Admin: Fix 2 internal link(s)

2026-03-16T16:28:23Z

Fix 2 internal link(s)

← Older revision		Revision as of 16:28, 16 March 2026
Line 94:		Line 94:
	== 🧭 Why this matters (Strategists start here) ==		== 🧭 Why this matters (Strategists start here) ==

	In [[~~Exercises/Workflow Automation/Wa Intermediate 01~~\|WA-Intermediate-01]], you built a 3-step prompt chain. Here, you're building a '''production-grade workflow''' — the kind of thing that saves hours per week and can be delegated. The key differences from an intermediate prompt chain: quality gates (not just chaining outputs blindly), error handling (what happens when AI fails), and documentation (others can run it without you). This is directly transferable to tools like n8n, Make, or Zapier with AI steps. The blueprint format is also the deliverable that organizations pay consultants to produce.		In [[The Prompt Chain\|WA-Intermediate-01]], you built a 3-step prompt chain. Here, you're building a '''production-grade workflow''' — the kind of thing that saves hours per week and can be delegated. The key differences from an intermediate prompt chain: quality gates (not just chaining outputs blindly), error handling (what happens when AI fails), and documentation (others can run it without you). This is directly transferable to tools like n8n, Make, or Zapier with AI steps. The blueprint format is also the deliverable that organizations pay consultants to produce.

	----		----
Line 108:		Line 108:
	You've reached the advanced level for Workflow Automation. From here, consider:		You've reached the advanced level for Workflow Automation. From here, consider:
	* Implementing this workflow in an automation tool (n8n, Make, Zapier) for true hands-free execution		* Implementing this workflow in an automation tool (n8n, Make, Zapier) for true hands-free execution
	* Combining this with [[~~Exercises/~~Agent ~~Collaboration/Ac Advanced 01~~\|AC-Advanced-01]] to add multi-agent architecture to your workflow steps		* Combining this with [[Design Your Agent Workflow\|AC-Advanced-01]] to add multi-agent architecture to your workflow steps
	* Measuring workflow performance over 4 weeks and iterating based on failure data		* Measuring workflow performance over 4 weeks and iterating based on failure data

Admin: Fix 1 internal link(s)

2026-03-16T16:23:18Z

Fix 1 internal link(s)

← Older revision		Revision as of 16:23, 16 March 2026
Line 111:		Line 111:
	* Measuring workflow performance over 4 weeks and iterating based on failure data		* Measuring workflow performance over 4 weeks and iterating based on failure data

	Back to [[~~Pillars/~~Workflow Automation\|Workflow Automation]]		Back to [[Workflow Automation\|Workflow Automation]]

Admin: Imported from AI Fluency Playbook

2026-03-16T16:10:11Z

Imported from AI Fluency Playbook

New page

''Design, document, and test a complete AI-automated workflow for a real business process. 40 minutes.''

<blockquote>
'''One-liner:''' Design, document, and test a complete AI-automated workflow for a real business process — from trigger to output, with error handling and quality gates.
</blockquote>

----

== 🔧 Jump in (Tinkerers start here) ==

Pick a real business process that currently takes you 30+ minutes and involves multiple steps. Examples: weekly reporting, content production, customer onboarding documentation, project status updates, invoice processing.

'''Phase 1 — Map the current process.''' Send this:

<blockquote>
I'm going to automate this business process: '''[describe the process]'''.

Help me map the current manual workflow:
1. What triggers the process? (time-based, event-based, request-based)
2. What are the sequential steps from trigger to final output?
3. What inputs does each step require?
4. What decisions are made at each step? (if/then logic)
5. Where are the bottlenecks or error-prone points?
6. What's the final deliverable and who receives it?

Present this as a numbered workflow with decision points marked.
</blockquote>

'''Phase 2 — Design the AI workflow.''' Send:

<blockquote>
Now redesign this as an AI-automated workflow. For each step, specify:

| Step || Human or AI? || If AI: what prompt template? || If Human: what decision? || Input || Output || Quality gate

Rules:
- Some steps should remain human (judgment calls, approvals, sensitive decisions)
- Every AI step needs a quality gate — how do you know the output is good enough to proceed?
- Include error handling — what happens when an AI step produces bad output?
- Include a feedback mechanism — how does the workflow improve over time?
</blockquote>

'''Phase 3 — Write the prompt templates.''' For each AI step in the workflow:

<blockquote>
Write the production-ready prompt template for Step '''[N]''': '''[step name]'''

The template should include:
- Role definition for the AI
- Clear input specification with [PLACEHOLDERS]
- Exact output format requirements
- Quality criteria the output must meet
- An example of good output vs. bad output

This prompt should work reliably every time with different inputs. It should be usable by someone who didn't design the workflow.
</blockquote>

'''Phase 4 — Run the workflow end-to-end.''' Execute the full pipeline with real data. Track:
* Time per step (manual vs. AI-assisted)
* Quality gate pass/fail rates
* Where you had to intervene or override
* Total time saved vs. the manual process

'''Phase 5 — Document the blueprint.''' Create a 1-page workflow document:

<blockquote>
Write a "Workflow Blueprint" for this process that includes:
1. '''Trigger:''' What starts the workflow
2. '''Flow diagram:''' Step-by-step with decision points (use text-based flowchart)
3. '''Prompt templates:''' Reference to each template (step number and name)
4. '''Quality gates:''' What to check at each stage
5. '''Error handling:''' What to do when something fails
6. '''Maintenance:''' How to update the workflow as requirements change
7. '''Metrics:''' How to measure whether the workflow is working well
</blockquote>

----

== 📋 Plan first (Planners start here) ==

Here's what you're about to do:
# '''Choose a process''' — Pick something that takes 30+ minutes, involves multiple steps, and happens regularly. The more manual the current process, the bigger the payoff.
# '''Map the current workflow''' — Document every step, decision point, and handoff. You can't automate what you don't understand.
# '''Design the hybrid workflow''' — Decide what AI handles vs. what stays human. Add quality gates and error handling. Not everything should be automated.
# '''Build the prompt templates''' — Write production-grade prompts for each AI step. These should be reusable by anyone, not just you.
# '''Test end-to-end''' — Run the full workflow with real data. Measure time, quality, and failure points.
# '''Document the blueprint''' — Create a shareable document that anyone could use to run this workflow.

'''"Done" looks like:''' A complete, tested workflow blueprint with prompt templates, quality gates, and measured time savings. Something you could hand to a colleague and they could execute without additional explanation.

----

== 🧭 Why this matters (Strategists start here) ==

In [[Exercises/Workflow Automation/Wa Intermediate 01|WA-Intermediate-01]], you built a 3-step prompt chain. Here, you're building a '''production-grade workflow''' — the kind of thing that saves hours per week and can be delegated. The key differences from an intermediate prompt chain: quality gates (not just chaining outputs blindly), error handling (what happens when AI fails), and documentation (others can run it without you). This is directly transferable to tools like n8n, Make, or Zapier with AI steps. The blueprint format is also the deliverable that organizations pay consultants to produce.

----

== Reflection ==
* How much time did the automated workflow save compared to the manual process? Is the saving worth the design effort?
* Which quality gates caught real problems? Which were unnecessary overhead?
* Where did AI fail and require human override? Was that predictable from the design phase, or did it only emerge during testing?
* 💬 ''Walk a colleague through your workflow blueprint and ask them to find the step most likely to fail. Fresh eyes spot single points of failure you've normalized.'' (Social Learners)

== ⬆️ Level up ==

You've reached the advanced level for Workflow Automation. From here, consider:
* Implementing this workflow in an automation tool (n8n, Make, Zapier) for true hands-free execution
* Combining this with [[Exercises/Agent Collaboration/Ac Advanced 01|AC-Advanced-01]] to add multi-agent architecture to your workflow steps
* Measuring workflow performance over 4 weeks and iterating based on failure data

Back to [[Pillars/Workflow Automation|Workflow Automation]]

[[Category:AI Fluency Playbook]]
[[Category:Exercises]]
[[Category:Workflow Automation Exercises]]

The Workflow Blueprint - Revision history

Admin: Fix 2 internal link(s)

Admin: Fix 1 internal link(s)

Admin: Imported from AI Fluency Playbook