Turns workflows, data, causes, and improvements into a tangible result by clarifying the system goal, identifying the bottleneck, and repeating the cycle after expansion.
Which process step currently limits overall throughput, how can this constraint be exploited to the maximum, and which escalation level (exploit, subordinate, elevate) is next?
The method helps clarify workflows, data, causes, and improvements in a concrete way. It looks for patterns, causes, weak points, or bottlenecks and derives measures from them. The result is captured as a constraint map, improvement plan, and flow metrics.
The team follows the steps: clarify the system goal, identify the bottleneck, exploit the bottleneck, subordinate other work to the bottleneck, and expand the bottleneck before repeating the cycle. Each step is captured visibly. At the end, a constraint map, improvement plan, and flow metrics are available so decisions, tests, or actions can follow directly.
Method sketch for a quick mental model.
The runsheet guides execution with 5 phases, timeboxes, 5 pitfalls, and clear stop criteria.
Open runsheetTheory of Constraints looks at a system through its limiting factor. As long as a bottleneck sets throughput, local improvements outside that bottleneck bring little overall value. The method therefore focuses first on identifying, using, and protecting the constraint before adding capacity. When the bottleneck shifts, the cycle starts again.
Prepare data on lead time, WIP, queues, or capacity. Visualize the flow of work and keep asking which point limits total throughput. Avoid action lists for every area at once; focus on the constraint and the necessary coordination around it.
Compact working template for Theory of Constraints with context, input, output artifacts, and next step.
What is this method used for?
Which question should be answered at the end?
Which data, observations, or materials are available?
Owner, date, success signal.
Short decision aid for existing alternatives.
Statt Theory of Constraints, wenn du einen End-to-End-Fluss mit Wartezeiten und Verschwendung vermessen willst.
Turns workflows, data, causes, and improvements into a tangible result by mapping the process flow, measuring waiting time and WIP, and re-evaluating the bottleneck after changes.
Turns workflows, data, causes, and improvements into a tangible result by selecting important information, making status visible, and adjusting signals.
Turns workflows, data, causes, and improvements into a tangible result by setting process boundaries, collecting steps, and deriving a target process.
Turns workflows, data, causes, and improvements into a tangible result by defining the problem, capturing the current state, and defining follow-up actions.
Turns workflow, data, causes, and improvements into a tangible result by listing tasks, estimating duration, and reviewing afterward.
Turns workflows, data, causes, and improvements into a tangible result by selecting a process, going to the place of work, and recording improvements.