Parent-focused Primary Prevention of Child Sexual Abuse: An Effectiveness-implementation Hybrid Trial

To expand the empirical evidence for the effectiveness of Smart Parents and to explore the implementation factors that might promote or hinder adoption, fidelity, and scalability, the proposed study uses a type 2 hybrid effectiveness-implementation design. Designed to efficiently bridge the research to practice gap, the type 2 hybrid design tests the effectiveness of an intervention while concurrently exploring the viability of an explicit implementation strategy in a real world setting. To determine effectiveness (Aims 1 & 2), the investigators will conduct a pragmatic, quasi-experimental, stepped wedge cluster randomized trial (SW-CRT; N = 400) of CSA-related awareness (i.e., knowledge and attitudes about CSA and CSA prevention) and intention to use CSA protective behaviors for parents receiving Smart Parents when added to PAT (PAT+Smart Parents) compared to parents receiving PAT treatment as usual (PAT-TAU; Aim 1). The investigators will follow-up participating parents in both conditions at 12- and 24-months to determine retention of awareness (i.e., knowledge and attitudes) and actual use of protective behaviors (Aim 2).

A variation of a crossover experimental design, the SW-CRT is a pragmatic experimental design wherein randomized clusters sequentially transition from control to intervention until all clusters are exposed to the intervention. Once introduced to a cluster, the intervention is never removed. Facilitated by PAT National, 25 PAT sites will be recruited at the start of the study period. Sites will then be randomized into 1 of 5 clustered sequences (or steps) each containing 5 sites (or clusters). At the time on randomization, providers at all sites will begin recruiting eligible parents for participation in research and parents will begin the data collection protocols. At the point of the wedge, sites will be trained to deliver Smart Parents and will transition from control (PAT+TAU) to intervention (PAT+Smart Parents) conditions, the timing of which will be determined by the randomized step assignment.