Novelty creates noise
A complex first test combines unfamiliar product behavior, framework syntax, data setup, selectors, asynchronous timing, and pipeline configuration.
When it fails, you cannot tell which layer caused the problem. A boring workflow reduces variables and makes each lesson visible.
Choose a stable read-only or reversible action with controlled data and a clear result. The purpose is to learn the feedback loop.
Define one product question
For example, can a signed-in learner open an enrolled course and see the expected lesson title? This question identifies actor, state, action, and evidence.
Write the setup and expected result in plain language. Confirm the behavior manually before encoding it.
Keep the assertion close to the user-visible outcome. Do not assert every internal element that happens to appear on the page.
Make failure useful
Give the test a precise name and arrange data explicitly. Use resilient role or label locators that reflect the interface contract.
Run the check with an intentional product change and inspect the report, trace, screenshot, and exit code. A test is incomplete if failure cannot guide diagnosis.
Return the product to its original state, then commit the working check with setup instructions. Another person should be able to repeat it.
Add complexity only after evidence
Put the test in CI and observe several runs. Fix environment assumptions before adding browsers, parallel workers, helpers, or page objects.
Add a second case only when it teaches a distinct product risk or reusable design. Do not grow a suite to make the count look serious.
A boring first test creates a trustworthy base. The interesting work comes later when the team uses that base to answer harder questions.