APICS CPIM-BSP CPIM – Basics of Supply Chain Management Total Online Training
APICS CPIM-BSP Online Training
The questions for CPIM-BSP were last updated at Apr 07,2025.
- Exam Code: CPIM-BSP
- Exam Name: CPIM - Basics of Supply Chain Management Total
- Certification Provider: APICS
- Latest update: Apr 07,2025
The primary purpose of enterprise resources planning is to:
- A . focus on the manufacturing function within an organization.
- B . integrate an approach to business management.
- C . use external knowledge to seek an internal advantage.
- D . provide data protection along the supply chain.
Which of the following techniques typically eliminates common errors?
- A . Practical kaizen training
- B . Kaizen
- C . Poka-yoke
- D . Kanban
Which of the following characteristics is most distinctive of lean manufacturing?
- A . Teamwork
- B . Continuous improvement
- C . Qualitative measurements
- D . Bottom-line results
Which of the following manufacturing environments presents the greatest complexity in promising completion dates for customer orders?
- A . Flow
- B . Repetitive
- C . Continuous
- D . Intermittent
Which of the following types of layouts is most efficient in a lean production environment?
- A . Islands
- B . Connected islands
- C . Functional layout
- D . Cells
The lean production concept works best in which of the following manufacturing environments?
- A . Make-to-order
- B . Intermittent
- C . Project
- D . Flow
The principal objective of total quality management in manufacturing is to:
- A . implement statistical process control.
- B . meet the expectations of the customer.
- C . reduce the costs of failure.
- D . eliminate inspections.
Which practice focuses on root cause analysis?
- A . Statistical process control
- B . Five whys
- C . Scatter diagram
- D . Pareto chart
Which of the following production environment strategies requires unique design or significant customization?
- A . Make-to-order
- B . Assemble-to-order
- C . Make-to-stock
- D . Engineer-to-order
The theory of constraints is most effective when:
- A . demand environments are unstable.
- B . demand environments are stable.
- C . the constraint cannot be managed easily.
- D . the constraint cannot be identified easily.