Have you ever experienced a moment like this—having AI tools at your fingertips, but only pulling them out occasionally, ultimately doing the work manually yourself? Today, I want to discuss a different approach: instead of treating AI as a temporary fire-fighting tool, turn it into a formal member of your development process.

A senior engineer recently shared his practical experience, which gave me a lot of inspiration. His core idea is: integrating AI into your workflow systematically can significantly improve efficiency and reduce repetitive work.

**What does his working method look like?**

First, break the single-threaded mindset. Don’t just open one AI chat window; try running 5 to 10 conversations simultaneously—using desktop, browser, and mobile devices. Each conversation handles different task modules, allowing parallel processing. For example, one session is responsible for code architecture design, another for document updates, and a third for code review.

Next, avoid over-optimizing tool configurations. Many people, upon getting new tools, tend to repeatedly tweak parameters and settings. In fact, AI tools are quite effective out of the box. Instead of spending time on configuration, just start working directly.

Another key point: use the most powerful model. Although top-tier models may be slower in computation, they offer clearer thinking and fewer mistakes, which can save time in the long run.

Finally, develop a planning habit. Before you start coding, let AI help you clarify your thoughts—what steps are needed, potential problems you might encounter, and how to organize your code structure. Once this "Plan Before Code" rhythm is established, your subsequent execution efficiency will improve significantly, and error rates will decrease.

The core logic of this approach is: AI is not here to make decisions for you, but to help accelerate execution and reduce repetitive work. When you treat it as a true collaborative partner rather than a temporary tool, your work experience will be completely different.