A paradigm for computer-assisted radiology resident rotation scheduling

Area of Science:

• Medical Education
• Computer Science Applications in Medicine
• Radiology Residency Programs

Background:

• Annual radiology resident scheduling is a complex task for chief residents.
• Current methods often lead to inefficiencies and inequities in schedule planning.

Purpose of the Study:

• To present a novel paradigm for interactive computer programs to optimize radiology resident scheduling.
• To reduce inefficiencies and inequities associated with annual residency schedule creation.

Main Methods:

• Developed a compact, interactive scheduling program using the Prolog programming language.
• Separated scheduling requirements into data files distinct from the control program.
• Program designed to run on Macintosh computers for portability.

Main Results:

• Residency schedules generated rapidly, within 3-7 seconds.
• The program's speed and query capabilities facilitate identification of overlooked scheduling conflicts.
• Enhanced flexibility compared to previously reported scheduling systems.

Conclusions:

• A portable, Prolog-based scheduling program has been developed.
• The program is quick, user-friendly, and addresses key challenges in resident scheduling.
• This approach offers a practical solution for improving the annual residency planning process.