Continuous Testing Foundation study plan

Define continuous testing in your own words and contrast it with traditional stage-gated testing

Map the test pyramid (unit, service, UI) to where each layer runs in a CI/CD pipeline

List at least eight continuous testing benefits and tie each to a concrete delivery risk it reduces

Explain shift-left and shift-right testing and give two example activities for each

Write a one-page glossary covering feedback loops, test flakiness, test debt, and quality gates

Describe how a blameless post-incident culture supports fast, safe test feedback

Identify three organizational barriers to continuous testing and propose a countermeasure for each

Compare risk-based, behavior-driven, and exploratory testing strategies and state when each fits

Draft test-selection criteria for what runs on every commit versus nightly

Explain how test ownership shifts when developers own quality end to end

Classify common tool categories: version control hooks, CI runners, unit frameworks, API test tools, UI automation, service virtualization, and test management

Trace one commit through a sample pipeline and note which tool executes each test layer

Evaluate two open-source and two commercial tools against criteria you define (cost, learning curve, CI integration, reporting)

Explain what contract testing and service virtualization solve when dependencies are unavailable

Describe how containerized test environments reduce environment drift

Write a test plan for a small feature that names scope, risks, entry and exit criteria, environments, and data needs

Apply risk-based prioritization to rank at least ten candidate test cases

Refactor three brittle UI tests into stable ones using better selectors and explicit waits

Design a layered automation suite and justify which cases stay manual

Set concrete thresholds for test coverage, flakiness rate, and pipeline duration

Apply the page-object or screenplay pattern to restructure a sample test suite

Configure test data management so runs are repeatable and independent of execution order

Design a dashboard that reports pass rate, flakiness, duration trend, and defect leakage

Define triage rules for classifying failures as product defect, test defect, environment issue, or flake

Explain how to quarantine flaky tests without hiding real failures

Analyze a sample two-week test run dataset and identify the top three quality risks it reveals

Draft quality gates for merge, staging promotion, and release with pass criteria for each

Write measurable test metrics that avoid vanity numbers such as raw test counts

Outline the sections of a full DevOps test strategy document

Align your test strategy with a stated business goal and one compliance constraint

Write a complete DevOps test strategy covering scope, layers, environments, data, tooling, metrics, and governance

Justify each strategic choice by linking it back to a domain-1 concept or benefit

Define a rollout roadmap that phases continuous testing adoption over two quarters

Identify stakeholders and assign responsibilities using a simple RACI table

Peer-review your strategy against a checklist of common gaps such as missing non-functional testing

Review all eight domains using spaced repetition and close your weakest two areas

Complete a timed 60-question practice set and score at least 80 percent

Re-explain any missed concept in writing until it is accurate without notes

Summarize each domain in five bullet points from memory

Finalize your strategy document with reviewer feedback incorporated