Clinical engineering and risk management in healthcare technological process using architecture framework

Area of Science:

• Healthcare Technology Management
• Clinical Engineering
• Risk Management

Background:

• Healthcare settings involve complex interactions between infrastructure, technology, and human resources.
• Effective risk management is crucial for the safe and efficient operation of healthcare technology.
• Clinical Engineering plays a vital role in overseeing healthcare technology.

Purpose of the Study:

• To present a novel model for Clinical Engineering to manage risks within the healthcare technological process.
• To enhance the decision-making capabilities of Clinical Engineering in healthcare risk management.
• To provide a structured approach to risk management in complex healthcare environments.

Main Methods:

• Utilized Enterprise Architecture principles, specifically the MODAF (Ministry of Defence Architecture Framework).
• Developed a new architectural model tailored for healthcare technology risk management.
• Focused on the Clinical Engineering perspective for model development.

Main Results:

• A new model was created to support risk management in the healthcare technology process.
• The model integrates infrastructure, healthcare technology, and human resources considerations.
• The architecture model provides a framework for improved decision-making.

Conclusions:

• The proposed model aids Clinical Engineering in managing risks associated with healthcare technology.
• This architectural approach enhances the systematic management of risks in healthcare technology.
• The model supports better decision-making for Clinical Engineering in risk management.