For Fine-Tuning, it helps to think in terms of inputs, constraints, verification, and iteration.
One important area is data quality. Define what a good result looks like before changing tools or settings, then test one variable at a time so you can tell what actually improved the outcome.
Another area is real-world use. Keep examples of both strong and weak outputs, check important facts or generated code independently, and document settings that produce consistent results.
The main takeaway is that Fine-Tuning becomes much more reliable when the workflow includes clear inputs, repeatable checks, and a way to learn from previous results.
One important area is data quality. Define what a good result looks like before changing tools or settings, then test one variable at a time so you can tell what actually improved the outcome.
Another area is real-world use. Keep examples of both strong and weak outputs, check important facts or generated code independently, and document settings that produce consistent results.
The main takeaway is that Fine-Tuning becomes much more reliable when the workflow includes clear inputs, repeatable checks, and a way to learn from previous results.