Dungeon Dominator
As the sole audio designer on the project, I was responsible for the complete audio production pipeline, from content creation and implementation to mixing and audio system design.
Responsibilities
- Creating and implementing all in-game sound effects
- Designing and maintaining the FMOD project architecture
- Performing project-wide mixing and balancing
- Collaboratomg with game designers and programmers to support gameplay feedback
Technical Highlights
Dungeon Dominator FMOD Architecture
Challenge
As Dungeon Dominator continued to grow, the audio system needed to support an increasing number of gameplay features, room types, NPC activities, combat scenarios and environmental states.
Without a clear middleware architecture, the project would quickly become difficult to maintain, slowing down implementation, debugging and future content development.
Solution
I designed and maintained the entire FMOD project architecture from the ground up, focusing on scalability, consistency and long-term maintainability.
The project was organized around a structured event hierarchy, standardized naming conventions and a clear routing system. Reusable implementation patterns were established to ensure that new content could be integrated efficiently without introducing technical debt.
Special attention was given to bus organization, VCAs, parameter design and event categorization, allowing complex audio systems to remain manageable throughout development.
Result
The resulting FMOD project remained organized and easy to navigate despite continuous content expansion.
The architecture reduced implementation overhead, accelerated iteration speed and provided a stable foundation for complex gameplay audio systems, dynamic mixing solutions and future project growth.
Challenge
Dungeon Dominator is a management-focused game where players spend extended periods of time within the same environment. Maintaining immersion without creating listener fatigue was a key audio design challenge.
The dungeon needed to feel alive and constantly active, while avoiding repetitive ambience that could become distracting or exhausting during long play sessions.
Solution
I designed a layered atmospheric soundscape that combined environmental ambience, room-specific activity, creature presence and subtle environmental details into a cohesive audio experience.
Each room type contributed its own sonic identity to the dungeon, helping players intuitively understand the state and function of different areas while reinforcing the game's dark fantasy atmosphere.
Result
The resulting soundscape helped transform the dungeon into a living, evolving space rather than a static game environment.
Players could continuously receive subtle environmental feedback while remaining immersed during extended gameplay sessions without significant auditory fatigue.
Challenge
Dungeon Dominator allows players to manage multiple active rooms simultaneously, each containing its own ambient sounds, work processes, NPC activities and gameplay events. Without proper prioritization, audio from dozens of active spaces would quickly overlap, resulting in a cluttered and unfocused soundscape.
Solution
I designed a camera-driven audio focus system that dynamically adjusted the mix depending on the player's view and distance. When the camera was zoomed out, the system provided a broad overview of the dungeon by blending global ambience with a controlled representation of nearby rooms. As the camera moved closer, the mix automatically shifted focus toward visible gameplay spaces, gradually reducing unrelated room activity and environmental layers. This ensured that the player always received the most relevant audio information without overwhelming the mix.
Result
The system maintained environmental scale and immersion while preserving gameplay clarity, allowing the player to seamlessly transition between macro-level management and detailed room interaction without audio clutter.
