kieranknowles1/csc8508-team-project
Jan 2025 – Mar 2025
3 Months active
Languages Used
BatchC++CMakeGLSLMeshGitHLSLJSON
Technical Skills
3D Modeling3D RenderingAsset IntegrationBatch ScriptingBuild System ConfigurationC++
c4072047
PROFILE
C4072047
Kieran Knowles developed core 3D rendering and simulation systems for the kieranknowles1/csc8508-team-project repository, establishing a scalable OpenGL-based rendering pipeline with Bullet Physics integration. Over three months, he stabilized cross-platform builds, modernized asset and mesh workflows, and advanced PS5 and Windows platform support. His work included implementing deferred rendering, optimizing resource management, and refactoring the codebase for maintainability and performance. Using C++, CMake, and shader programming, Kieran enabled features such as binary mesh loading, PS5 controller input, and ENet networking. His engineering approach emphasized platform consistency, memory safety, and efficient asset pipelines, resulting in a robust, extensible 3D engine foundation.
Overall Statistics
Feature vs Bugs
76%Features
Repository Contributions
242Total
Bugs
27
Commits
242
Features
85
Lines of code
508,373
Activity Months3
Your Network
11 people
Work History
March 2025
149 Commits • 42 Features
Mar 1, 2025March 2025 monthly performance for kieranknowles1/csc8508-team-project focused on PS5 platform parity, stability, and cross-platform maintainability, delivering core gameplay and UI improvements, enhanced online capabilities, and asset-management reductions.
149 Commits • 42 Features
Mar 1, 2025March 2025 monthly performance for kieranknowles1/csc8508-team-project focused on PS5 platform parity, stability, and cross-platform maintainability, delivering core gameplay and UI improvements, enhanced online capabilities, and asset-management reductions.
March 2025
February 2025
85 Commits • 40 Features
Feb 1, 2025February 2025 monthly summary for kieranknowles1/csc8508-team-project. Focused on stabilizing cross-platform builds, accelerating asset and mesh workflows, hardening physics, and advancing platform readiness (PS5 and Windows). Key outcomes include build system stabilization with cmake-based builds, introduction of a MeshCompiler build target, asset/mesh pipeline enhancements (chunk-count calculation, binary mesh loading, and resource-manager integration), pivotal Bullet physics improvements (vector3 conversions, debug draw, and fixes for step, deactivation, and collision handling), and significant progress on PS5/Windows platform support along with basic performance tooling and documentation cleanup.
February 2025
85 Commits • 40 Features
Feb 1, 2025February 2025 monthly summary for kieranknowles1/csc8508-team-project. Focused on stabilizing cross-platform builds, accelerating asset and mesh workflows, hardening physics, and advancing platform readiness (PS5 and Windows). Key outcomes include build system stabilization with cmake-based builds, introduction of a MeshCompiler build target, asset/mesh pipeline enhancements (chunk-count calculation, binary mesh loading, and resource-manager integration), pivotal Bullet physics improvements (vector3 conversions, debug draw, and fixes for step, deactivation, and collision handling), and significant progress on PS5/Windows platform support along with basic performance tooling and documentation cleanup.
January 2025
8 Commits • 3 Features
Jan 1, 2025Month: 2025-01 — Kieranknowles1/csc8508-team-project Key features delivered: - Initial Project Setup and Rendering Framework: Established project structure with CMakeLists.txt, main entry, and a functional OpenGL rendering loop, providing a repeatable build and rendering baseline. - 3D Rendering Pipeline, Cube Rendering, and Asset Integration: Implemented 3D cube rendering with a modular shader system and mesh/material assets, enabling asset-driven rendering and iterative visuals. - Bullet Physics Integration and Dependency Management: Integrated Bullet Physics with a BulletWorld and gravity; added a CLI demo and introduced vcpkg-based dependency management to streamline external libraries. Major bugs fixed: - Log Initialization Bug Fix for Rendering: Fixed uninitialized lineCount and textCount in GameTechRenderer.h to prevent log spam when debug drawing an empty buffer. Overall impact and accomplishments: - Built a scalable rendering and physics foundation, enabling rapid feature iteration for 3D visualization and simulation. - Improved build reproducibility and dependency management, reducing setup time for new environments. - Reduced log noise, improving debuggability and performance monitoring. Technologies/skills demonstrated: - CMake, OpenGL rendering, shader modularization, and asset pipelines - Bullet Physics integration and world simulation - Dependency management via vcpkg - CLI tooling for quick rendering demos This month delivered a solid baseline for interactive 3D rendering with physics, ready for feature expansion in the next cycle.
8 Commits • 3 Features
Jan 1, 2025Month: 2025-01 — Kieranknowles1/csc8508-team-project Key features delivered: - Initial Project Setup and Rendering Framework: Established project structure with CMakeLists.txt, main entry, and a functional OpenGL rendering loop, providing a repeatable build and rendering baseline. - 3D Rendering Pipeline, Cube Rendering, and Asset Integration: Implemented 3D cube rendering with a modular shader system and mesh/material assets, enabling asset-driven rendering and iterative visuals. - Bullet Physics Integration and Dependency Management: Integrated Bullet Physics with a BulletWorld and gravity; added a CLI demo and introduced vcpkg-based dependency management to streamline external libraries. Major bugs fixed: - Log Initialization Bug Fix for Rendering: Fixed uninitialized lineCount and textCount in GameTechRenderer.h to prevent log spam when debug drawing an empty buffer. Overall impact and accomplishments: - Built a scalable rendering and physics foundation, enabling rapid feature iteration for 3D visualization and simulation. - Improved build reproducibility and dependency management, reducing setup time for new environments. - Reduced log noise, improving debuggability and performance monitoring. Technologies/skills demonstrated: - CMake, OpenGL rendering, shader modularization, and asset pipelines - Bullet Physics integration and world simulation - Dependency management via vcpkg - CLI tooling for quick rendering demos This month delivered a solid baseline for interactive 3D rendering with physics, ready for feature expansion in the next cycle.
January 2025
Activity
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Quality Metrics
Correctness85.4%
Maintainability86.0%
Architecture82.0%
Performance77.8%
AI Usage20.2%
Skills & Technologies
Programming Languages
BatchCC#C++CMakeCgGLSLGitHLSLJSON
Technical Skills
3D Graphics3D Math3D Modeling3D RenderingAnimationArchitecture DesignAsset IntegrationAsset ManagementAsset PipelineAudio EngineeringAudio IntegrationBatch ScriptingBuffer ManagementBuild ConfigurationBuild Engineering
Repositories Contributed To
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