Preface
1. Introduction to Business Processes
2. Introduction to BPR
3. BPR in Manufacturing Industry
4. BPR and Information Technology
5. BPR Implementation Methodology
6. Success Factors of BPR
7. Managing Barriers to Business Process Reengineering Success
8. BPR and Relevant Technologies
9. Lean Manufacturing and the Environment
10. Enterprise Resource Planning
11. Functional Information System
12. Software Reengineering
13. Virtual Manufacturing
14. Case Studies
References
Index

Description:

This textbook explores the fundamental principles of Business Process Reengineering (BPR). The express aim of the book is to address the needs of MBA students opting for courses in ‘Information Technology Management or ‘Operations Management’, MCA students who opt for Business Processes as an elective, and students of BE/B.Tech Mechanical Engineering and Production Engineering for courses in Process Engineering/Automation/Management System Design. The book provides them with the concepts, methodologies, models and tools needed to understand and implement BPR.

In a nutshell, the book offers a step-by-step presentation of the practical framework and management techniques needed to achieve engineering solutions for implementation of BPR in an organization. The initial chapters introduce the reader to the need for BPR and its utility in relation to IT and manufacturing. The middle chapters cover the methodology, success factors, barriers, and the technologies that are relevant for BPR implementation. The latter chapters present solutions like lean and virtual manufacturing, enterprise resource planning, and functional information systems. An exclusive chapter is devoted to concepts and tasks of software reengineering.

Aided by extensive illustrations, end-of-chapter review questions, as well as a chapter consisting entirely of case studies, this book will help students develop a rich, multifaceted perspective, to enable them to handle complex management and engineering problems.

The book will be useful to students in practically all branches of engineering, not just mechanical/production/industrial engineering.