I conducted thorough colorblindness testing to ensure every player could easily distinguish characters and environments. Using filters to simulate all eight types of colorblindness, we adjusted palettes, added contrasting patterns, and refined outlines for clarity. This process helped us create a visually distinct experience that stayed true to the game’s style while remaining accessible to all players.

My team and I incorporated OpenDyslexic into Knuckle Knockout to make the game’s menus and text more accessible to players with dyslexia. The font’s unique design, heavier bottoms and distinct letter shapes, helps prevent letters from flipping or shifting while reading. As someone who personally benefits from it, I wanted to ensure other players could experience the same ease. Adding the option to toggle between our default font and OpenDyslexic was a small design decision that made the game more inclusive and user-friendly for everyone.

My team and I refined Knuckle Knockout’s player controller through extensive user testing to balance excitement with comfort. Early builds caused motion sickness and overstimulation due to intense screen shake and rapid movement feedback. By iterating on camera motion, impact timing, and visual effects, we preserved the game’s energetic, “rattling” feel while ensuring players could enjoy fast-paced action without discomfort or sensory overload.

My team and I refined Knuckle Knockout’s player controller through extensive user testing to balance excitement with comfort. Early builds caused motion sickness and overstimulation due to intense screen shake and rapid movement feedback. By iterating on camera motion, impact timing, and visual effects, we preserved the game’s energetic, “rattling” feel while ensuring players could enjoy fast-paced action without discomfort or sensory overload.

My team and I refined Knuckle Knockout’s player controller through extensive user testing to balance excitement with comfort. Early builds caused motion sickness and overstimulation due to intense screen shake and rapid movement feedback. By iterating on camera motion, impact timing, and visual effects, we preserved the game’s energetic, “rattling” feel while ensuring players could enjoy fast-paced action without discomfort or sensory overload.