Engineering delivery

A change is not done when it compiles on a laptop. It also needs evidence that another engineer can review and use.

• The purpose, scope, and owner are clear.

• Tests cover the behavior that changed, including relevant failure cases.

• Required quality, packaging, dependency, and security checks pass.

• Interfaces and deployment assumptions have been checked, with remaining risks recorded.

• Versioning, release notes, and supporting documentation are ready for the next person.

Reviews should improve the change and help the author understand why.

• Correctness

  Does the implementation solve the intended problem, including boundary and failure cases?

• Evidence

  Do the tests check meaningful behavior, rather than only exercising the code?

• Maintainability

  Are the interfaces, dependencies, and error handling clear enough for another engineer to work with?

• Context

  Does the change explain the important decisions and their effect on other parts of the system?

A working component is not the same as a working release. Boundaries between services, environments, and teams get particular attention.

• Identify dependencies and interface assumptions before they block implementation.

• Exercise integration paths throughout development, not only at the end.

• Record blockers, ownership, and the evidence needed to move forward.

• Keep changes small enough to test, explain, and recover when something goes wrong.

A standard is useful only when the team can understand and apply it.

• Put repeatable checks into tooling rather than relying on reminders.

• Use reviews to explain the reasoning, not just enforce a rule.

• Include the development workflow and release expectations in onboarding.

• Adjust practices when experience shows they are adding work without improving delivery.