How to Create a Test Plan?

To create a test plan, follow a structured workflow that runs through the software testing life cycle. Start by analyzing the product and its requirements, then define what is in and out of scope, set measurable objectives, choose a testing strategy, and define entry, exit, and pass/fail criteria. From there, plan the environment and test data, estimate effort, build a schedule, assign roles, list the deliverables, map risks to mitigations, and pick your tools, before reviewing the draft and getting stakeholder sign-off. The output is one living document that tells the whole team what to test, how, by whom, and when testing is complete.

Where Test Plan Creation Fits in the Testing Life Cycle

Creating a test plan is a defined phase of the software testing life cycle. It comes after requirements analysis and before test case design, so the plan sets direction for everything that follows. A practical rule is to begin as soon as the requirements are reasonably stable, rather than waiting until development is finished, so the plan can shape how the team estimates, staffs, and schedules the effort.

The plan is usually created by a QA lead, test manager, or senior QA engineer, with input from developers, business analysts, and product owners, and is then approved by stakeholders before execution starts. Many teams use the IEEE 829 structure (now folded into the ISO/IEC/IEEE 29119 standards) as a checklist of sections so nothing important is left undefined. You do not have to follow it section by section; for the detailed structure of each section, see How to Write a QA Test Plan?, and for the core building blocks, see What Are Five Important Components in a Test Plan?.

Steps to Create a Test Plan

Work through the following steps in order. Earlier steps feed the later ones, so creating the plan is sequential rather than a checklist you can fill in at random.

• Analyze the product and requirements: Read the requirements, user stories, design specs, and acceptance criteria, then clarify any gaps with developers and business analysts. This grounds every decision that follows about scope, objectives, and risk.
• Define the scope, in and out: List the features, modules, and integrations you will test, and just as importantly, state what you will not test and why. An explicit out-of-scope list prevents wasted effort and aligns stakeholder expectations.
• Set measurable objectives: Write the goals testing must achieve, such as validating functional behaviour, meeting performance targets, verifying security controls, or confirming cross-browser and cross-device compatibility. Objectives should be specific enough to verify, not vague aspirations.
• Choose the strategy, types, and levels: Decide the overall approach, the testing levels (unit, integration, system, acceptance), and the types you will run (functional, regression, performance, security, accessibility, usability), and note where each is manual versus automated.
• Define entry, exit, and pass/fail criteria: Set the preconditions to begin testing, the conditions that mark it complete, the suspension and resumption triggers, and the per-item pass/fail rules. Agree exit criteria with stakeholders up front so completion is objective.
• Plan the environment and test data: Specify the hardware, operating systems, browsers, devices, and network conditions the plan will cover, plus how environments are provisioned and reset and how realistic, privacy-safe test data is generated.
• Estimate effort and build the schedule: Break the work into tasks, estimate the effort and resources each needs, then map them to a timeline with milestones and buffers for defect fixes and re-testing, aligned to the release date.
• Assign roles and responsibilities: State who owns each area, who triages and reports defects, who maintains automation, and who signs off, and surface any staffing or training gaps early.
• Identify the deliverables: List the artifacts testing will produce, including test cases, a traceability matrix, defect reports, execution logs, and a final test summary report, and note when each is expected.
• Assess risks and mitigation: Capture risks such as unstable builds, environment downtime, tight timelines, or thin test data, rate their likelihood and impact, and pair each with a mitigation or contingency.
• Select the tools: Decide the tools for test management, automation, defect tracking, CI/CD integration, and reporting, so the team works from one agreed toolchain instead of ad hoc choices.
• Review and get sign-off: Circulate the draft to QA, development, and product stakeholders, fold in their feedback, and obtain formal approval before execution begins.

Test Plan Template (Phase, Activity, and Output)

It helps to group the steps above into four phases. Use this lightweight template to track where the plan is and what each phase should produce.

Storing the plan in a test management tool rather than a static file makes the maintain phase far easier, because the plan links directly to test cases, runs, and defects. The Test Manager in a cloud platform lets you organise the plan, track execution against your exit criteria, and report progress to stakeholders from one place.

Best Practices for Creating a Test Plan

• Start early and keep it living: Begin the plan once requirements are stable and revise it as scope and timelines shift, rather than writing it once and letting it go stale after the first cycle.
• Make scope and objectives traceable: Link them back to requirements so you can prove what was, and was not, covered when the release is reviewed.
• Be explicit about out-of-scope: Stating what you are not testing prevents misunderstandings and protects the team when a related defect surfaces later.
• Quantify your criteria: Use numbers, such as coverage percentages and pass-rate thresholds, so entry and exit decisions are objective and defensible.
• Plan real environment coverage: Define the exact browsers, OS versions, and devices your users run, and validate against them. A Real Device Cloud lets you build a coverage matrix you can actually execute without maintaining an in-house device lab.

For a deeper, end-to-end walkthrough, read the comprehensive guide on the Test Plan.

Frequently Asked Questions

What is the first step in creating a test plan?

The first step is to analyze the product and its requirements. Before you write a single line of the plan, read the requirements, user stories, design specs, and acceptance criteria, and clarify any gaps with developers and business analysts. This understanding grounds every later decision about scope, objectives, and risk, so it should never be skipped or rushed.

How long does it take to create a test plan?

It depends on the size and risk of the project. A lean plan for a single feature or sprint can be drafted in a few hours, while a master plan for a large release may take several days of analysis, estimation, and review. The aim is not length but completeness: the plan should answer what will be tested, how, by whom, and when it is done, then evolve as the project changes.

What is the difference between a test plan and a test strategy?

A test plan is a project-specific document that defines scope, objectives, schedule, resources, and criteria for one testing effort. A test strategy is usually a higher-level, organization-wide statement of testing principles and approaches that many plans inherit from. In practice, the strategy informs the approach section of a test plan, while the plan adds the concrete schedule, roles, and deliverables for a particular release.

Can you create a test plan in agile without a heavyweight document?

Yes. Agile teams typically create a lightweight, living test plan, often a one-page test approach per release or epic, rather than a large upfront document. The same building blocks still apply, scope, strategy, environments, criteria, and risks, but they are captured briefly and revised each iteration instead of being written once and frozen.

What inputs do you need before creating a test plan?

You need the requirements or user stories, design and architecture specifications, acceptance criteria, the release timeline, and an understanding of the target users and the browsers, devices, and platforms they use. Knowing the available team, tools, and environments up front lets you produce realistic estimates and a coverage matrix you can actually execute.

What tools help you create and manage a test plan?

Test management tools let you store the plan as a living artifact and link it directly to test cases, runs, and defects rather than keeping it in a static document. Pairing a test management tool with an automation framework, a defect tracker, CI/CD integration, and a real device cloud for environment coverage gives you a single toolchain that supports the plan from creation through execution and reporting.

• How to Write a QA Test Plan?
• How to Write a Test Plan?
• What Are Five Important Components in a Test Plan?
• What Is a Test Plan in QA?
• Who Prepares a Test Plan?