Driver Education and Licensing Programs

Bates, Lyndel Judith; Filtness, Ashleigh; Watson, Barry · 2018 · Crossref

DOI: 10.1108/s2044-994120180000011002

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Summary

This chapter reviews the efficacy of driver education and licensing programs as countermeasures for reducing road crash rates, with a specific focus on novice drivers. The authors address the high crash risk associated with young, inexperienced drivers, who are over-represented in crash statistics due to factors such as immaturity, poor risk perception, and exposure to high-risk conditions. The review evaluates key concepts in licensing, including Graduated Driver Licensing (GDL), the role of parents, compliance and enforcement, and driver testing. It also examines various forms of driver education, distinguishing between pre-licence training and post-licence education, and assesses the emerging role of driving simulators in augmenting traditional training methods. The analysis finds that GDL systems are successful in reducing crash rates by limiting novice drivers’ exposure to high-risk situations through staged restrictions. Key effective components include mandatory supervised practice during the learner phase, with evidence suggesting that approximately 120 hours of supervised driving reduces crash risk. During the provisional phase, restrictions on night driving, passenger numbers, and blood alcohol content are effective, even with moderate compliance rates. Parental involvement is identified as a critical factor; parents who enforce stricter limits significantly reduce their children’s risky driving behaviors and crash involvement. Conversely, the evidence for driver education is mixed. While resilience training, which focuses on interpersonal skills and resisting peer pressure, shows positive outcomes including a 44% reduction in crashes in one study, procedural skills training such as skid handling has been linked to increased crash rates. School-based education may inadvertently increase risk by encouraging earlier licensure. The review further highlights that driving simulators offer a safe environment for developing hazard perception and visual scanning skills. Simulator training has been shown to improve these cognitive skills, with some benefits transferring to real-world driving, such as reduced eye-off-road time. However, concerns remain regarding the potential for simulators to induce overconfidence due to the lack of physical consequences for errors. The authors conclude that GDL systems should be introduced or strengthened with best-practice restrictions, and that driver education programs must be carefully selected, as some may increase crash risk. Future research is needed to ensure these systems adequately equip novice drivers with the skills required for modern driving environments.

Key finding

Graduated Driver Licensing is a successful countermeasure for reducing the crash rates of young novice drivers, while the effectiveness of driver education initiatives is mixed and varies significantly by program type.

Methodology

review

Provenance

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Topics

Ranked by relevance to this paper. Hover a topic for its definition.

• learner drivers
• driver education effectiveness
• novice drivers
• graduated licensing
• simulator training transfer
• parental management

Information type

What kind of knowledge this paper contributes, grouped by family — independent of topic (what it is about) and method (how it was studied).

• Applied Guidance: countermeasure evaluation, policy recommendations
• Theoretical Contribution: computational model