Which describes Identify constraint → Develop plan → Focus resources → Reduce constraint effects → Repeat process.

Which describes Identify constraint → Develop plan → Focus resources → Reduce constraint effects → Repeat process.

• A. Continuous Improvement Cycle
• B. Plan-Do-Check-Act
• C. Design for Manufacturability
• D. Five Steps of the Theory of Constraints

Answer: (D)

This describes the Theory of Constraints and its iterative bottleneck management loop. In this approach you start by identifying the system’s limiting factor—the constraint that most caps throughput. Then you develop a plan to exploit that constraint, meaning you determine how to make the bottleneck work as efficiently as possible and schedule around it so it’s never idle. Next you focus resources on the constraint, aligning all other parts of the process to support it rather than let other activities steal capacity. After that you work to reduce the constraint’s effects, which often means elevating or expanding the constraint’s capacity, improving the process around it, or adding resources. When the constraint is no longer the bottleneck, you repeat the process to locate the next constraint and start the loop again. This exact sequence reflects the Five Steps of the Theory of Constraints. Other frameworks describe improvement cycles, like Continuous Improvement or Plan-Do-Check-Act, but they don’t specify this bottleneck-first, repeat-and-elevate sequence.

This describes the Theory of Constraints and its iterative bottleneck management loop. In this approach you start by identifying the system’s limiting factor—the constraint that most caps throughput. Then you develop a plan to exploit that constraint, meaning you determine how to make the bottleneck work as efficiently as possible and schedule around it so it’s never idle. Next you focus resources on the constraint, aligning all other parts of the process to support it rather than let other activities steal capacity. After that you work to reduce the constraint’s effects, which often means elevating or expanding the constraint’s capacity, improving the process around it, or adding resources. When the constraint is no longer the bottleneck, you repeat the process to locate the next constraint and start the loop again. This exact sequence reflects the Five Steps of the Theory of Constraints.

Other frameworks describe improvement cycles, like Continuous Improvement or Plan-Do-Check-Act, but they don’t specify this bottleneck-first, repeat-and-elevate sequence.