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A Fundamental Study on the Facility Space Planning in a Smart Health Environment - Focusing on General Hospital Cases in Korea and United States

  • JOURNAL OF THE KOREA INSTITUTE OF HEALTHCARE ARCHITECTURE
  • Abbr : KIHA
  • 2026, 32(1), pp.25~33
  • Publisher : Korea Institute Of Healthcare Architecture
  • Research Area : Engineering > Architectural Engineering
  • Received : January 19, 2026
  • Accepted : February 24, 2026
  • Published : March 15, 2026

Kim, Youngaee 1 Lee, Seungeun 2 Kim, Sinhwan 3

1건양대학교
2Texas A&M
3East Texas A&M

Accredited

ABSTRACT

Purpose: The development of a smart health environment begins with patient safety and is expanding to improve quality and healthcare services. Currently, guidelines for smart health environments are being proposed for the design of medical institutions. This study analyzes smart health environment data from eight hospitals in the United States and South Korea to identify facility space requirements. Methods: Data collection used the Gemini family of models API to categorize and evaluate the relationship between technology and physical space. Results: The findings establish a three-part framework for smart healthcare: technology (medical IT, robotics, and telecommunications), effectiveness (safety and resource efficiency), and facility space. Smart technology activity is highly concentrated in outpatient departments, operating rooms/treatment rooms, IT centers, laboratory, and medical equipment/medicines across both regions. However, spatial priorities differ; US hospitals show high technology density in operating and treatment rooms, which require larger footprints for robotic and hybrid surgeries, while Korean hospitals show greater integration in wards areas. Implications: It is suggested that phased smart technology guidelines tailored to specific medical functions are essential for the effective configuration of facility spaces in future healthcare environments.

Citation status

* References for papers published after 2024 are currently being built.

This paper was written with support from the National Research Foundation of Korea.