The ASTQB Mobile Testing Certification validates your expertise in testing applications across mobile devices, platforms, and environments. This exam is designed for quality assurance professionals, test engineers, and mobile app developers who need to demonstrate competency in mobile-specific testing practices. The ASTQB Certified Mobile Tester credential confirms your ability to plan, execute, and manage mobile testing initiatives effectively. This page guides you through the exam structure, core topics, and practical preparation strategies to help you succeed.
Use this topic map to guide your study for ASTQB within the ASTQB Mobile Testing Certification path.
The ASTQB Mobile Testing Certification exam uses multiple question types to assess both foundational knowledge and practical decision-making skills. Questions progress in difficulty and reflect real-world mobile testing scenarios.
Questions emphasize practical reasoning and the ability to make sound testing decisions under real constraints.
Effective preparation requires a structured approach that maps study time to each syllabus domain and includes regular practice. Allocate your study schedule to cover all five core topics while building confidence through realistic practice scenarios.
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Test Planning and Design and Quality Characteristics for Mobile Testing typically account for a larger portion of exam questions. However, all five domains are essential; the exam balances breadth across Introduction to Mobile Testing, Environments and Tools, and Future-Proofing as well. A well-rounded study approach covering all topics ensures you are prepared for the full range of questions.
Introduction to Mobile Testing establishes why mobile testing is different, Test Planning and Design defines your testing strategy, Quality Characteristics guides what you measure, and Environments and Tools provides the means to execute tests. Future-Proofing ensures your approach remains relevant as technology evolves. In practice, you start with planning (informed by mobile context), select tools and environments, execute quality checks, and adapt your strategy based on emerging trends.
Hands-on experience is valuable but not strictly required to pass. The exam tests conceptual knowledge and decision-making, not tool-specific syntax. However, familiarity with emulators, simulators, and at least one automation framework strengthens your understanding of Environments and Tools topics and helps you answer scenario-based questions with confidence.
Many candidates underestimate the importance of device fragmentation and network variability in test planning. Others confuse emulator and simulator capabilities or overlook security and performance as quality characteristics specific to mobile. A third common mistake is focusing only on functional testing and neglecting interruption scenarios like incoming calls or low battery states. Review these areas carefully during preparation.
In the final week, shift from learning new content to reinforcing weak areas and building test-day confidence. Retake practice tests in timed mode, review explanations for any incorrect answers, and do a final scan of the syllabus to confirm you understand all five core domains. Avoid cramming new material; instead, focus on clarifying concepts you found challenging during earlier study sessions.
If an application resides on the mobile device and was written specifically for that device, what type of application is it?
An application that resides on the mobile device rather than on a web server and is written to work with a specific device is a native application.
You are testing an application that will allow users to scan the bar code from a package mailing label and then receive emails from the package shipper as the package moves through the various stages of its delivery (e.g., pickup, receipt at central processing, routing, delivery). If requested, the user can also receive a picture of the signature of the recipient of the package. This is a web browser-based application. It is expected that this application will have wide usage across a large set of devices and networks with varying speeds and reliability.
Your company has several competitors who are working on similar products although your company's product has some new innovations and a very attractive user interface. As a result, once it is released, your company expects to grab that majority market share.
Given this information, what would be the best approach for doing your testing to ensure the capabilities of the product are tested as well as the range of environments and networks?
D is correct. The cloud solution would be the best for this case as it would allow many different devices to be simulated across a number of different types of networks with varying speeds. A is not correct because this is a browser-based application so testing across an entire device family is not warranted. B is not correct because this is a product with competitors and the innovative technology should not be known in the market before the product is released. C is not correct because simulators will not give the network type and speed variance needed.
Which of the following is a generic tool that would be useful for a mobile application testing project?
C is correct. This is a generic testing tool that would still be useful in a mobile application project. A and B are specific tools that would be designed for use for the specific project. D might work but most generic performance testing tools don't work well for mobile applications because of their inability to work with simulators and provide the variability in network connections.
In mobile application testing do manual functional testing tasks like requirements analysis, test design, test execution, and reporting provide value to the testing of the application?
