survivability feedback and in-game life mechanics. Added Quick Time Event (QTE) System with assets and UI/input integration for dramatic gameplay moments. Implemented Vibration Feedback / Haptics for weapons to improve immersion. Fixed key bugs, including projectile destruction on hit and refinements to spawner logic for stability. These changes collectively improve gameplay fidelity, reduce edge-case bugs, and enable scalable content creation.
December 2024 performance summary for Loris-Moreau/UE_Traversal What was delivered: - Respawn System Migration: Migrated the Respawn System to a new architecture, improving reliability, configurability, and testability with a dedicated commit set. - Menu UI Migration (Without Common UI): Migrated the Menu system to a standalone UI path, enabling modular UI work without reliance on a shared Common UI layer. - LD Core Updates and Instance Management: Comprehensive LD system updates including core changes, batch instance creation/renaming, and broad system refinements to support scalable LD workflows. - LD Update Materials: Added new materials, including Water Material, enhancing visual fidelity and asset pipeline integration. - Map and Loader/Linker Upgrades: Updated L_MainLevelOfficial.umap and performed LD linker/loader component upgrades for improved runtime integration and stability. - Additional LD Updates: Series of LD_Update commits across the core and related components to stabilize and extend the LD subsystem. Major bugs fixed: - Heart Variable Bug in LD: Fixed a variable Heart + LD inconsistency to restore correct gameplay logic. - LD Update Metrics Fixes: Resolved metrics inaccuracies in LD Update, including Wall Jump metrics. Overall impact and accomplishments: - Delivered a robust, refactored Respawn and Menu system, reducing maintenance burden and enabling faster iteration for gameplay systems. - Strengthened the LD subsystem with core updates, instance management, and improved loader/linker integration, boosting stability and scalability of gameplay features. - Improved visual quality with new materials and updated level assets, contributing to a more engaging player experience. - Enhanced data traceability and quality of life for future changes through clear, commit-scoped migrations and refactors. Technologies/skills demonstrated: - System migration and refactoring in Unreal Engine-based workflows; asset/material integration; level/map editing; version-control discipline across multiple commits; large-scale feature rollouts with parallel changes across core, instance management, and tooling.
December 2024 performance summary for Loris-Moreau/UE_Traversal What was delivered: - Respawn System Migration: Migrated the Respawn System to a new architecture, improving reliability, configurability, and testability with a dedicated commit set. - Menu UI Migration (Without Common UI): Migrated the Menu system to a standalone UI path, enabling modular UI work without reliance on a shared Common UI layer. - LD Core Updates and Instance Management: Comprehensive LD system updates including core changes, batch instance creation/renaming, and broad system refinements to support scalable LD workflows. - LD Update Materials: Added new materials, including Water Material, enhancing visual fidelity and asset pipeline integration. - Map and Loader/Linker Upgrades: Updated L_MainLevelOfficial.umap and performed LD linker/loader component upgrades for improved runtime integration and stability. - Additional LD Updates: Series of LD_Update commits across the core and related components to stabilize and extend the LD subsystem. Major bugs fixed: - Heart Variable Bug in LD: Fixed a variable Heart + LD inconsistency to restore correct gameplay logic. - LD Update Metrics Fixes: Resolved metrics inaccuracies in LD Update, including Wall Jump metrics. Overall impact and accomplishments: - Delivered a robust, refactored Respawn and Menu system, reducing maintenance burden and enabling faster iteration for gameplay systems. - Strengthened the LD subsystem with core updates, instance management, and improved loader/linker integration, boosting stability and scalability of gameplay features. - Improved visual quality with new materials and updated level assets, contributing to a more engaging player experience. - Enhanced data traceability and quality of life for future changes through clear, commit-scoped migrations and refactors. Technologies/skills demonstrated: - System migration and refactoring in Unreal Engine-based workflows; asset/material integration; level/map editing; version-control discipline across multiple commits; large-scale feature rollouts with parallel changes across core, instance management, and tooling.
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