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Why Engineering with AI Fails Without Customer Feedback Loops

  • Writer: Patrick Law
    Patrick Law
  • Sep 15
  • 2 min read

The common mistake in AI engineering? Spending months building the wrong thing.

No customer input. No feedback. Just assumptions.


If you want your engineering AI to actually work, you need one thing: a tight feedback loop.


What is a Feedback Loop in AI Engineering?

A feedback loop is a repeatable process that connects your engineering team directly with the end user. Here’s how it works:

  • Build something small

  • Share it with your user

  • Collect feedback

  • Make improvements

  • Repeat

This turns your AI from a guess into a tool that solves real problems—fast.


This workflow does three things search engines (and clients) love:

  1. Improves Product-Market Fit: Fast iteration means fewer wasted cycles and better alignment with user needs.

  2. Boosts AI Tool Adoption: When users feel heard, they engage. Early. Often. They become part of the product’s evolution.

  3. Reduces Costly Mistakes: You catch errors early. You fix what matters. You avoid building dead-end features.


Let’s say you’re building AI to automate a simple workflow.

Instead of designing an entire system up front, you build one small piece—say, summary generation. You show it to your client within 48 hours. They comment. You adjust. Next week? They’re using it.

That’s real ROI in days, not months.


How to Build Your Own Feedback Loop (5-Step Process)

  1. Start Small – Don’t try to build the whole system. Pick one task.

  2. Get Real Users Early – Invite one client to test. Ask specific questions.

  3. Make One Fix at a Time – Avoid overhauls. Stay focused.

  4. Keep the Loop Tight – Weekly improvements > quarterly reviews.

  5. Document Everything – Every loop teaches. Track it.


At Singularity, every AI automation tool we build is co-developed with users.

No long development cycles.

We loop fast. We ship early. We fix based on what the customer says, not what we assume.


If you’re serious about using AI to solve engineering problems, you need to have a better loop.


Want more practical AI insights for engineers?

 
 
 

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