The design of learning conditions that facilitate timely re-engagement and sustained involvement over time

The gap

Evidence profile

Sourced from the limitations and recommendations and stated research gap of the source papers, classified as general, spanning 4 journals.

Supporting evidence — 4 representative gaps

• Using Virtual Reality Sports Simulators in Adaptive Physical Education of Female College Students with Functional Disabilities (2026) · Education Sciences · doi

  We did not classify participants in the experimental group according to specific medical conditions; therefore, it remains unclear for which health conditions sports VR simulators may be most effective. The potential differential effects of the intervention across diagnostic categories remain unclear. At the same time, this study repre- sents an important first step, as students in the preparatory group constitute a substantial category within adaptive physical education and remain insufficiently studied in relation to VR-based interventions.

  generallimitations
  Keywords: group conditions unclear remain classify participants experimental according specific medical remains health sports simulators effective
• Virtual Reality-Enhanced Nursing Education: Meta-Analytic Evidence on Knowledge, Skills, and Motivation (2026) · Higher Education Studies · doi

  Based on the findings of this meta-analysis, several recommendations can be made to strengthen the integration of virtual reality (VR) in nursing education. First, educators should consider incorporating VR early in the learning process to harness its strong motivational benefits, which may enhance student engagement and readiness for more complex clinical tasks. VR activities should be paired with structured debriefing sessions and guided reflection to maximize cognitive and skill transfer. Second, curriculum designers are encouraged to adopt VR as a complementary tool rather than a standalone replacement for learning, and competency-based assessment can create a more holistic and immersive learning environment. training. Blending VR with simulation labs, case-based traditional Third, future research should focus on improving methodological rigor by using randomized designs, consistent assessment tools, and detailed reporting of intervention characteristics. Longer exposure periods and multi-session VR training should be explored to determine whether extended practice leads to stronger gains in knowledge and skills. Finally, institutions should invest in accessible and scalable VR technologies, provide training for faculty, and evaluate usability to ensure effective implementation. By addressing these areas, VR can be more fully leveraged to enhance learning outcomes and better prepare nursing students for clinical practice.

  generalrecommendations
  Keywords: learning based training nursing enhance clinical assessment practice meta several recommendations made strengthen integration virtual
• Digital and immersive approaches to anatomy education: a pilot comparative study of CI, VR, and hybrid learning in implant planning (2026) · BMC Medical Education · doi

  This study has several limitations. The findings reflect the instructional affordances of the specific CI and VR software platforms employed, and may not be directly transferable to systems with different interface designs or functionalities. The small sample size and single‑institu‑ tion design restricted statistical power and generalizabil‑ ity. Use of only two CBCT datasets limited anatomical diversity. The VR setup lacked dual headsets, hindering real‑time instructor–student alignment. Together, these factors underscore the preliminary nature of the work and highlight the need for larger, multi‑institutional studies with varied datasets and improved technical integration. Furthermore, the absence of a Pre‑test for Clinical Application limits the ability to quantify individual learn‑ ing gains in this domain. While Post‑test and Follow‑Up scores reflect newly acquired skills and their short‑term retention, the lack of baseline data should be considered a limitation when interpreting these results. In addi‑ tion, the CI + VR group received approximately double the instructional exposure compared to CI or VR alone, which may represent a potential confound when inter‑ preting group differences.

  generallimitationsevidence 5/5
  Keywords: reflect instructional tion datasets test group several limitations affordances specific software platforms employed directly transferable
• Adaptive prompting for virtual reality learning: a multimodal study grounded in construal level theory (2026) · Education and Information Technologies · doi

  The study identifies a gap in the design of learning conditions that facilitate timely re-engagement and sustained involvement over time. The study highlights the need for instructional supports that respond to learners' changing cognitive-emotional states during VR-based learning. The study notes that prior work has not fully addressed the issue of designing adaptive proximity-framed prompts for VR-based learning.

  generalstated research gapevidence 5/5
  Keywords: study identifies gap design learning conditions facilitate timely

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