Reengineering the biomedical-equipment procurement process through an integrated management information system

Area of Science:

• Healthcare Management
• Biomedical Engineering
• Health Informatics

Background:

• Hospital design heavily relies on selecting appropriate biomedical equipment, impacting departmental layouts.
• Current biomedical equipment selection processes can be inefficient and lack integrated decision support.
• Demographic, social, regulatory, and international standards are crucial for optimal equipment selection.

Purpose of the Study:

• To propose a streamlined management process for procuring biomedical equipment for new or expanding hospital facilities.
• To enhance the efficiency of experts in defining equipment levels and technical specifications.
• To improve the entire biomedical equipment selection cycle, including bid evaluation.

Main Methods:

• Development of a novel, streamlined management process for biomedical equipment procurement.
• Integration of a management information system to handle data and support decision-making.
• Inclusion of all stages of the equipment selection cycle, from specification to bid evaluation.

Main Results:

• Increased efficiency for experts involved in defining biomedical equipment needs and specifications.
• Comprehensive management of the biomedical equipment selection cycle, including supplier bid assessment.
• Enhanced decision-making support and knowledge re-use through an integrated information system.

Conclusions:

• The proposed management process optimizes biomedical equipment procurement for hospitals.
• The integrated information system facilitates efficient data handling and expert decision support.
• This approach improves the selection of appropriate biomedical equipment, aligning with hospital needs and standards.