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A Movable asset technology management framework for TUP Visayas (TUPV) /Alain B. Lajo

By: Material type: TextTextManila TUP 2022Description: 77 p.: color illustration 28 cm. + 1 cd-rom (4¾ inches)Content type:
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  • DIS T 49.5 L35 2022
Dissertation note: College of Industrial Education Doctor of Philosophy in Technological Management Technological University of the Philippines 2022 Abstract: Asset management continues to be one of the primary concerns of organizations. As a result, asset management efficiency and optimal utilization have been affected negatively. Likewise, there is a scarcity of technology management frameworks that build on radio-frequency identification for movable asset management in organizations. This study aims to develop a technology management framework of movable assets using radio frequency identification technology and systems This study developed the technology management framework through an extensive literature review and interviews with experts and end users. The study employed a mixed-method research design in developing the framework through respondents' evaluation and experts' review. Results show that Internal and external factors, technology, policy, and government-related factors constitute the technology management framework. The evaluation revealed that the proposed system using RFID is more efficient than the existing movable asset management system. The proposed system appears to be very effective in terms of a) control, b) inventory, and c) time management. Respondents' perceptions of the effectiveness of the proposed system when grouped according to years of experience show no significant difference in control, inventory, and time management. The technology management framework for R FI D-based movable asset management system appears acceptable to the respondents of the study and end-users as a comprehensive framework integrating other components or constructs to enhance the applicability of the system for future or emerging technologies- author's abstract.
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Item type Current library Shelving location Call number Status Notes Date due Barcode
Dissertation Dissertation TUP Manila Library Thesis Section-2nd floor DIS T 49.5 L35 2022 c.1 (Browse shelf(Opens below)) Not for loan For room use only DIS0002237
Dissertation Dissertation TUP Manila Library Thesis Section-2nd floor DIS T 49.5 L35 2022 c.2 (Browse shelf(Opens below)) Not for loan For room use only DIS0002271

Dissertation

College of Industrial Education Doctor of Philosophy in Technological Management Technological University of the Philippines 2022

Asset management continues to be one of the primary concerns of organizations. As a result, asset management efficiency and optimal utilization have been affected negatively. Likewise, there is a scarcity of technology management frameworks that build on radio-frequency identification for movable asset management in organizations. This study aims to develop a technology management framework of movable assets using radio frequency identification technology and systems This study developed the technology management framework through an extensive literature review and interviews with experts and end users. The study employed a mixed-method research design in developing the framework through respondents' evaluation and experts' review. Results show that Internal and external factors, technology, policy, and government-related factors constitute the technology management framework. The evaluation revealed that the proposed system using RFID is more efficient than the existing movable asset management system. The proposed system appears to be very effective in terms of a) control, b) inventory, and c) time management. Respondents' perceptions of the effectiveness of the proposed system when grouped according to years of experience show no significant difference in control, inventory, and time management. The technology management framework for R FI D-based movable asset management system appears acceptable to the respondents of the study and
end-users as a comprehensive framework integrating other components or constructs to enhance the applicability of the system for future or emerging technologies- author's abstract.

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