The Body of Knowledge refers to the core competencies and skills required to work in the field of industrial engineering. There are 6 topics for the body of knowledge , each topic is composed of 3 units of competency.
1. The Fourth Industrial Revolution
1.1 Review the fourth industry revolution
1.2 Explore the disciplines of industrial engineering
1.3 Assess the impact of Industry 4.0 on industrial engineering
2. The Smart Technology in Industrial Engineering
2.1 Critically review the smart technology of Industry 4.0
2.2 Explore the relationship between smart technology and industrial engineering
2.3 Critically evaluate the application of Industry 4.0 in the industrial engineering
3. The Role of Industrial Engineer 4.0
3.1 Critically evaluate the challenges faced by industrial engineers
3.2 Explore the relationship among agility, leadership and innovation
3.3 Critically examine the knowledge and skills of Industrial Engineer 4.0
4. The Key Drivers of a Smart Organization,
4.1 Critical review the concept of smart transformation
4.2 Explore the transformation of industries with smart technology
4.3 Explain the concept of Enterprise 4.0 and discuss the key drivers of a smart organization.
5. The Design Principles of Industry 4.0
5.1 Examine the principle of interoperability and its levels of interoperability
5.2 Identify the principle of virtualization and the structure of cyber-physical systems
5.3 Evaluate the principle of decentralization and its relationship with modularity
6. The strategy of Process Re-engineering
6.1 Critically examine the link between supply chain and organizational objectives
6.2 Examine the applications of smart technology for process re-engineering
6.3 Evaluate the performance of process re-engineering
The Body of Knowledge refers to the core competencies and skills required to work in the field of industrial engineering. There are 6 topics for the body of knowledge , each topic is composed of 3 units of competency.
1. The Fourth Industrial Revolution
1.1 Review the fourth industry revolution
1.2 Explore the disciplines of industrial engineering
1.3 Assess the impact of Industry 4.0 on industrial engineering
2. The Smart Technology in Industrial Engineering
2.1 Critically review the smart technology of Industry 4.0
2.2 Explore the relationship between smart technology and industrial engineering
2.3 Critically evaluate the application of Industry 4.0 in the industrial engineering
3. The Role of Industrial Engineer 4.0
3.1 Critically evaluate the challenges faced by industrial engineers
3.2 Explore the relationship among agility, leadership and innovation
3.3 Critically examine the knowledge and skills of Industrial Engineer 4.0
4. The Key Drivers of a Smart Organization,
4.1 Critical review the concept of smart transformation
4.2 Explore the transformation of industries with smart technology
4.3 Explain the concept of Enterprise 4.0 and discuss the key drivers of a smart organization.
5. The Design Principles of Industry 4.0
5.1 Examine the principle of interoperability and its levels of interoperability
5.2 Identify the principle of virtualization and the structure of cyber-physical systems
5.3 Evaluate the principle of decentralization and its relationship with modularity
6. The strategy of Process Re-engineering
6.1 Critically examine the link between supply chain and organizational objectives
6.2 Examine the applications of smart technology for process re-engineering
6.3 Evaluate the performance of process re-engineering