Examining Patterns and Predictors of ADHD Teens’ Skill-Learning Trajectories During Enhanced FOrward Concentration and Attention Learning (FOCAL+) Training

Abstract

Objective

Examine patterns and predictors of skill learning during multisession Enhanced FOrward Concentration and Attention Learning (FOCAL+) training.

Background

FOCAL+ teaches teens to reduce the duration of off-road glances using real-time error learning. In a randomized controlled trial, teens with ADHD received five sessions of FOCAL+ training and demonstrated significant reductions in extended glances (>2-s) away from the roadway (i.e., long-glances) and a 40% reduced risk of a crash/near-crash event. Teens’ improvement in limiting long-glances as assessed after each FOCAL+ training session has not been examined.

Method

Licensed teen (ages 16–19) drivers with ADHD (n = 152) were randomly assigned to five sessions of either FOCAL+ or modified standard driver training. Teens completed driving simulation assessments at baseline, after each training session, and 1 month and 6 months posttraining. Naturalistic driving was monitored for one year.

Results

FOCAL+ training produced a 53% maximal reduction in long-glances during postsession simulated driving. The number of sessions needed to achieve maximum performance varied across participants. However, after five FOCAL+ training sessions, number of long-glances was comparable irrespective of when teens achieved their maximum performance. The magnitude of reduction in long-glances predicted levels of long-glances during simulated driving at 1 month and 6 months posttraining but not naturalistic driving outcomes. FOCAL+ training provided the most benefit during training to teens who were younger and had less driving experience.

Conclusion

FOCAL+ training significantly reduces long-glances beginning at the 1st training session.

Application

Providing five FOCAL+ training sessions early on during teen driving may maximize benefit.

Keywords

teen drivers mental disabilities distraction eye tracking simulation-based skill acquisition

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