Mobile testing is an important component of the software development process. When interviewing for a position in software development, it is crucial to understand mobile testing. Mobile testing interview questions can be used to evaluate a candidate's technical and problem-solving skills while also assessing their overall attitude towards testing. We bring together all the levels of expertise under one umbrella ranging in three categories: Beginner, Intermediate & Advanced. This course covers all aspects of mobile testing from basic knowledge of Android, iOS systems to understanding the different types of applications, their architecture, and design. It will help you understand the best practices for writing test cases, executing them and interpreting the results. With these concepts covered, you will gain the necessary skills to excel at your next interview. Ultimately, this course will equip you with the essential skills needed to confidently answer any question related to mobile testing during your interview.
Mobile device testing is done in order to ensure a smooth, glitch-free, and seamless user experience for mobile device users. This is generally done in order to ensure the quality of a mobile device. It includes testing the hardware and software of a mobile device. Here are the different types of testing methods which are generally carried out on a mobile device to ensure its quality.
Whereas Mobile application testing is done in order to ensure optimized functionality, efficiency, and sustainability of mobile applications on mobile devices. Mobile application testing is a process used by developers to test the functionality, user-friendliness, and consistency of mobile applications made for handheld devices. Below are the different types of testing that can be done on a mobile device to check if the application is working fine and if it is ready to be rolled out to the market. Such as:
There are many different types of mobile operating systems currently available in the market. However, below ones are the most eminent that has been adopted by several mobile phone industries, and have worked for a very long period of time.
Automated Testing: Automated testing, as the name suggests refers to the process of automating the testing workflows on a mobile device. It is the process in which one automates the testing process of an application, such as a mobile application, which can be any type of application such as a native app, web app, or hybrid app. Automation testing is done with the help of testing automation tools that help app developers reduce the time spent on testing an application and reduce code errors that are common when done by humans using manual procedures, so they can get ready to push the product to market much faster.
A must-know for anyone heading into a Mobile Testing interview, this question is frequently asked in manual mobile testing interview questions. There are three different types of mobile applications that are segmented based on the development efforts and redistribution strategy.
Native Applications: These are the software programmed by developers to run on a particular platform or device. Native applications run faster as compared to their counterpart, the web applications because they don’t have to go through the translation process that takes place between the source code of the webpage and the machine language of the computer.
Usually, native apps are installed from the application stores such as the google play store or apple app store, and they are installed on the device to be accessed directly through the icons appearing in the menu of the device home screen. They are built particularly to run on one platform and can take full advantage of the device they are installed on and its features such as camera, location, storage, and many more.
This can be used separately while answering android testing interview questions and iOS mobile testing interview questions, depending on the position you are being interviewed for.
In today’s digitally transforming landscape, mobile applications have become a part of our daily lives from getting groceries, food, essentials, education, entertainment, and many more. Every day millions of apps are being developed across the globe. Although every application has a unique purpose and different usage, some of the features are similar and quite necessary in all of them. Including:
Port testing is done by testing one functionality on different devices to understand the behavior of that functionality on different platforms. It is classified into two different methods based on the method of testing:
Commonly known as an Instrumentation Test Care Runner, It’s basically a runner responsible for smoothly running a test case on an application package. This runner encompasses the tools that offer API and SDK and is responsible for writing the programs to control android gadgets. It has a library that opts the directory of source codes and selects the test files in order to run them for verifying the errors and bugs in the application. It also ensures running the files in order to let you know whether the test files are being executed in the right manner as they have been programmed to meet the standard requirements. It can run the functional tests and write the results the way you have set it up to do.
By using a Ready API graphical user interface such as SoapUI or by providing command prompt arguments, you can utilize a test runner. There are many different kinds of test runners available today, including JUnit, Karma, Python, and others. When a particular code or script is provided, these can automatically run a single test file or a collection of test files. The most important thing to understand regarding test runners is that, depending on the software, they can run in Selenium or Appium.
WAP stands for Wireless Application Protocol which is basically a set of communication protocols. At a gathering called the WAP Forum, Unwired Planet, Motorola, Ericsson, and Nokia came up with the idea for WAP In order to standardize how wireless devices, including cellular phones and radio communication devices, can be utilized for internet connectivity, such as email, the web, newsgroups, and instant messaging. Prior to the invention of WAP, it was possible to access the internet wirelessly, but different manufacturers employed various technologies, whereas WAP was designed to serve as an industry standard. WAP, however, is now regarded as being out of date because modern gadgets use connectivity and browsers that are comparable to those found on PCs.
WAP refers to a set of protocols that are intended to facilitate communication between WAP-enabled internet browsers and networking protocols as well as WAP-compatible hardware, such as mobile phones. Before WAP, an operator's mobile device and mobile service provider would determine how much access they could have to mobile data. The WAP protocol was developed to standardize mobile data access, but it also served as a tool for getting around carrier and device restrictions that frequently gave mobile users a bad experience. WAP supported a number of widely adopted internet standards, including XML, User Datagram Data Packet, and Internet Protocol. This high-latency, low-bandwidth wireless connections of the day, which were notorious for cutting the connection before that page could fully load, were optimized by the WAP protocol.
Mobile devices are now ingrained in many facets of our daily lives and have advanced far beyond serving as a stand-in for voice-to-voice communication. Today, you can swipe past your entry screen to check an annotated calendar that alerts you when you're running late for an appointment, access documents on your computer or cloud server, start learning a new language, or perhaps pick up a flask of Merlot delivered right to your gate.
Around 189 billion dollars in revenue are anticipated from the mobile app market. 57% of the time that people spend online, to be exact, is spent on mobile apps. Nearly 90% of the 6 billion mobile phone users worldwide currently spend their time using a mobile app. An individual has 20 mobile applications installed on their smartphone on average. They used mobile apps on average for almost three hours per day. Mobile apps are preferred over mobile websites by 85% of smartphone users. As a result, there is a huge market for creating mobile apps in this rapidly evolving technological landscape.
Testing iOS-based products and Android applications will each have its own quirks. There isn't a single checking method that works for all kinds of software products. However, it is still possible to use the fundamental approach, which will be the primary one for the upcoming testing.
By conducting unit tests, the experts validate the proper operation of the system's essential building blocks. The team moves on to the fulfillment of the integration tests after finishing the testing of the individual units. In other words, it executes a mutual work check between the various application modules.
Checking the accuracy and effectiveness of application requirements is known as operation testing. This type of checking is also referred to as functional or general acceptance. The last step is to test the entire product system in real-world scenarios.
Application packaging entails creating specialized or unique features for an application's core elements. This personalization is made possible by a number of tools. You can choose tools based on how well they fit your needs, goals and the nature of the application. By linking files, creating registries, and creating application components, you can automate important application processes by choosing the right tools. Reduced user interaction increases an application's efficiency through automated processes. By standardizing the necessary aspects of system configuration, packaging apps is another efficient way to lower the costs of deploying applications.
The efficient packaging of applications is facilitated by a variety of tools and wrapping technologies. These tools serve a variety of application development, design, and operational requirements and have a wide range of applications that come into play at various stages of the packaging process. Applications can use packaging technologies to reduce security risks, enhance software compatibility, update features and capabilities, reduce software costs, and start changing software administration.
The Test Case Classes and Mock Objects are the names of the two calluses. This includes the test procedures and dummy input data and sample tests.
It is possible for a developer or tester to modify the test package in both Android and iOS but there are some limitations to it. They can modify and run the test packages to verify their codes, however they are not reflected in the final APK or IPA file distributed to the final users.
In accordance with the overall sophistication of the program or the code individuals are continuing to work on, the users may modify the same. Such classes come in handy when the Test Package needs to dispatch the software on a platform other than the one that it is premised on.
Here are some best practices that you can use as a reference to make sure the testing procedure doesn't overlook any crucial elements.
Test plan for a mobile application is similar to that of a software application test plan. It includes various testing stages such as:
Including: network, security, performance, size, battery, and memory.
Usability testing for mobile apps running on mobile platforms is referred to as mobile usability testing. Usability testing involves evaluating products in light of user feedback. There are several ways to conduct mobile usability testing. Researchers typically seek to understand how consumers view a mobile app. This is tested by using prototypes in the field or in the usability lab.
Types of usability testing are as follows:
Below are the various stages used in Android testing:
Expect to come across this popular question in Mobile Testing Interview Questions. Automation testing is one of the greatest winners in quality assurance. But there is no replacement for manual testing whenever it comes to usability and first impressions. The truth is that, even though automated testing technology improves, manual testing continues to be crucial for delivering high-quality applications.
Mobile testing or mobile app testing is a process used to evaluate the consistency, usability, and functionality of software applications created for handheld devices. Compatibility, functionality, effectiveness, security, and user experience testing are all included in this. Prior to being made available to the general public, mobile app testing aims to make sure that the app complies with all requirements and is error-free. Both manual and automated testing may fall under this category.
Mobile testing is a process of checking mobile applications and confirming if they are in accordance with the expectations of the client. This process can be conducted in two ways – Manual and Automated.
Mobile application testing comes in a variety of forms, some of which are as follows:
Mobile app testing is needed for several reasons:
There are three main focuses of app testing, each of which is supplementary to the other two. Each type of test should be planned to be included in your mobile strategy:
The first step in developing your mobile test plan is choosing among manual assessment and test automation. Automated and manual testing are frequently seen as two diametrically opposed testing techniques. They should be used to test apps thoroughly and effectively because they are supplementary. Given the advantages and potential of each testing technique, an integrated testing strategy that combines manual as well as automated tests is the best course of action. A best practice with this strategy is to computerize 80% of your tests while manual processing the remaining 20%.
Beta Testing: Mobile development teams can validate their applications through beta testing with "real users" in authentic settings. Teams benefit from receiving input from end customers who are representative of the app's real user base. Teams gain a more thorough level of verification that now the software satisfies end-user requirements by process optimization functionality and performance with a beta group before the software is released to the public. They also significantly lower the possibility that a post-deployment application issue will force a rollback of the application release or force the team to release an update quickly to address an issue with production deployment.
Determine Hosting: Mobile Quality assurance and advancement teams quickly learn that this "Homemade" method is not the best for scaling and streamlining their testing when they use local gadgets for mobile testing. Cloud-specialized testing steps into action to save the day in this situation. Real devices in the cloud conduct tests on real phone software and hardware just like real devices on-premise. A cloud-based test technology hosts real devices that can be remotely controlled by trying to send scripts to the machines via the internet. Here on devices, these scripts are run, and the tests are sent back as thorough logs, mistake findings, snapshots, and video recordings.
Mobile devices are basically hand-held computers small enough to be held in your hands and can be carried along anywhere. They can be used from anywhere without the requirement of any type of external wired connection to run the device. Mobile devices typically have a touchscreen that enables users to navigate through the device and the applications installed in it by using simple actions such as tapping and scrolling. They can be used for the wireless telephonic communications as well as to perform some professional tasks.
Different types of mobile devices include:
Following are one of the most used defect-tracking tools in mobile app testing:
Cloud-based mobile application testing provides many benefits such as:
This a common question in Mobile interview questions, don't miss this one. Software applications will inevitably have flaws or breakdowns, just like any other product. The bug is a simple word to describe them. The software test team must nip bugs in order to produce a product that won't irritate users. The causes, behaviors, triggers, and operating systems in which the bugs occur can all be used to categorize them. The mentioned bugs are frequently found when testing mobile applications.
Android comes with several in-built testing frameworks that developers can use to test their applications. Developers can record User Interface tests and Test cases for Android apps using the accessible Android test framework. The Android testing frameworks are not entirely mutually exclusive. Developers can sometimes use an appropriate combination of different Android testing frameworks to conduct tests. In that way developers can test the application for various platforms and devices to verify if the application is working well and performing the way it was intended to across various platforms and devices.
The following are the top 5 testing tools used in Android testing:
iOS comes with several in-built testing frameworks that developers can use to test their applications. iOS test frameworks evaluate how well iOS apps perform over an Apple device in order to capture and initiate user actions in response to user interface interactions. The iOS testing frameworks are not entirely mutually exclusive. Developers can sometimes use an appropriate combination of different iOS testing frameworks to conduct tests. In that way developers can test the application for various platforms and devices to verify if the application is working well and performing the way it was intended to across various platforms and devices.
The following are the top 5 testing tools used in iOS testing framework:
Below mentioned are some of the well-known and most-used Apple device testing apps by mobile application testers to accelerate apple device app testing.
understand how they help you improve your application testing strategy and operations.
Mobile Application Testing Automation; and it is done for various reasons such as:
Following are some of the most common bugs found while performing mobile app testing:
When they first appeared, online Android emulators were a godsend for developers. They could cross test their apps across different devices without physically buying the phones. The majority of Android emulators were inexpensive and easy to install. The ability of online Android emulators to simulate hardware and software behavior, in particular, made it simple for developers to spot unexpected behavior during early testing. However, as the app market expanded, so did user expectations. The full picture of how the app would operate on a customer's phone could not be obtained by testing all of its features on an internet Android emulator.
For instance, a user might install a new app on their device and discover the following day that their battery is depleting rapidly. When he checks the battery usage, the new app turns out to be the problem. Hit uninstall, and he does. He then goes to the Play store and complains about the battery-sucking issue with the app. The app won't be downloaded by the following twenty participants who see that review.
Using an online Emulator to find these bugs is difficult. Online emulators take a long time to load because they must duplicate the hardware and software components. Thus, making the testing process as a whole slower.
Online Android emulators are unsuitable for extensive testing due to these and other drawbacks. You can only run a certain number of OS versions on an Emulator. You can run about 8 emulators at once, even on a powerful PC with HAXM velocity support. Even if you are able to set up every online emulator you require, a single minor issue can cause the system to crash and force you to restart.
Simulating an environment to replicate the operation and setup of a different target device is known as simulation. A simulator is employed for study and analysis as opposed to emulation. By utilizing a simulator, you can produce a digital setting that resembles the actual target device. In the end, the simulation process demonstrates how the device would operate in the real world. A simulator, however, doesn't exactly replicate activity in the real world.
Detox is a structure made for mobile testing which enables rapid and reliable implementation of tests without having to use any additional systems.
It’s been built into the app and activates upon launching the application.
Below mentioned are some of the unique characteristics of detox:
Basically, A/B testing is a method used to test two different versions of an application to verify which one performs better. The following 4 steps can be used to conduct A/B tests on apple applications:
Sanity testing is basically conducted during the initial mobile app testing stages, before starting with the comprehensive testing processes. The main reason behind performing sanity testing on mobile applications is to find any major issues or defects that might potentially affect the application’s performance post-launch. Once the new app build is ready and hosted in local servers, developers do a sanity test to verify if it’s stable enough to move further for testing.
Below are the 5 basic instances where developers perform a sanity test on a mobile application:
Testing for mobile apps is more difficult than testing for computer and web apps. Knowing the potential obstacles, you might face is necessary to develop a testing strategy. Device decentralization, screen resolution and Operating system segmentation, manufacturer dislocation, localization, network operators' and users' mobility, as well as a variety of mobile applications and testing tools, are common obstacles for mobile testing.
What Are the Things You Should Consider While Opting for Devices and Tools to Conduct Mobile App Testing?
Select Your Handset Mix for Testing: Because there are so many different mobile device designs and manufacturers on the market, relying solely on Samsung and Apple devices is no longer a safe bet. Even though iPhones continue to be the most widely used mobile phones worldwide, businesses like Huawei, HTC, and Vivo are upending marketplaces in densely populated countries like India and China. Choosing which gadgets to verify on can be daunting given the breadth of options.
Employ an appropriate combination of actual devices, emulators, and simulators: Decide where to operate your mobile test results now that you've your test scenarios and device combination in place. We advise using a combination of actual devices and simulated gadgets as part of the mobile test to make the most of your attempts. The first option guarantees more precise testing results, while the second offers more agility.
A combination of equipment, libraries, and principles that is used for testing mobile apps is known as a mobile testing framework. With techniques for creating test cases, conducting assessments, and presenting findings, these frameworks offer an organized approach to testing. Additionally, they may offer test automation, execute tests on many hardware systems and devices, and integrate with other tools like continual integration solutions.
They can be cross-platform, enabling you to perform tests on your application on many platforms with a unified model, or they can be platform-specific, such as Espresso, which is used for performing tests on Android devices, and XCTest, which is used for testing iOS applications. Appium and Selenium are a few of the well-known mobile testing frameworks.
Using a mobile testing framework can be helpful in creating your app more quickly, at a lower cost, and with higher quality results. You may use it to make sure that your program runs properly on a variety of hardware, OS, and screen resolutions.
A Mobile testing framework is mainly responsible for:
An Android test framework consists of three components, as follows:
Application Package: This is the target app on which the testing is being conducted on. Also known as app package or package file, it is a file format that is used for distributing and installing the application on a mobile device.
Instrumentation Tester: Instrumentation tester is a test case runner that is responsible for running test cases on a target app. It consists of tools for building tests and an SDK equipment that helps apes write programs responsible for controlling android devices. For example: Monkey Runner.
Test Package: Test package mainly consists of two different classes namely mock objects and test case classes, in which the test case classes are comprised of test methods that are to be performed on a target app, whereas a mock object comprises mock data that needs to be used as sample input data while running test cases.
The iOS testing framework XCTest consists of various components which are as follows:
Appium is one of the leading open-source test automation frameworks that enable testers to perform cross-platform native test automation on mobile devices. It allows for testing on both Android and iOS platforms. It was built upon the Selenium test framework in order to provide automated testing options for mobile applications.
Testing and programming experts who are already acquainted with Selenium will discover the switch to Appium rather simply because it is based on the exact same JSON protocol. With its additional features, it is possible to test native, web, and hybrid mobile applications that are running on both the Android and iOS operating systems. Individuals are not required to download any additional applications on their devices to enable Appium tests because they are independent of language. Users of Appium receive ongoing assistance for resolving their problems from a sizable and active community.
To fully appreciate the advantages of test automation, Appium users must become comfortable with the new scripting language and understand the best ways to query their system. The training time is accelerated by the requirement that users grasp native app selection ideas and the Appium framework in order to fully exploit Appium's capability for native app testing.
It's a testing framework that allows the testing of Android apps on JVM without the need for an emulator or testing device.
Its key characteristics are as follows:
Without the app being launched on a gadget or emulator, it provides us with the ability to run tests inside Android Studio. The real miracle of Robolectric lies in Shadow Classes, which are rewritten versions of the Android standard library. It is a copy of the Android class with a few useful functions revealed. Amazing, isn't it? You could test features of Android like:
In terms of app testing, the word "compatibility" has a broad implementation. It simply refers to the capacity to endure alongside something comparable. The testing process is quite popular and essentially a category of testing that ensures an app's ability to run on various platforms, connections, operating systems, as well as equipment. It is regarded as non-functional testing as well.
Testing for compatibility is performed to determine whether the software works with various-
Tests to verify if its compatible come in two varieties:
The mobile app security testing has 4 important modules as follows:
A staple in Mobile Testing Interview questions and answers, be prepared to answer this one. As the name suggests, it is essentially a test to see what kind of performance a software offers when it is forced to perform under a load that is greater than it is capable of handling or tolerating. What features and functions the software in question supports doesn't really matter in this case. One of the main goals of this testing is to identify variables that could enhance the functionality of the app rather than errors that affect functionality. It differs from other testing methods in this way. Perf Testing is another name for this testing.
There's nothing wrong with stating that security is important and that it is among the key elements determining the total number of users. Applications must deal with a large amount of user data, which frequently contains some personal information. Therefore, security testing is crucial because it simply ensures that users can trust the application. Cybercrimes are on the rise, attackers are finding new ways to steal important information for Ransome, and this has caused application developers to be more concerned about the security of the application. The main goal of performing security testing on a mobile application is to identify potential security threats or data breaches and make sure the app is protected from all sorts of cyberattacks, ransomware attacks, data leaks, and more.
Below mentioned are some of the most common challenges faced during application testing.
In general, the problem depends upon that distinct OS/device version; the same thing may work with one OS version but not on another. As an illustration, we encountered a problem whereby our application was perfectly alright on iOS 6.x gadgets but crashed when a few modules were tapped on iOS 5.x gadgets.
Yes, there are always some things that users need to be aware of. The very first point to do is to confirm that each tool has been installed correctly. The next consideration is to make sure that the app launches even if there is no internet access. The next step is to pay close attention towards the application's alignment, which occasionally requires users to just uninstall it. The next step will be for the users to confirm that now the software performs as expected when operating on a separate device and document its response.
There are numerous testing tools accessible, including test automation offerings like Selenium, open-source platforms like Appium, and the test IO framework. Selecting the right testing tool can make or break the release of your iPhone application.
When the interviewer asks you this kind of mobile functional testing interview questions, then all you have to do is, take a moment to think back on all the testing procedures you have performed previously and create a detailed narration of your experience with all those procedures like below to help the interviewer understand what all things you have done as a tester and determine your qualifications.
Installation must be done first, followed by checks of the application's fundamental functionality and connectivity-related items before the build is uninstalled to see how the application reacts to interruptions made during installation and disruptions scenarios made when the application requests a network call. During network calls, we test for low network and poor connectivity as well. Upgrade to a newer version from an earlier one. If the software supports it, you can navigate without a network. The application's compatibility with various phone types, including those with external buttons and those without them and phones beyond this flip phone.
The monkey process merely ensures that individuals have access to configuration settings without encountering any difficulties. Additionally, it merely verifies that all of the error-handling options are accessible. Additionally, users can quickly understand the operational limitations. They are used to test if an application is stable and robust. It is done by simulating a large number of unpredictable scenarios and inputs. Monkey tools are used to test various things such as testing the stress levels of an app, random input testing to find bugs, automation testing, for overall coverage of an app, and simulating various kinds of user behaviors.
When You Need to Perform Mobile App Testing, What Factors Will You Consider While Selecting the Test Automation Tools?
The first feature of the automated test tool is assistance for multiple platforms, allowing even prospective user needs to be conveniently met. The script must be highly usable overall, and the instrument should meet some simple or complicated unlocked bootloader requirements. This is due to the fact that some users frequently install a custom ROM on their devices, which frequently violates MDM laws and causes problems. The tool's capacity to support the new OS versions comes next. The device ought to be capable of providing the program code, if at all possible.
Testing mobile apps by leveraging a cloud infrastructure is referred to as "cloud-based" mobile application testing. Its examples include utilizing a cloud-based testing environment, testing datasets, and automated test tools. Without having to have any actual devices on hand, the cloud-based mobile application testing process enables testing to be performed on a variety of platforms and devices, including several models of smartphones and tablets.
Mobile application testing can be done on real devices, in simulation environments, or using emulators in a cloud-based mobile application testing process. There are a huge number of devices to test on because they may be found in various geolocations and made accessible in remote locations.
Application performance can be evaluated by running tests in various network environments. To ensure smooth and efficient performance across all types of networks, I verify apps on 2G, 3G, 4G, as well as WIFI networks. Testing mobile apps on various networks is a crucial aspect of testing mobile applications.
Testing a mobile application in different network environments and connectivity levels helps to identify various issues such as:
Despite the fact that businesses are developing mobile applications and reimagining their strategy. Still, a sizable portion of users prefer to use a web device to access websites or web applications as opposed to the mobile application itself. You must therefore incorporate mobile browser testing into your entire test strategy. For instance, despite having a mobile app, many people still use the mobile browser to access Amazon. Users utilize mobile web browsers to access web applications for a variety of reasons, including lack of available app storage capacity and reluctance to grant authorizations.
When conducting mobile testing, you should keep the following in mind:
The easiest way you can use to test CPU usage on mobile is that both Android and iOS provide an in-built option to monitor the system usage. In order to monitor, you need to go to phone setting and there the mobile phone provides various options to check different kinds of usage by the system. You can access all the information related to CPU usage in the phone settings.
And the other way is by using third-party software built to monitor CPU usage on the mobile phone; You can download the application such as CPU Monitor, CPU Stats, CPU-Z, and other sophisticated tools such as these from either the app store or Google Play, both of which are widely available. These tools keep historical records of the processes which are running on the device.
Without end-to-end testing, you run the risk of your entire application failing if one of those supporting systems breaks. Consider the situation where you are using an online store to buy software. Your procedure may reflect the following from your end-user perspective:
Below mentioned are the Five metrics that need to be considered before undertaking the sanity check on mobile applications:
One of the notable Qualities of any successful application is that they offer easy-to-use User Interfaces. Therefore usability of the application needs to be verified in order to make it work smoothly across various resolutions and dimensions. Testing a mobile application under different screen resolutions is important to make sure it performs appropriately across various screen sizes, in multi-column layouts, in picture in picture modes, comprehensive table like layouts, and split modes.
The right approach is using emulators for testing applications made for devices with different screen sizes.
By installing and downloading the app, you can verify that it has been started.
Check to see if the mobile application's display can be adjusted to fit the screen of the gadget and if all of the application's menus are operational.
Verify that the software display is flexible and compatible with the different display modes such as portrait and landscape mode and make sure the mobile app is able to seamlessly switch between these modes through both automated and manual modes.
Make sure the app doesn't prevent the other applications on the mobile phone from operating.
Here are some useful tips to get ready for the mobile testing interview questions:
While preparing for mobile application testing interview questions make sure you go through all the above questions and delve deeper into each topic by doing further research to gain more knowledge about all the questions and topics.
It's crucial to have a firm grasp of mobile application testing principles and procedures in order to be well-prepared for mobile application testing technical interview questions. This involves proficiency with numerous testing frameworks and tools as well as an understanding of various testing kinds (such as functionality testing, performance tuning, and security). Knowing the specific operating systems and devices that you may be required to test on is also advantageous.
Additionally, you should practice describing your testing methodology and be ready to provide concrete instances of the ways you have found and fixed errors in the past. Know agile methodologies as well as the application development process, and be able to describe how a test fits into the bigger development cycle. If you’re looking to boost your career as a professional software tester, get comprehensive Software Tester training and become certified as a professional software tester!
With the drafted answers below, you can confidently face any mobile app interview questions and answers related to job positions like:
You can target and prepare for the below listed top companies using the mobile testing interview questions from this article.
Mobile testing is a big responsibility, as the testing will determine the performance and functioning of the mobile application and ensure the consumer gets improved experiences from every aspect. So, the interviewer will try to cover all the facets necessary to choose the right person for their testing team. This will also cover mobile testing interview questions for experienced.
You may anticipate being questioned on a variety of technical and behavioral topics throughout a mobile application testing interview. Your understanding of mobile application testing principles and procedures, as well as your familiarity with different test frameworks and tools will likely come up in technical queries. Your prior experiences finding and fixing issues in mobile applications, along with your strategy to test and solve the problems, will be the subject of behavioral inquiries.
In addition, you can be required to perform a demo mobile application test or review a test case and provide feedback on it.
In general, the interviewer could be trying to gauge both your general understanding of mobile application testing and your actual use of that information. Be ready to explain your reasoning and provide concrete examples.
With the rising technology needs in the business world in this digital-first era, every business is trying to transform its operations by employing mobility to connect with its customers remotely and provide better experiences to drive revenue growth. This rising wave of transformation has created many opportunities for applicants looking to kick-start their careers as mobile testers.
When you are in the mobile testing interview, the number of questions can vary, but the topic of all those questions will resonate around similar things, so before you walk in for the interview, make sure to read it all in detail. Even though the above questions may not be applied to your interview comprehensively, we hope they help you get a fundamental understanding of the procedure and supposed environment of the interview process.
The interviewer has the chance to gauge your level of expertise and understanding regarding mobile app testing throughout the mobile app testing interview. It's crucial to have a firm grasp of mobile application testing notions and techniques, be familiar with various mobile platforms and devices, be able to describe your test plan and be able to give accurate instances of how you've found and fixed errors in the past in order to be well-prepared for a mobile application testing interview. Know scrum methodologies and approaches as well as the application development cycle.
You should anticipate being asked a mix of technological and behavioral questions throughout the interview. Your understanding of mobile application testing principles and procedures, as well as your familiarity with different testing frameworks and tools, will likely come up in specific questions. Your prior experiences finding and correcting issues in mobile applications, as well as your strategy to test and resolve issues, will be the subject of behavioral assessments.
If you are looking to boost your career as a professional mobile application tester, learn software testing and get certified as a professional software tester with KnowledgeHut's Software Tester certification training.