Information Systems for Engineering and Infrastructure Asset Management

1. Front Matter

   Pages i-xix

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2. Introduction

   • Abrar Haider

   Pages 1-16

3. Asset Management

   • Abrar Haider

   Pages 17-52

4. Information Systems for Asset Management – Implementation, Issues and Value Profile

   • Abrar Haider

   Pages 53-98

5. Information Systems Based Asset Management Evaluation

   • Abrar Haider

   Pages 99-128

6. Research Methodology

   • Abrar Haider

   Pages 129-150

7. Case Studies - Information Systems Based Asset Management

   • Abrar Haider

   Pages 151-194

8. Research Discussion

   • Abrar Haider

   Pages 195-222

9. Conclusion

   • Abrar Haider

   Pages 223-229

10. Back Matter

    Pages 231-298

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​Engineering and infrastructure assets maintain the lifeline of economies. It is, therefore, critical to manage these assets in such a way that they provide a consistent level of service throughout their lifecycle. Management of asset lifecycle, however, is information intensive and utilises a plethora of information systems. The role of theses systems in asset management is much more profound. It extends beyond the organizational boundaries and addresses business relationships with external stakeholders to deliver enhanced level of business outcomes. In doing so information systems are not only required to translate business strategic considerations into action, but are also expected to produce learnings and feedback that informs business strategy and aids in strategic reorientation.

• Asset Management
• Engineering Assets
• Information Systems
• Infrastructure Assets

• Adelaide, Australia

  Abrar Haider

Dr. Abrar Haider completed his doctoral thesis at the University of South Australia at the School of Computer & Information Science. He is a Research Fellow/Course Coordinator at the University of South Australia, Adelaide, Australia.

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