Frequently asked questions about thinking, epistemology, and cognitive tools. 3617 answers
Each step in a workflow should be small enough to complete without ambiguity.
Each step in a workflow should be small enough to complete without ambiguity.
Each step in a workflow should be small enough to complete without ambiguity.
Each step in a workflow should be small enough to complete without ambiguity.
Each step in a workflow should be small enough to complete without ambiguity.
Take one recurring workflow from your life — morning routine, weekly review, project kickoff, content publishing, anything you do repeatedly. Write out every step as you currently understand it. Then, for each step, apply the ambiguity test: if you handed this step to a competent stranger with no.
Going too fine. Atomicity is not an instruction to decompose every action into its smallest conceivable components. If your morning workflow includes a step that says "pick up the toothbrush with your dominant hand," you have passed the useful threshold and entered bureaucratic overhead territory..
Each step in a workflow should be small enough to complete without ambiguity.
Some steps must happen in order while others can happen simultaneously.
Some steps must happen in order while others can happen simultaneously.
Some steps must happen in order while others can happen simultaneously.
Some steps must happen in order while others can happen simultaneously.
Some steps must happen in order while others can happen simultaneously.
Some steps must happen in order while others can happen simultaneously.
Choose a workflow you repeat at least weekly — a morning routine, a meal prep sequence, a work session setup, a weekly review. Write down every step in the order you currently perform them. Now, for each pair of adjacent steps, ask: Does step B require the completed output of step A? If the answer.
Two opposite errors are common. The first is treating everything as sequential when most steps have no real dependency — you wait for the oven to preheat before you start chopping, even though chopping requires nothing from the oven. The workflow takes twice as long as it needs to. The second.
Some steps must happen in order while others can happen simultaneously.
Build verification points into workflows to catch errors before they propagate downstream.
Build verification points into workflows to catch errors before they propagate downstream.
Build verification points into workflows to catch errors before they propagate downstream.
Build verification points into workflows to catch errors before they propagate downstream.
Build verification points into workflows to catch errors before they propagate downstream.
Choose a workflow you completed recently that produced a result you were unhappy with — a document with errors, a project that went over budget, a meal that turned out wrong, a presentation that missed the audience. Trace the error backward to its point of origin: where in the workflow did the.
Two opposite failures. The first is checkpoint absence — no verification points at all, so errors propagate from the step where they originate to the final output with nothing in between to catch them. You draft, edit, and send an email in one unbroken flow, and the factual error in paragraph two.