How to Simplify Test Planning in Agile 

In agile teams, it’s common for traditional test plans to be thought of as outdated formalities. However, even in the rapid pace of agile environments, maintaining a simplified test plan proves invaluable—providing a structured framework to guide testing efforts across a project’s lifecycle.

Here are practical strategies to simplify test planning within agile environments:

  • Capture the most essential information 
  • Leverage predefined agile test plan templates 
  • Prioritize high-Impact tests
  • Utilize visual aids
  • Adopt lightweight documentation practices

Agile test planning fundamentals

agile test planning is all about flexibility and adaptability.

Unlike more rigid traditional methods like waterfall, agile test planning is all about flexibility and adaptability. It’s not just about preparation; it’s also about being able to respond quickly to changes. In an agile environment, test planning operates on the core principles of iteration, collaboration, and continuous improvement: 

  1. Iteration: Agile development breaks down projects into more manageable sprints. Similarly, test planning occurs throughout the development lifecycle. This iterative testing approach allows for earlier feedback, faster issue identification, and better adaptation to changing requirements.
  1. Collaboration: Unlike traditional methods, where planning often occurs in isolated teams, in agile test planning, collaboration is key. It involves bringing together members from development teams, testing teams, and other relevant stakeholders to ensure alignment with project goals. This collaborative approach fosters a sense of collective ownership and responsibility, leading to better decision-making and higher-quality software products.
  1. Continuous improvement: Agile methodologies prioritize continuous improvement and in agile test planning, this means a focus on learning and adaptation. Teams regularly reflect on their processes, identifying areas for improvement and making adjustments to increase efficiency. This allows teams to evolve their testing practices over time, continuously enhancing their overall process.

Strategies to simplify test plans for agile teams

pYI ic2 a6SdX5R9 R9i46HyRSX uAh4PcIwZNjyDmqjmMirmQhCo4YLysYaNS39cCE6wkW1d0 0jRK3RPJzvwlCaDH MpW7V5BgYp1qdDLpJfZbT2KM2lEdcxTof ljYizA0KzBbHJhYRdFOatCogE

In agile software development, it’s crucial for teams to simplify test plans while ensuring they remain effective. For this reason, agile teams focus on quickly delivering value to customers, often by streamlining processes and minimizing documentation.

1. Focus on the essential information

Shift your focus from creating extensive documentation to delivering value through effective testing. Identify the essential information necessary to guide testing efforts and prioritize documenting those aspects.

Define testing objectives

When creating test plans, start by clearly defining the objectives of your testing effort, like checking functionality, performance, and usability. Identify the test objectives, testing tasks (like unit testing, integration testing, and user acceptance testing), and key milestones without delving into unnecessary details. 

Specify the scope of testing

It’s also important to clearly define the scope of testing, including supported environments, OS versions, and what is considered in-scope or out-of-scope. Specify testing needs like functional testing, regression tests, and performance tests, and define what is expected from third-party or other teams.

Example: Mobile application project

Consider a mobile application project targeting both Android and iOS platforms. Listing the supported environments and OS versions in the test plan ensures early setup of test environments and proper allocation of testing tasks. This approach prevents redundant testing across multiple environments during release. Any aspects not defined in the initial test plan can be automatically considered out of scope.

To that point, it’s essential to distinctly define “in-scope” and “out-of-scope” categories within the test plan. In-scope items encompass tasks like functional testing on all user stories, regression tests, sanity tests, final user acceptance tests, specific performance and load tests, and test case reviews.

Conversely, tasks outsourced to third-party entities or other teams, or those not included in the defined scope, can be disregarded, saving resources. For instance, if security tests are outsourced to another company, there’s no need to duplicate security tests on specific user stories. Similarly, testing on OS versions older than the specified minimum would be considered out of scope.

2. Stay flexible

Recognize that project requirements and priorities may change over time. Keep your test plans flexible and adaptable, allowing them to evolve alongside the project. Regularly review and update the documentation to reflect any changes or updates.

3. Use agile tools

Leverage agile tools and technologies to streamline your documentation process. Explore options such as test management platforms, version control, or agile project management tools to simplify documentation and enhance collaboration within your team.

Centralize your testing activities to make it easier to access and manage test assets, reduce duplication, and ensure consistency and collaboration across the testing process.

Image: Centralize your testing activities to make it easier to access and manage test assets, reduce duplication, and ensure consistency and collaboration across the testing process.

4. Use agile templates

Leverage agile test plan templates or frameworks to streamline the planning process:

  • Find or create an agile test plan template that suits your project’s needs. Look for templates that include sections for key testing activities, milestones, and objectives.
  • Customize the template to align with your project’s specific requirements. Add or remove sections as needed to ensure relevance.
  • Fill in the template with essential details like testing tasks, timelines, and team responsibilities.
  • Keep the template up-to-date as your project evolves, making sure it accurately reflects any changes in testing priorities or requirements.
This flexible template allows users to describe the steps testers should take to test a given case more fluidly. 

Image: This Test Case (Text) template (one of four customizable test case templates in TestRail) allows users to describe the steps testers should take to test a given case more fluidly.

5. Prioritize tests

In agile projects, time and resources are limited, so it’s essential to prioritize testing activities based on their potential impact on the product. Here are some steps you can take to prioritize your tests:

Identify critical functionality

Start by identifying the most critical features and functionalities of your software. These are the aspects that are essential for the product to function correctly and meet user needs.

Assess user workflows

Understand the key user workflows within your application. Determine which workflows are most commonly used or have the greatest impact on the user experience.

Asses risk

Evaluating potential risks and their level of impact is crucial in test case prioritization. In the context of text case prioritization, risk refers to the probability of a bug occurring. Assessing risk usually involves analyzing the possibility of an identified risk occurring and the potential implications the risk could have if it occurs.

Test Case Prioritization Techniques and Metrics: Organize your TestRail test case repository based on priority.

Image: Organize your TestRail test case repository based on priority

6. Use visual aids

Visual aids such as diagrams, flowcharts, or mind maps can help simplify complex test plans and make them more accessible to stakeholders. Use visual representations to illustrate test processes, dependencies, and relationships between different testing activities. Visual aids can enhance understanding and communication, making it easier to convey the software testing strategy to team members and stakeholders.

Agile test plan mind map

Image: Agile test plan mind map, created by Nishi Grover Garg

Best practices for simplified agile test planning

Best practices for simplified agile test planning: Review, update, define

Crafting a streamlined and effective test plan demands thoughtful attention to ensure thorough coverage and successful results. Here are some best practices for agile test planning:

Iterate and improve

Treat your test plan document as one that evolves over time. Regularly review, update, and refine the test plan based on feedback, lessons learned, and changing project requirements. Continuous improvement is key to enhancing the efficacy of your test planning process, ensuring that it remains aligned with project objectives and responsive to emerging challenges.

Promote collaboration

Foster collaboration among team members by encouraging open communication, sharing knowledge, and facilitating cross-functional interactions. Collaboration enhances the quality of the test plan and promotes collective ownership of testing goals.

It’s important to also collaborate with stakeholders from different domains to gather insights, requirements, and expectations. Engaging stakeholders early in the process helps ensure alignment and enhances the relevance of your test plan.

Use automation wisely

Leverage automation testing tools and frameworks to streamline repetitive tasks, accelerate testing cycles, and improve efficiency. However, ensure that test automation efforts align with project objectives and provide meaningful value.

TestRail can be integrated with almost any platform or framework: Easily integrate your automated tests and submit test results with TestRail’s flexible API and CLI tools.

Image:  TestRail can be integrated with almost any platform or framework: Easily integrate your automated tests and submit test results with TestRail’s flexible API and CLI tools.

Establish metrics

Define relevant metrics and key performance indicators (KPIs) to assess the effectiveness of your testing efforts. Monitor progress, track outcomes, and use data-driven insights to continuously refine your test plan. Here are some metric formulas you might consider:

MetricFormulaDescriptionExample
Defect DensityDefect Density = Defect count / Size of release (lines of code)Measures the number of defects per unit of size of the software releaseIf your software has 30 defects and 5,000 lines of code, its defect density is 0.006 defects per line of code
Test CoverageTest Coverage = (Total number of requirements mapped to test cases / Total number of requirements) x 100Indicates the percentage of requirements covered by test cases, offering insight into testing scopeIf there are 80 requirements mapped to test cases out of 100 total requirements, the test coverage is 80%
Defect Detection Efficiency (DDE)DDE = Percentage of defects detected during a phase / Total number of defectsMeasures the effectiveness of defect detection during a specific phase of developmentIf 50 defects are detected during the testing phase out of 80 total defects, the DDE is 62.5%
Time to Market (TTM)TTM = Time taken from idea to product launchMeasures the duration from conceptualization to the release of the product in the market
If it takes 10 months from the idea to product launch, the TTM is 10 months

Ready to streamline your test planning process and enhance your team’s productivity? Try TestRail today and experience the benefits of comprehensive test management software. With intuitive features designed to support agile testing practices, TestRail empowers teams to create, execute, and manage test plans with ease. Start your free trial now!

In This Article:

Sign up for our newsletter

Share this article

Other Blogs

Agile, Integrations, Jira

How to Report on Traceability and Test Coverage in Jira

This post covers how to show test coverage, manage requirements traceability, and create a traceability report in Jira.

Agile, Automation

Test Automation in Agile: Advanced Strategies and Tools

In agile software development, efficient and reliable test automation is essential for maintaining quality and speed. Agile methodologies demand rapid iterations and continuous delivery, making robust testing frameworks a necessity. Test automation streamli...

Agile, Automation

Test Automation in Agile: Key Considerations

Integrating test automation is crucial for maintaining software quality amid rapid iterations in today’s agile development landscape. Test automation enables continuous delivery and integration, ensuring the stability and functionality of the codebase...