Police departments struggle to recruit officers, and voluntary drop-off of candidates exacerbates this challenge. Using four years of administrative data and a field experiment conducted in the Los Angeles Police Department, the authors analyze the impact of administrative burden on the likelihood that a candidate will remain in the recruitment process. Findings show that reducing friction costs to participation and simplifying processes improve compliance, as behavioral public administration would predict. Applicants who were offered simpler, standardized processes completed more tests and were more likely to be hired. Later reductions to perceived burden led to an 8 percent increase in compliance, with a 60 percent increase in compliance within two weeks. However, removing steps that would have allowed for better understanding of eligibility kept unqualified candidates in the process for longer, reducing organizational efficiency. These results extend the field's understanding of how administrative burden can impact the selection of talent into government.
Evidence for Practice• Simplifying recruitment processes is associated with a reduction in voluntary drop-offs in police recruitment. • Removing stages in the process that allow for better self-evaluation may increase learning costs, shifting unqualified candidates to later stages in the selection process. • Participation in expedited testing, in which applicants can complete more than one assessment per day, is correlated with higher persistence through the recruitment process and higher applicant quality. Elizabeth Linos is a behavioral scientist and public management scholar. Her research focuses on how to recruit, retain, and motivate public servants. Specifically, her studies consider how we can improve diversity in recruitment and selection, how to reduce burnout at work, and how different work environments affect performance. In her research on behavioral public administration, she also studies how to use low-cost nudges to reduce administrative burdens and improve resident-state interactions.