The Hidden Complexity of International Student Transition
The journey of an international student is rarely defined by a single obstacle. Instead, it unfolds through overlapping layers of uncertainty — spatial, cultural, linguistic, and institutional.
During the first weeks on campus, students are not only learning where to go. They are decoding how things work, when to speak, what is expected, and whether they truly belong.
When navigation becomes mentally demanding, connection is often delayed.
And when connection is delayed, belonging is postponed.
This project is grounded in the following central research question:
Can immersive, place-based digital layers reduce early spatial anxiety and accelerate students’ sense of belonging?
Higher Stress Levels
Acculturative Adjustment
International students frequently experience elevated levels of acculturative stress during early transition, particularly when navigating unfamiliar academic systems, linguistic barriers, and cultural expectations (Smith & Khawaja, 2011; Soufi Amlashi et al., 2024).
Belonging Predicts Persistence
Retention & Engagement
Research consistently demonstrates that students who develop a stronger sense of belonging are significantly more likely to remain enrolled and succeed academically (Strayhorn, 2018; Tinto, 2012; Dost & Mazzoli Smith, 2023).
800,000+
International Students in Canada
Canada hosts over 800,000 international students annually, reinforcing the importance of effective transition and integration systems (Canadian Bureau for International Education [CBIE], 2023).
Designing a Layer of Belonging
WelcomeAR proposes a place-based augmented reality system designed to reduce spatial uncertainty and support early belonging during international student transition.
Rather than replacing existing orientation structures, the prototype introduces contextual digital layers into physical campus spaces — offering spatial guidance, cultural cues, and narrative reassurance at the moment of need.
Spatial Navigation
AR markers provide real-time spatial guidance, helping reduce uncertainty in unfamiliar environments.
Contextual Translation
Contextual digital layers clarify institutional language and cultural expectations embedded within campus environments.
From confusion to clarity.
From navigation to belonging.
Building a Layer of Belonging
A research-driven spatial design system addressing early-stage international student disorientation.
01
Experiencing the Disorientation
Qualitative
Inquiry
Through qualitative interviews and literature review, early transition experiences were mapped as multi-layered challenges involving spatial confusion, cultural decoding, and institutional ambiguity. The research prioritized understanding lived uncertainty before proposing technological solutions.
02
Reframing Orientation
Problem Reframing
Traditional orientation models prioritize information delivery. However, findings revealed that access to information does not necessarily equate to spatial clarity or emotional readiness. The problem was reframed from navigation efficiency to belonging facilitation.
03
Designing the Digital Layer
AR Prototyping
The prototype integrates place-based AR markers that overlay contextual guidance onto physical campus spaces. Rather than replacing existing systems, this digital layer augments the environment, reducing uncertainty at the moment it occurs.
04
Testing for Clarity & Warmth
Testing & Refinement
Iterative refinements focused on cognitive ease, visual warmth, and intuitive interaction. Early feedback indicated that reducing spatial friction directly supports emotional readiness for connection and belonging.
The Researcher Behind WelcomeAR
Poliana Bertolai is a Master’s student in Arts of Digital Media and Global Communication at the University of Niagara Falls Canada. Her research explores how immersive technologies can function as spatial layers that reduce uncertainty and support early-stage belonging during international students transition.
With a background in visual storytelling and spatial experience design, her work bridges computational systems and belonging theory. Rather than treating augmented reality as a technical novelty, she approaches it as a contextual interface capable of clarifying institutional environments and fostering emotional integration.
Her practice operates at the intersection of immersive experience design, educational AR systems, and belonging-centered research.
Immersive Experience Design
Belonging-Centered Systems
Educational AR