Atefehsadat Haghighathoseini1, Hossein Bobarshad2, Fatehmeh Saghafi3, Mohammad Sadegh Rezaei4, Nader Bagherzadeh5. 1. Faculty of New Sciences and Technologies, University of Tehran, Iran. Electronic address: atefeh.hoseini@alumni.ut.ac.ir. 2. Faculty of New Sciences and Technologies, University of Tehran, Iran. Electronic address: hossein.bobarshad@ut.ac.ir. 3. Faculty of Management, University of Tehran, Iran. Electronic address: fsaghafi@ut.ac.ir. 4. Faculty of New Sciences and Technologies, University of Tehran, Iran. Electronic address: ms.rezaei@ut.ac.ir. 5. Department of Electrical Engineering and Computer Science, University of California, Irvine, United States. Electronic address: nader@uci.edu.
Abstract
BACKGROUNDS: Nowadays developing smart and fast services for patients and transforming hospitals to modern hospitals is considered a necessity. Living in the world inundated with information systems, designing services based on information technology entails a suitable architecture framework. OBJECTIVES: This paper aims to present a localized enterprise architecture framework for the Iranian university hospital. METHODS AND RESULTS: Using two dimensions of implementation and having appropriate characteristics, the best 17 enterprises frameworks were chosen. As part of this effort, five criteria were selected according to experts' inputs. According to these criteria, five frameworks which had the highest rank were chosen. Then 44 general characteristics were extracted from the existing 17 frameworks after careful studying. Then a questionnaire was written accordingly to distinguish the necessity of those characteristics using expert's opinions and Delphi method. The result showed eight important criteria. In the next step, using AHP method, TOGAF was chosen regarding having appropriate characteristics and the ability to be implemented among reference formats. In the next step, enterprise architecture framework was designed by TOGAF in a conceptual model and its layers. For determining architecture framework parts, a questionnaire with 145 questions was written based on literature review and expert's opinions. The results showed during localization of TOGAF for Iran, 111 of 145 parts were chosen and certified to be used in the hospital. CONCLUSION: The results showed that TOGAF could be suitable for use in the hospital. So, a localized Hospital Enterprise Architecture Modelling is developed by customizing TOGAF for an Iranian hospital at eight levels and 11 parts. This new model could be used to be performed in other Iranian hospitals.
BACKGROUNDS: Nowadays developing smart and fast services for patients and transforming hospitals to modern hospitals is considered a necessity. Living in the world inundated with information systems, designing services based on information technology entails a suitable architecture framework. OBJECTIVES: This paper aims to present a localized enterprise architecture framework for the Iranian university hospital. METHODS AND RESULTS: Using two dimensions of implementation and having appropriate characteristics, the best 17 enterprises frameworks were chosen. As part of this effort, five criteria were selected according to experts' inputs. According to these criteria, five frameworks which had the highest rank were chosen. Then 44 general characteristics were extracted from the existing 17 frameworks after careful studying. Then a questionnaire was written accordingly to distinguish the necessity of those characteristics using expert's opinions and Delphi method. The result showed eight important criteria. In the next step, using AHP method, TOGAF was chosen regarding having appropriate characteristics and the ability to be implemented among reference formats. In the next step, enterprise architecture framework was designed by TOGAF in a conceptual model and its layers. For determining architecture framework parts, a questionnaire with 145 questions was written based on literature review and expert's opinions. The results showed during localization of TOGAF for Iran, 111 of 145 parts were chosen and certified to be used in the hospital. CONCLUSION: The results showed that TOGAF could be suitable for use in the hospital. So, a localized Hospital Enterprise Architecture Modelling is developed by customizing TOGAF for an Iranian hospital at eight levels and 11 parts. This new model could be used to be performed in other Iranian hospitals.