Non-verbal IQ Gains from Relational Operant Training Explain Variance in Educational Attainment: An Active-Controlled Feasibility Study

Research suggests that training relational operant patterns of behavior can lead to increases in general cognitive ability and educational outcomes. Most studies to date have been under-powered and included proxy measures of educational attainment. We attempted to extend previous findings with increased experimental control in younger children (aged 6.9–10.1 years). Participants (N = 49) were assigned to either a relational training or chess control group. Over 5 months, teachers assigned class time to complete either relational training or play chess. Those who were assigned relational training gained 8.9 non-verbal IQ (NVIQ) points, while those in the control condition recorded no gains (dppc2 = .99). Regression analyses revealed that post-training NVIQ predicted reading test scores (conducted approximately 1 month later) over and above baseline NVIQ in the experimental condition only, consistent with what we might expect in a full test of far transfer towards educational outcomes

Relational frame theory, mathematical and logical skills : A multiple exemplar training intervention to enhance intellectual performance

The current study investigated the effects of Relational Frame Theory (RFT) based training on mathematical and logical skills. A sample of 21 Swedish high school students attending first grade and second grade were assigned to either training (n= 10) or no-training conditions (n=11). Measures of performance on mathematical tests, Raven's Standard Progressive Matrices (SPM), and relational responding tasks were taken prior to and after training. For 8-10 weeks, the experimental group trained using SMART, an online multiple exemplar training program for enhancing relational skills. No significant differences between the groups were found on mathematical performance. A significant increase on SPM performance was observed for the experimental group. The findings are in line with previous research on RFT, suggesting that behaviorally based interventions can enhance intellectual performance. Population characteristics, SMART training procedures, strengths and methodological limitations are discussed. © 2016 AAC.Article</p

Relational frame theory, mathematical and logical skills : A multiple exemplar training intervention to enhance intellectual performance

The current study investigated the effects of Relational Frame Theory (RFT) based training on mathematical and logical skills. A sample of 21 Swedish high school students attending first grade and second grade were assigned to either training (n= 10) or no-training conditions (n=11). Measures of performance on mathematical tests, Raven's Standard Progressive Matrices (SPM), and relational responding tasks were taken prior to and after training. For 8-10 weeks, the experimental group trained using SMART, an online multiple exemplar training program for enhancing relational skills. No significant differences between the groups were found on mathematical performance. A significant increase on SPM performance was observed for the experimental group. The findings are in line with previous research on RFT, suggesting that behaviorally based interventions can enhance intellectual performance. Population characteristics, SMART training procedures, strengths and methodological limitations are discussed. © 2016 AAC.Article</p