The Problem: Test Anxiety & Student Performance
Test anxiety the intense worry, fear, or physiological arousal that some students experience before or during exams, is a real barrier to academic performance and well-being. One study in Saudi Arabia found a high prevalence of anxiety and stress among health-science students during the shift to virtual learning.
Large audiences or high-stakes settings also trigger measurable stress via cortisol and other biomarkers. For example, when students privately spoke or performed tasks in a virtual audience setting, their physiological stress responses were elevated.
So the question becomes: how can we reduce the “panic” and boost the “performance” side of the equation? Enter immersive technologies.
What Does the Research Show So Far?
Here are some key findings from recent research:
A validation study involving 21 students (11 high anxiety, 10 low anxiety) exposed them to virtual environments (home → metro → lecture hall). The high-anxiety group showed higher levels of anxiety and depression in the VR settings than the low-anxiety group, suggesting VR can reliably provoke the emotional state related to test anxiety.
In a 2024 article, researchers at St George’s, University of London, had 100 healthcare students take 7-minute VR hypnosis-based stress management sessions for five days. Students using VR headsets reported greater reductions in perceived stress, anxiety and improved well-being compared to smartphone video interventions.
The desktop VR exposure study (2023) found the three simulated scenarios of increasing difficulty (oral exam style) were able to elicit increasing levels of anxiety, confirming feasibility, albeit not yet long‐term treatment studies.
The pilot with younger students (ages ~11) found significant reductions in self-perceived anxiety over the VR program (p < 0.001) and significant heart‐rate variability changes (p = 0.002).
Together, these findings suggest that VR can: (a) induce exam‐like stress in a controlled way; (b) serve as a basis for intervention (preparation, exposure, relaxation); and (c) produce measurable benefits in anxiety reduction and performance readiness.
Practical Implications: How Could It Be Used for Students?
Here are some suggestions for educators or institutions interested in leveraging VR to help students move from panic to performance:
Pre‐exam simulation sessions
Use VR to simulate exam corridors, waiting rooms, oral exam scenarios or large audience settings.
Let students “practice” the environment so that the novelty and stress are reduced when the real exam arrives.
Incorporate mindfulness / relaxation VR modules
Pair VR exposure with stress‐reduction modules (breathing, guided visualisation) as was done in the St George’s study.
Short, daily VR sessions (7-10 minutes) leading up to an exam can build resilience.
Use VR for mindset priming & rehearsal
Beyond just simulating stress, VR can be used to rehearse positive mindsets (e.g., “I am prepared”, “I can handle this”) and visualise success. (See research on VR priming for academic mindsets.) arXiv
This helps shift from a scarcity/anxiety mindset to an abundance/confidence mindset.
Monitor physiological responses (optional but valuable)
Using wearable sensors (heart-rate variability, galvanic skin response) during VR sessions can give feedback on whether the stress is being triggered and managed.
For instance, the younger‐student pilot found correlations between HR changes and perceived anxiety. PubMed
Integrate into broader exam‐prep strategy
VR is not a silver bullet. It should complement good study habits, revision, familiarisation with exam formats, and psychological coping skills (sleep, nutrition, peer support).
Schools can embed VR modules as part of a “stress management week” before major exams.
Address accessibility and equity
VR hardware can be costly; institutions need to ensure access for all students and consider alternatives (e.g., 360° video).
Also important: user comfort (motion sickness), cultural relevance of VR scenarios, and the fact that overexposure without moderation could lead to avoidance behaviours. Some caution this in public-speaking VR research.
Made by Noor Amad