Prescription for change: Unveiling burnout perspectives among pharmacy leaders

Burnout among pharmacists is increasingly pertinent, with growing demand for effective interventions. Burnout can lead to reduced productivity, increased job turnover, medical errors, poor patient satisfaction, and other negative outcomes for patients and providers. Growing attention to burnout in the pharmacy profession highlights the need for personal, organizational, and systemic solutions. However, the uptake and relative efficacy of different approaches remain unclear, particularly within community pharmacy practice. This study sought the viewpoint of community pharmacy leaders (i.e., community pharmacy managers, district managers, franchisees, owners, and executives from various pharmacy organizations) to characterize burnout from their perspectives.

This qualitative study followed a grounded theory approach. Community pharmacy leaders were interviewed using a semistructured format to gather in-depth insights into their experiences and perspectives on burnout and engagement.

Sixteen people were interviewed; interviews lasted 30 to 65 minutes, averaging 51 minutes long. Six themes were identified: perceived disconnection between front-line staff and pharmacy decision-makers, overwhelming work demands, cautious optimism toward the expanding scope of pharmacy practice, the importance of employee recognition and appreciation, appropriateness and use of existing work resources, and multimodal, systemic responsibility and solutions to burnout.

Addressing burnout requires a multifaceted approach involving personal, organizational, and systemic interventions. Evidence from this study provides valuable insights into the feasibility and efficacy of specific interventions, informing future strategies to enhance workplace well-being and engagement. The study highlights the importance of managing job demands and maximizing resources, emphasizing that personal approaches alone are insufficient and that organizational and systemic interventions are crucial.