Over six months, Connor Grady developed core gameplay systems for the Karkaranos/CapstoneRepository, focusing on enemy AI, combat mechanics, and robust state management. He engineered modular AI state machines and standardized interfaces in Unity using C#, enabling scalable enemy behaviors and consistent damage handling. His work included asynchronous rune casting, pathfinding reliability, and UI feedback improvements, all supported by disciplined code documentation and version control. By addressing both feature delivery and bug resolution, Connor enhanced gameplay flow, stability, and maintainability. The depth of his contributions is reflected in the project’s improved iteration speed, clearer architecture, and smoother player experience.
February 2026 (2026-02) monthly summary for Karkaranos/CapstoneRepository focusing on delivering user-facing features, stabilizing game flow, and showcasing strong technical execution.
February 2026 (2026-02) monthly summary for Karkaranos/CapstoneRepository focusing on delivering user-facing features, stabilizing game flow, and showcasing strong technical execution.
January 2026 — Capstone project: delivered targeted improvements to enemy AI in Karkaranos/CapstoneRepository to enhance gameplay balance and responsiveness. Implemented refined attack state timing, movement responsiveness, and health handling, paired with a robust AI state machine. Resolved a timing bug in attack states, stabilizing behavior across edge cases. Work was executed via a clear, traceable commit set enabling straightforward review and rollback if needed. Business value includes smoother combat feel, higher player engagement potential, and a solid foundation for future AI enhancements. Skills demonstrated include AI state machine design, game loop timing, performance tuning, and precise commit hygiene for maintainability.
January 2026 — Capstone project: delivered targeted improvements to enemy AI in Karkaranos/CapstoneRepository to enhance gameplay balance and responsiveness. Implemented refined attack state timing, movement responsiveness, and health handling, paired with a robust AI state machine. Resolved a timing bug in attack states, stabilizing behavior across edge cases. Work was executed via a clear, traceable commit set enabling straightforward review and rollback if needed. Business value includes smoother combat feel, higher player engagement potential, and a solid foundation for future AI enhancements. Skills demonstrated include AI state machine design, game loop timing, performance tuning, and precise commit hygiene for maintainability.
December 2025 summary for Karkaranos/CapstoneRepository: Implemented core combat enhancements, level navigation improvements, UI polish, and a crucial damage rounding fix. These changes improve gameplay clarity, balance, and feedback, enabling faster iteration and a better player experience.
December 2025 summary for Karkaranos/CapstoneRepository: Implemented core combat enhancements, level navigation improvements, UI polish, and a crucial damage rounding fix. These changes improve gameplay clarity, balance, and feedback, enabling faster iteration and a better player experience.
Month: 2025-11. This month focused on stabilizing core gameplay, delivering essential features, and improving observability to drive quicker debugging and higher quality releases. Key deliverables include a centralized GameManager, robust end-of-level flow, enhanced UI feedback, and strengthened pathfinding reliability, all backed by improved logging and null-safety. Business value highlights: reduced startup crashes, reliable level progression, actionable diagnostics for QA, and faster iteration cycles for feature work and bug fixes.
Month: 2025-11. This month focused on stabilizing core gameplay, delivering essential features, and improving observability to drive quicker debugging and higher quality releases. Key deliverables include a centralized GameManager, robust end-of-level flow, enhanced UI feedback, and strengthened pathfinding reliability, all backed by improved logging and null-safety. Business value highlights: reduced startup crashes, reliable level progression, actionable diagnostics for QA, and faster iteration cycles for feature work and bug fixes.
October 2025 Monthly Summary for Karkaranos/CapstoneRepository. Delivered substantial architectural enhancements, gameplay systems, and stability improvements that enable faster iteration, richer player experience, and clearer developer guidance. Highlights include completion of core state management, asset wiring for prefabs, and critical bug fixes that improve scene persistence, pathfinding reliability, and runtime stability. Emphasis on maintainable code practices and scalable design to support upcoming features and longer-term business value.
October 2025 Monthly Summary for Karkaranos/CapstoneRepository. Delivered substantial architectural enhancements, gameplay systems, and stability improvements that enable faster iteration, richer player experience, and clearer developer guidance. Highlights include completion of core state management, asset wiring for prefabs, and critical bug fixes that improve scene persistence, pathfinding reliability, and runtime stability. Emphasis on maintainable code practices and scalable design to support upcoming features and longer-term business value.
September 2025 (2025-09) — Karkaranos/CapstoneRepository: Delivered foundational enemy AI capabilities and standardized damage handling, establishing scalable gameplay mechanics and maintainability improvements. Key features include a dedicated Unity scene for enemy state machines, core AI scripts, and lifecycle interfaces to control enemy behavior. The project also introduced the IDamageable interface with documented usage to standardize damage processing across game objects. No major bugs were reported this month; the focus was on architecture, documentation, and code quality to reduce future integration risk. Impact: enables rapid iteration of enemy behavior, cleaner integration of new game objects, and consistent damage semantics across the codebase. Technologies/skills demonstrated: Unity, C#, state-machine design, interface-based architecture, inline documentation, and disciplined commit practices.
September 2025 (2025-09) — Karkaranos/CapstoneRepository: Delivered foundational enemy AI capabilities and standardized damage handling, establishing scalable gameplay mechanics and maintainability improvements. Key features include a dedicated Unity scene for enemy state machines, core AI scripts, and lifecycle interfaces to control enemy behavior. The project also introduced the IDamageable interface with documented usage to standardize damage processing across game objects. No major bugs were reported this month; the focus was on architecture, documentation, and code quality to reduce future integration risk. Impact: enables rapid iteration of enemy behavior, cleaner integration of new game objects, and consistent damage semantics across the codebase. Technologies/skills demonstrated: Unity, C#, state-machine design, interface-based architecture, inline documentation, and disciplined commit practices.
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