Abstract:

The rapid integration of Generative Artificial Intelligence in higher education introduces significant challenges to students' attention and critical thinking. This study investigates how architectural design, with a focus on campus transition spaces, can address these challenges by facilitating attention recovery and promoting deeper critical engagement. As pedagogical practices in higher education evolve, the importance of learning environments has increased. Transition spaces within academic buildings serve as adaptable settings that foster informal social interactions and incidental learning, thereby enhancing critical thinking and collaborative problem-solving beyond the classroom. These liminal zones provide opportunities for attention recovery and cognitive relief. Purposeful design interventions in these areas help students recover from mental fatigue and information overload.

Students' social behaviors, interactions, and preferred gathering areas are essential considerations in the architectural design of higher education environments. Access to restorative transitional spaces, defined by features such as natural light, comfortable seating, and connections to nature, has been linked to improved focus, reduced stress, and enhanced academic performance. These findings highlight the role of spatial design as an active agent in shaping cognitive and emotional states, rather than merely serving as a passive backdrop for academic life. This study synthesizes peer-reviewed research, grey literature, and architectural case studies—including the Collegi Universitari of Urbino and the North Torrey Pines Living and Learning Neighborhood—to identify best practices in transition-space design.

Drawing on insights from environmental psychology, spatial cognition, and architectural theory, this study conceptualizes transition spaces as cognitive ecotones: boundary environments that balance stimulation and refuge, social interaction and solitude, and movement and pause. These gradients are essential for maintaining students’ attentional health, particularly within an academic context increasingly shaped by AI-driven cognitive outsourcing. The study proposes a set of evidence-based design principles for creating restorative, cognitively supportive transition spaces on college campuses. The Ecotone Framework, which defines transitional spaces as dynamic gradients supporting attention and critical thought, is central to this approach. Incorporating such spaces into campus design enables higher education institutions to address the cognitive demands of the AI era and enhance students’ learning outcomes and overall well-being. To ensure continuous improvement and alignment with student needs, the study recommends implementing a feedback loop. This could include semester-end surveys and focus groups to evaluate the effectiveness of the design principles in practice. Feedback obtained would be used to iterate and refine the framework, demonstrating a commitment to evolving with educational and cognitive demands.

Keywords:

Attention restoration, Transition Spaces, Higher Education design, Cognitive offloading, Critical Thinking, Ecotone Framework, Student Wellbeing, Environmental Psychology.