Digital communication platforms have had an impact on plastic surgery research. Although neurocognitive testing is an important tool for understanding the long-term developmental outcomes of congenital craniofacial conditions, testing has been geographically limited because of its interactive nature. Virtual neurocognitive testing is a facsimile version of in-person testing that allows researchers to overcome this limitation with high fidelity. Ten school-age subjects completed a neurocognitive assessment battery measuring intelligence quotient, academic achievement, and visuomotor skills at an average age of 7.8 ± 1.4 years. The subjects then retook the same battery through an identical virtual testing method approximately 1 year after the initial test. There were no significant differences in verbal intelligence quotient (p = 0.878), performance intelligence quotient (p = 0.813), and full-scale intelligence quotient (p = 0.982) scores obtained through in-person and virtual tests. There were no significant differences between academic achievement letter and word recognition (p = 0.999), math computation (p = 0.619), reading comprehension (p = 0.963), and spelling (p = 0.344) scores. There were no significant differences in visuomotor integration (p = 0.158), visual perception (p = 0.798), and motor coordination (p = 0.796) scores obtained through the two methods. The median at-home time to set up study equipment for the virtual testing was 5.0 minutes (interquartile range, 2.3 minutes). Seventy percent of participants reported that they preferred participating in research from home. All participants stated that the virtual research study was an overall positive experience. Virtual neurocognitive testing is an effective method of performing high-fidelity neurocognitive assessments while overcoming geographic barriers.
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