What Makes a Video Game Feel Beautiful? Ecuadorian Gamers Reveal the Hidden Anatomy of Aesthetic Experience

When players pick up a controller, they rarely think about philosophy. Yet the question of what makes a video game feel beautiful, absorbing, or emotionally resonant has occupied thinkers from Plato to modern cognitive scientists, and a new study from Ecuador brings that ancient debate into the living room. Researchers at Universidad Católica de Santiago de Guayaquil examined how award-winning video games shape what scholars call the aesthetic experience, and how players perceive the ease with which they can enter, understand, and navigate a game’s systems. Their findings, published in Frontiers in Human Dynamics, suggest that beauty in interactive media is not a fixed property of graphics or sound, but an emergent process built moment by moment from mechanics, feedback, and the player’s own interpretive labor.

The research team, Alonso Eduardo Veloz Arce and Mauricio Pérez Moreno, built their investigation on a hybrid analytical model that fuses two influential frameworks from game design theory. The first, known as MDA for Mechanics, Dynamics, and Aesthetics, treats games as systems in which rules generate emergent behaviors that in turn produce emotional responses in players. The second, DDE for Design, Dynamics, and Experience, extends this view by treating the player’s journey as a temporal process that integrates sensory perception, cognition, and emotion, not just feeling. By combining them, the researchers created a four-dimensional lens covering player agency, immersion and role projection, sensory engagement, and emotional impact, with a cross-cutting category they call perceived interactional accessibility.

That last term deserves careful definition, because the researchers are explicit that it is not the same as game accessibility in the established sense, which refers to removing barriers for players with physical, sensory, motor, or cognitive disabilities. Instead, perceived interactional accessibility describes a player’s subjective sense of how readily the gameplay experience can be entered and understood through clarity of mechanics, objectives, environmental guidance, and system feedback. It is also distinct from usability, learning curves, or cognitive load, though it touches on all of them. The authors position it as an interpretive category within player experience rather than a psychometric measure, a distinction that matters for how the findings should be read.

To test the model empirically, the team recruited 31 adult gamers in Guayaquil, Ecuador, aged between 18 and 31, with a mean age of about 20.5 years. Twenty-six participants were male and five were female, and the group self-classified as either mid-core or hard-core gamers, categories the researchers used as recruitment criteria rather than formal psychometric labels. Because the study was exploratory, participants did not all play every title. Instead, partially overlapping subsamples took part in supervised gameplay sessions: 19 players evaluated Astro Bot, 19 evaluated Helldivers 2, 17 evaluated Hi-Fi Rush, and 11 evaluated The Legend of Zelda: Tears of the Kingdom. Each session lasted roughly 30 to 45 minutes and was followed by a structured assessment questionnaire tailored to the game while preserving the same four analytical dimensions.

The four games were chosen through intentional sampling based on recognition at The Game Awards for 2023 and 2024, and they represent strikingly different interaction structures. Astro Bot is a platformer built on exploration, power-ups, environmental guidance, and haptic feedback through the DualSense controller. Helldivers 2 is a cooperative third-person shooter organized around shared limited lives, dynamic difficulty, and team coordination. Hi-Fi Rush fuses platforming and action combat with rhythm-based mechanics and continuous musical synchronization. Tears of the Kingdom offers an open world centered on exploration, environmental physics, resource management, and abilities such as Ultrahand, Fuse, Ascend, and Recall. This diversity allowed the researchers to compare how aesthetic experience emerges under very different design conditions.

The quantitative results revealed distinct patterns for each title. In Astro Bot, 84 percent of participants, 16 of 19, associated the game’s limited narrative focus with easier entry into the gameplay experience, suggesting that reducing interpretive demands can strengthen player agency and initial engagement. In Helldivers 2, 84 percent valued the shared-lives system as a source of challenge, and 74 percent associated gameplay with cooperative dynamics, pointing to social interaction and collective risk as engines of emotional engagement. In Hi-Fi Rush, the picture was more ambivalent: 59 percent expressed dissatisfaction with the tutorial, yet 88 percent considered musical feedback essential to the experience. And in Tears of the Kingdom, 45 percent reported interruptions in gameplay flow, mostly during exploration and climbing, while 73 percent identified joy, satisfaction, discovery, and accomplishment as the predominant emotional response.

These patterns led the researchers to a nuanced conclusion about the relationship between sensory polish and ease of understanding. Hi-Fi Rush demonstrates that a game can deliver a powerful audiovisual experience while still creating friction at the point of entry, because the clarity of its interaction systems lagged behind the richness of its sensory design. Conversely, Tears of the Kingdom shows that frustration and flow interruptions do not necessarily diminish the overall evaluation of an experience; instead, obstacles can contribute to a more complex and meaningful aesthetic journey when they coexist with strong positive emotions. The aesthetic experience, in other words, is not a simple pleasure meter but a dynamic interplay of tension, satisfaction, and interpretation.

To contextualize the player data, the team conducted semi-structured interviews with four international experts in video game design and development: Ángel Zurita and Daniel González from Spain, Marco González from Chile, and Vicente Contreras from Mexico. The experts agreed that aesthetics in games should not be reduced to visual components but understood as a holistic experience emerging from the interaction between player and system. They emphasized the importance of sensory feedback, clarity of mechanics, and system coherence, and they highlighted the central design challenge of balancing ease of entry with experiential depth, maintaining the interest of advanced players without excluding less experienced ones. They also noted that frameworks like MDA and DDE are useful analytical tools but must be adapted to each design context.

The authors are careful about the limits of their work. The sample was recruited through non-probability convenience sampling, was predominantly male, excluded casual players, and was drawn from a single city, so the findings should not be generalized to broader gaming populations or other cultural contexts. Participants were not recruited according to disability status, which means the results on perceived interactional accessibility reflect player-centered perceptions of ease of engagement rather than evidence about formal game accessibility. The gameplay sessions captured initial, short-term responses rather than longitudinal changes in mastery, and because the game-specific subsamples overlapped partially, the study emphasizes within-title descriptive interpretation rather than direct statistical comparison between games. No inferential statistics were performed, and the researchers deliberately avoided reliability coefficients like Cronbach’s alpha because their instruments were not psychometric scales.

Despite these constraints, the study offers something genuinely useful: a conceptual and methodological bridge between structural design frameworks and the lived experience of players, tested in a Latin American research context that remains underrepresented in game studies. The authors propose that future work should apply the hybrid MDA–DDE model to larger and more heterogeneous samples, including casual players and participants from different cultural backgrounds, develop standardized instruments for assessing its dimensions, and conduct longitudinal studies tracking how aesthetic experience evolves as players gain mastery. Most importantly, they call for future research to address game accessibility directly by involving players with disabilities, so that the relationship between perceived ease of engagement and the removal of real interactional barriers can be empirically examined. For an industry increasingly invested in inclusive design, understanding how clarity, feedback, and emotion converge into a sense of beauty may prove to be more than an academic exercise.

Subject of Research: Aesthetic experience and perceived interactional accessibility in award-winning video games analyzed with a hybrid MDA–DDE framework

Article Title: Aesthetic experience and perceived interactional accessibility in award-winning video games: a mixed-methods study using MDA–DDE with gamers in Guayaquil, Ecuador

Article References: Veloz Arce, A. E., & Pérez Moreno, M. (2026). Aesthetic experience and perceived interactional accessibility in award-winning video games: a mixed-methods study using MDA–DDE with gamers in Guayaquil, Ecuador. Frontiers in Human Dynamics, 8, Article 1937926. https://doi.org/10.3389/fhumd.2026.1937926

Image Credits: AI Generated

DOI: 10.3389/fhumd.2026.1937926

Keywords: video games, aesthetic experience, MDA framework, DDE framework, player experience, game accessibility, sensory engagement, emotional impact, player agency, immersion, mixed methods, Guayaquil