There is an urgent need to develop robust strategies to respond to and leverage new and emerging technologies, particularly those based on Artificial Intelligence. An Industrial Engineerings systems-focused approach offers the best mechanism to address this urgent global need.
There is an urgent need to develop robust strategies to respond to and leverage new and emerging technologies, particularly those based on artificial intelligence (AI). Industrial engineerings systems-focused approach offers the best mechanism to address this urgent global need.
Industrial Engineering Strategy for Constructive Technologies: A Systems-Based Approach for the Global Economy focuses on managing digital engineering using a systems methodology to ensure that all the parts and pieces fit together. It addresses the role of AI, is cognizant of social concerns about technological encroachment, and highlights the sustainability of operations. This book leverages resilience engineering in technology utilization and, at the same time, recognizes humans in the loop of technology. This book also discusses how to use a systems-based approach for accepting and integrating new technologies. The global market is yearning for new guidelines and strategies for coping with the ever-increasing and changing technological landscape.
This book is an essential read for university students and instructors and those in the fields of engineering as well as industry, business, government, and the military.
1. Technology and Systems In A Changing World.
2. Industrial engineering
Foundation for Technology Efficiency and Effectiveness.
3. Pervasiveness of
AI Technology.
4. AI Control of Complex Systems.
5. Modeling of Kanban
Production Systems.
6. Time as a Critical Factor of Production.
7. Technology
and Innovation Adoption Template.
8. AI Technology and Predictive
Maintenance.
9. Cluster Analysis: A Tool for Technology Management.
10. DEJI
Systems Model: A Tool for Industrial Engineering.
11. Back to the Case Study
of Space Shuttle Challenger: Technology Decision Disaster.
12. Appendix: 2024
Progress Report on UNs SDGs.
Adedeji B. Badiru is Dean Emeritus, Graduate School of Engineering and Management, USA Air Force Institute of Technology. While serving as dean, he had oversight for planning, directing, and controlling operations related to granting doctoral and masters degrees for the US Air Force. He was previously head of Systems Engineering with AFIT, head of Industrial Engineering with the University of Tennessee, and professor of Industrial Engineering and dean of the University College with the University of Oklahoma. He is currently a registered professional engineer, a certified project management professional, a fellow of the Institute of Industrial and Systems Engineers, a fellow of the Industrial Engineering and Operations Management Society, a Fellow of the Institute for Operations Research and Management Science, and a fellow of the Nigerian Academy of Engineering. He is a prolific author and mentor.
Professor Badiru, a world-renowned educator, has been the recipient of several awards for teaching, research, and administration. He was a member of the AFIT team that won the US Air Force Organizational Excellence Award in 2019. He is the recipient of the Lifetime Achievement Award from Taylor & Francis Group in 2020, the Donald G. Newnan National Engineering Economy Teaching Excellence Award from the American Society for Engineering Education in 2024, and the Tau Beta Pi Engineering Honor Society Distinguished Alumnus award in 2024.
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