There is no game without sound, art, programming or design, so we can say that game development is all about interdisciplinary collaboration, and that's what, from my point of view, makes working in the industry so great. You end up learning a little bit of everything, on your own or from your co-workers. I realized this at my university, working on projects with students from other majors, but I could also see it reflected in the workplace, developing games at Digital Sun Games and working everyday alongside wonderful people from other disciplines.
By collaborating with neuroscientists, we significantly improved our puzzle game's cognitive training aspects. Neuroscientists helped us design puzzles that targeted specific cognitive functions, like memory, attention, and problem-solving. For example, they shared insights on how to create challenges that activate the brain's working memory, such as pattern recognition and sequence recall tasks. This collaboration ensured that our game provided players with not only entertainment but also opportunities to enhance their cognitive abilities. The subtleties we considered were the specific cognitive functions we wanted to target and the challenge balance to keep players engaged without feeling overwhelmed. This collaboration resulted in a game that not only entertained but also had potential cognitive benefits for players.
By collaborating with psychologists, we greatly enhanced a horror game by optimizing its atmosphere, sound design, and narrative elements. Incorporating psychological principles of fear and anxiety, the game became more immersive and terrifying. Examples include utilizing techniques such as suspense-building, jump scares, and subtle audio cues to evoke intense emotions in players. The collaboration ensured a deeper understanding of player psychology, resulting in a unique and captivating horror experience.
In a sports game development project, collaborating with professional athletes and sports biomechanists greatly enhanced the authenticity of player movements and actions. Through this collaboration, we were able to study the biomechanics of real athletes and incorporate their insights into the game mechanics. This resulted in a truly lifelike portrayal of sports movements, including the precision of actions, fluidity of movements, and realistic physics. For example, working with professional basketball players allowed us to capture the intricacies of shooting techniques, dribbling styles, and defensive maneuvers, ensuring that players in the game felt like they were truly controlling athletes on the court. This cross-disciplinary collaboration moved beyond traditional game design, delivering a realistic sports experience that resonated with players on a whole new level.