The AND-801 exam validates your ability to develop functional Android applications using modern development practices and frameworks. This certification is designed for developers who have completed foundational Android coursework and are ready to demonstrate competency in Android Application Development v8. Whether you're advancing your career or solidifying your technical skills, this page provides a clear roadmap of exam topics, question types, and practical preparation strategies. Use this guide to understand what the exam measures and how to study efficiently.
Use this topic map to guide your study for Android AND-801 (Android Application Development v8) within the Android Application Development path.
The AND-801 exam uses multiple question types to assess both conceptual knowledge and practical application skills. Questions progress in difficulty and reflect real-world Android development scenarios.
Questions emphasize hands-on reasoning and require you to connect concepts across multiple Android subsystems.
Build a study routine that maps lessons to weekly milestones and reinforces connections between topics. Consistent practice with realistic questions and hands-on coding will strengthen both your confidence and your exam performance.
Explore other Android certifications: view all Android exams.
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Visit the exam page to download the PDF, Online Practice Test, or get a Bundle Discount offer for both formats: Android Application Development v8.
Android Framework, UI/Layout design, and data storage (SQLite and SharedPreferences) typically account for a significant portion of the exam. Activities, lifecycle management, and navigation also appear frequently because they are central to most Android applications. Ensure you spend adequate time on these areas and practice scenario-based questions that combine them.
Kotlin is the primary language for modern Android development, and OOP principles (inheritance, polymorphism, encapsulation) are essential for building maintainable apps. You'll use classes and inheritance to extend Android framework components like Activity and Fragment, and apply design patterns to manage complex UI and data flows. Understanding these foundations makes the rest of the Android framework much easier to grasp.
Hands-on experience is invaluable; aim to build at least 2-3 small projects that combine UI, storage, and navigation. Prioritize labs that cover Activities and lifecycle, SQLite database operations, and RecyclerView with user input. These skills directly translate to exam questions and real-world development work.
Common errors include confusing activity lifecycle methods (onCreate vs. onStart vs. onResume), misunderstanding permission models and when to request them, and overlooking the difference between local storage options (SharedPreferences vs. files vs. SQLite). Additionally, many candidates underestimate the importance of responsive UI design and layout selection. Review these areas carefully and test your knowledge with scenario questions.
In your final week, focus on weak areas identified in practice tests rather than re-reading lessons. Run 2-3 full-length timed mocks to build pacing and reduce anxiety. Review explanations for questions you missed, and do a final pass on tricky topics like lifecycle, permissions, and data persistence. Get adequate sleep and avoid cramming new material the night before the exam.
The following Android code will show the small popup message "Message saved as draft" for 3.5 seconds, and then automatically disappears: Toast.makeText(this, "Message saved as draft". Toast.LENGTH_LONG).show()
The following image displays an Android notification labeled with the responsible to configure each part of it. Which of the following choices sets the Android notification title?

Check the following image which includes Android code. In this code when the app user clicks the button, the user will get a toast message which states "Hello Android ATC". After executing the code, where on the android device screen will the toast message appear?

Check the following image which is a part of AndroidManifest.xml file, then select which of the following choices is the correct description of the gray highlighted color of this code?

The following image includes Android code for an app that contains a button with an id : "Downloadbutton". When the app user clicks this button, a progress bar with id: "progressBar" will show up. What will happen if you change *'rate+=10" illustrated with green underlined text to ''rate+=50"?
