Improvements in horizontality performance as a function of type of training

Area of Science:

• Cognitive Psychology
• Educational Psychology
• Spatial Cognition

Background:

• Spatial perceptual ability is crucial for academic success.
• Low spatial ability can hinder learning in various disciplines.
• Effective training methods are needed to remediate spatial deficits.

Purpose of the Study:

• To compare the effectiveness of learner-guided versus tutor-guided spatial training.
• To assess the impact of different training methods on spatial perceptual tasks.
• To investigate potential gender differences in spatial training outcomes.

Main Methods:

• Ninety undergraduates with low spatial ability were divided into control, learner-guided, and tutor-guided groups.
• Spatial perceptual tasks (horizontality, verticality) were administered pre- and post-training.
• Training involved different amounts and types of spatial instruction in a lab setting.

Main Results:

• Both training groups showed improved performance compared to pretesting.
• The learner-guided group outperformed tutor-guided and control groups on posttests and novel tasks.
• Gender differences favoring males were observed in control and tutor-guided groups, but not in the learner-guided group.

Conclusions:

• Learner-guided spatial training is more effective for improving spatial perceptual abilities in undergraduates.
• This method shows promise in mitigating gender-based performance gaps.
• Findings have implications for designing educational interventions for spatial skill development.