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Exam Code : ASTQB-MT

Exam Name : ASTQB Certified Mobile Tester

Exam Duration : 60 Minutes

Number of Questions : 40

Passing Score : 65%

Format : Multiple Choice Questions



Learning Objectives for Introduction to Mobile Testing

1.2 Expectations from Mobile Users

MOB-1.2.1 (K2) Explain the expectations for a mobile application user and how this affects test prioritization

1.3 Challenges for Testers

MOB-1.3.1 (K2) Explain the challenges testers encounter in mobile application testing and how the environments and skills must change to address those challenges

MOB-1.3.2 (K2) Summarize the different types of mobile applications

1.5 Equipment Requirements

MOB-1.5.1 (K2) Explain how equivalence partitioning can be used to select devices for testing

1.6 Lifecycle Models

MOB-1.6.1 (K2) Describe how some software development lifecycle models are more appropriate for mobile applications



Mobile applications generally fall into two categories, those developed specifically to be native mobile
applications and those that were designed to be viewed through a web browser on a mobile device.
From the users viewpoint, there is no difference, although some browser-based applications may be
optimized for the mobile device providing a richer (or at least more readable) user experience. From
the developers and testers viewpoint, there are different challenges, goals and success criteria. This
syllabus is focused on the applications specifically developed for use by a mobile device although
there will be some discussion about applications that have become mobile despite the original
intentions.

Mobile devices include any of the so-called hand-held devices including (dumb) mobile phones, smart
phones and tablets/netbooks as well as devices that have been created for a specific use such as ereaders or a device used by a parcel delivery service that allows the driver to record delivery, the customer to sign and an image to be taken documenting the delivery. Mobile devices also extend to
wearable items such as smart watches and glasses that allow access to specific applications and may
include additional native functionality, such as telling time or improving vision. While some of the
mobile application testing concepts discussed in this syllabus are applicable to wearable devices,
wearable devices are not the focus of this syllabus.
The field of mobile devices is continually expanding as new uses are devised and devices are created
to support those uses



COURSE OUTLINE, COURSE CONTENTS, SYLLABUS



Introduction to Mobile Testing

Expectations from Mobile Users
- Explain the expectations for a mobile application user and how this affects test prioritization Challenges for Testers

- Explain the challenges testers encounter in mobile application testing and how the environments and skills must change to address those challenges

- Summarize the different types of mobile applications

Equipment Requirements - Explain how equivalence partitioning can be used to select devices for testing

Lifecycle Models - Describe how some software development lifecycle models are more appropriate for mobile applications

Test Planning and Design

Identify Functions and Attributes

- Explain why use cases are a good source of testing requirements for mobile applications

Identify and Assess Risks

- Describe different approaches to risk analysis

Determine Coverage Goals

- Explain how coverage goals will influence the level and type of testing to be conducted

Identify Test Conditions and Set Scope

- Describe how test analysts should take the device and application into consideration when creating test conditions

Quality Characteristics for Mobile Testing

Functional Testing - For a given mobile testing project apply the appropriate test design techniques

- Recall the purpose of testing for the correctness of an application

- Explain the important considerations for planning security testing for a mobile application

- Summarize the concepts of perspectives and personas for use in mobile application testing

- Summarize how device differences may affect testing

- Explain the use of Teststorming for deriving test conditions

Non-Functional Testing - Create a test approach that would achieve stated performance testing goals

- Recall aspects of the application that should be tested during performance testing

- Explain why real devices are needed when simulators are used for testing

- For a given mobile testing project, select the appropriate criteria to be verified with usability testing

- Explain the challenges for portability and reliability testing mobile applications

Environments and Tools

Tools - Recall the expected capabilities for mobile application testing tools

- Explain the use of generic tools in testing mobile applications

Environments and Protocols - Recall the sources of data for a mobile application

Specific Application-Based Environment Considerations

- Explain the differences between browser-based and native device applications

Real Devices, Simulators, Emulators and the Cloud

- Explain why testing is not conducted entirely on real devices

- For a given mobile testing project, determine how and when to use simulators/emulators during testing

- Recall how to verify the reliability of a simulator/emulator

- For a given mobile testing project, determine how and when to use cloud-based testing

Performance Test Tools and Support - Explain how the cloud can be used to support performance testing

- Explain the types of data a performance tool needs to be able to create and track

Future-Proofing

Expect Rapid Growth - Recall ways in which the mobile application and device market will expand

- Recall areas in which user expectations will increase

Build for Change - Summarize the considerations for building a flexible testing framework

- Analyze a given mobile testing project and determine the appropriate activities to reduce maintenance costs while enabling wide product adoption

Plan for the Future - Explain how lifecycle models are likely to change and how this will affect testing

Anticipating the Future - Recall the ways in which testers will need to adapt