Appointment systems: feasibility study of a new approach

Area of Science:

• Health Services Research
• Primary Care Medicine
• Healthcare Management

Background:

• Optimizing appointment scheduling is crucial for efficient healthcare delivery.
• Accurate time allocation in primary care settings can reduce patient wait times and improve resource management.
• Patient input into scheduling processes is an underutilized resource.

Purpose of the Study:

• To assess the accuracy of patient-estimated appointment times.
• To determine if patient estimates can inform a practical appointment booking system.
• To evaluate the effectiveness of a patient-informed scheduling model in a semirural practice.

Main Methods:

• Patients at a semirural dispensing practice were surveyed to estimate their required appointment duration.
• A comparative analysis was conducted between patient-estimated times and actual appointment lengths.
• Data were collected to validate the feasibility of a scheduling system based on patient input.

Main Results:

• Patient estimates for appointment duration were found to be sufficiently accurate.
• The validated system based on patient estimates proved to be effective in practice.
• No significant discrepancies were noted between estimated and actual appointment times.

Conclusions:

• Patient-driven time estimations are a reliable method for appointment scheduling.
• Implementing systems that incorporate patient time estimates can enhance practice efficiency.
• This approach offers a practical solution for optimizing appointment booking in primary care.