MVI architecture with Jetpack Compose for Android from Udemy

In this course we discuss the MVI - Model View Intent - architecture for Android development using Jetpack Compose.

The MVI Architecture is the newest iteration in the MVX types or architectures for Android, and brings with it a few different benefits. Most importantly, user interaction traceability, system state predictability and ultimately, improved scalability and testability.

As an Android developer, it's important to stay up to date with the latest developments.

This architecture has distinct advantages and disadvantages that are important to know when deciding whether to implement it in your application. In addition, it’s important to be able to discuss it in an Android interview, where you might be judged on whether or you have heard of it.

In this course, we will go through a theoretical description of Android architectures in general, such as MVC - Model View Controller, MVP - Model View Presenter and MVVM - Model View ViewModel. Finally we will see what the new MVI Architecture brings to the table.

We will also implement the knowledge we learned in a practical application. We will build an app that retrieves a list of animals from a backend api, and displays it in a list in the application. The application will showcase how to use the MVI architecture in a simple case, so that it’s easier to understand.

This is also an excellent project course for someone who wants to sharpen their Android development skills.

So sign up today and let's learn about the MVI architecture as it applies to Android development.

What's inside

Learning objectives

Android architectures
Mvi architecture

Mvvm architecture
Android development

Android architectures
Mvi architecture
Mvvm architecture
Android development

Syllabus

Introduction

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Android Architectures

Traffic lights

Read about what's good

what should give you pause

and possible dealbreakers

Explores MVI architecture, which is a modern approach to building scalable and testable Android applications, making it relevant for professional development

Covers MVC, MVP, and MVVM architectures, providing a solid foundation for understanding the evolution and context of the MVI architecture

Uses Jetpack Compose, which is a modern toolkit for building native Android UI, indicating a focus on current Android development practices

Involves building a practical application that retrieves data from a backend API, offering hands-on experience with real-world scenarios

Requires familiarity with Android development, suggesting that it is best suited for those with some existing experience in the field

Focuses on Retrofit, which is a popular library for networking, indicating a practical approach to building Android applications that interact with APIs

Reviews summary

Mvi architecture with jetpack compose

Review analysis is currently unavailable due to insufficient review data. Please check back later for a summary based on student feedback.

Covers MVC, MVP, MVVM before MVI.

"Includes theoretical descriptions of MVC, MVP, and MVVM."

"Provides context on previous Android architectures."

"Explains why MVI compares to other MVx patterns."

Teaches MVI and Jetpack Compose.

"Focuses on MVI architecture using the Jetpack Compose UI toolkit."

"Covers Model View Intent for Android development."

"Explores MVI architecture's application with Compose."

Includes a hands-on project.

"Features a practical application to implement learned knowledge."

"Builds an app to retrieve and display data using MVI."

"Showcases MVI architecture in a simple case project."

Actual review data was not provided.

"Unable to perform analysis due to missing review payload."

"Cannot extract student feedback points without reviews."

"Sentiment and specific pros/cons cannot be determined."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in MVI architecture with Jetpack Compose for Android with these activities:

Review MVVM Architecture

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Reviewing MVVM architecture will provide a solid foundation for understanding the improvements and differences offered by MVI.

Browse courses on MVVM Architecture

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Study MVVM architectural patterns and principles.
Examine sample MVVM Android projects.

Review "Clean Architecture" by Robert C. Martin

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Reading "Clean Architecture" will provide a deeper understanding of the principles behind MVI and other architectural patterns.

View Clean Architecture on Amazon

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Read the book and take notes on key concepts.
Relate the concepts to Android development.

Review "Android Architecture Components" by Google

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Reviewing Google's guide to app architecture will provide a broader context for understanding MVI within the Android ecosystem.

View Putting Knowledge to Work on Amazon

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Read the documentation and take notes on key concepts.
Relate the concepts to MVI architecture.

Four other activities

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Implement a Simple Counter App with MVI

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Building a simple counter app using MVI will solidify your understanding of the architecture's core components and data flow.

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Define the Intent, State, and Action for the counter.
Create a ViewModel to manage the state and handle intents.
Implement the View using Jetpack Compose to display the state and send intents.

Practice State Management with Different Data Types

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Practicing state management with different data types will help you become more comfortable with handling complex data in MVI.

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Implement state management for lists, maps, and custom data classes.
Handle loading, error, and success states for each data type.

Write a Blog Post on MVI vs. MVVM

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Writing a blog post comparing MVI and MVVM will force you to deeply understand the nuances of each architecture and articulate their differences.

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Research the key differences between MVI and MVVM.
Outline the blog post with clear sections and examples.
Write the blog post, explaining the pros and cons of each architecture.
Publish the blog post on a platform like Medium or your personal website.

Contribute to an Open Source MVI Project

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Contributing to an open-source MVI project will provide valuable real-world experience and expose you to different implementations and challenges.

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Find an open-source Android project using MVI.
Identify a bug or feature to work on.
Submit a pull request with your changes.

Career center

Learners who complete MVI architecture with Jetpack Compose for Android will develop knowledge and skills that may be useful to these careers:

Android Developer

An Android Developer creates applications for the Android operating system, often using frameworks like Jetpack Compose. This course, focusing on the Model View Intent architecture, directly applies to the work of an Android Developer by enhancing their understanding of modern architectural patterns. Knowing MVI, especially in the context of Jetpack Compose, helps an Android Developer write more maintainable and scalable code for Android apps. A developer benefits greatly from the hands-on project of building an app that retrieves and displays data, as this provides practice with real-world scenarios. This course may be useful to level up a developer's skillset.

See salaries and explore the career path for Android Developer

Mobile Application Developer

A Mobile Application Developer works to design, create, and maintain applications for mobile devices. This course is helpful for a Mobile Application Developer because it provides insight into the cutting edge MVI architecture and how it's used in Android development with Jetpack Compose. Understanding the MVI architecture helps a Mobile Application Developer create apps that are easier to test and scale. This course, particularly with its practical exercise of building an app showcasing the MVI architecture, gives a Mobile Application Developer the tools and understanding to build modern Android applications.

See salaries and explore the career path for Mobile Application Developer

Mobile Software Architect

A Mobile Software Architect focuses on the architectural design of mobile applications, such as those on the Android platform. This course, focused on the MVI architecture, directly helps a Mobile Software Architect stay updated with the most current recommended methodologies. The course will especially improve a Mobile Software Architect's knowledge of how to use these patterns in Jetpack Compose. This course, which also covers MVC, MVP, and MVVM will give a Mobile Software Architect the necessary breadth and depth of knowledge.

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Software Engineer

A Software Engineer is responsible for designing, developing, and maintaining software systems. This course helps build a Software Engineer's expertise in modern Android application architecture by teaching the MVI pattern within Jetpack Compose. Understanding how to use MVI when developing modern Android applications is important. This practical course, with its hands-on approach, specifically building an app from the ground up, offers concrete project-based experience. This course may be useful to a Software Engineer looking to expand their skill set.

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Application Architect

An Application Architect designs the structure of software systems, ensuring they meet functional and performance needs. This course is useful to an Application Architect with its focus on the Model View Intent architecture, a modern framework for Android apps. Understanding the MVI architecture, especially within Jetpack Compose, allows an Application Architect to make informed decisions when designing complex Android applications, specifically regarding user interactions, system states and testability. The course's exploration of various architectures like MVC, MVP, and MVVM also provides a broader context of patterns useful to an Application Architect.

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Technical Lead

A Technical Lead guides a team of developers, ensuring projects are technically sound and aligned with goals. This course may be useful to a Technical Lead by providing a deep understanding of the MVI architecture in Android with Jetpack Compose. This knowledge helps a Technical Lead make more informed decisions when guiding their team, especially when it comes to making architectural decisions about the Android platform, and improving the maintainability of code. The course may be useful to a Technical Lead who needs a refresher on, or an introduction to, this core aspect of Android's modern architecture.

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Technology Consultant

A Technology Consultant advises clients on how to best use technology to meet business goals. This course may be useful as it introduces the MVI architecture and its implementation with Jetpack Compose for Android, giving a Technology Consultant a strong and current understanding of the Android development landscape. With the course's detailed description of Android architectures and hands-on approach to building an app, the Technology Consultant gains valuable insights into the practical aspects of app development, allowing them to provide relevant advice to clients.

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Solution Architect

A Solution Architect designs the overall technical vision for a project. This course may be useful as it provides insight into the MVI architecture, an important pattern used in modern Android development with Jetpack Compose. Understanding the MVI architecture helps a Solution Architect make decisions about system design, particularly in complex Android applications. This course, which covers theoretical concepts as well as practical implementation, is useful to a Solution Architect who needs to recommend the best architectural choices for an Android project.

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Systems Analyst

A Systems Analyst examines software systems to understand how they work and how they might be improved. This course may be useful for a Systems Analyst because it dives deep into the architecture of Android applications. In particular, this course explains the MVI architecture using Jetpack Compose, giving a Systems Analyst knowledge of the most current development patterns in Android. The course's practical approach helps a Systems Analyst understand how these architectures work. This may be useful in order to improve the systems that they analyze.

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Quality Assurance Engineer

A Quality Assurance Engineer tests software to ensure it meets quality standards. This course may be useful for a Quality Assurance Engineer as it covers the MVI architecture. The course's focus on the testability of the MVI pattern is particularly useful for a Quality Assurance Engineer, and the course shows how the pattern enables better testing. Furthermore, the course's practical component, creating an application from scratch, may be useful for a Quality Assurance Engineer to better understand how code is structured and developed.

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Backend Developer

A Backend Developer designs the server-side logic of applications. Although this course focuses on Android application development, it might be useful for a Backend Developer who are collaborating with Android developers using the MVI architecture and Jetpack Compose. By understanding the architecture from the perspective of the Android client, a Backend Developer can better communicate with the team developing the app and improve integration. This course provides an overview of architectural patterns that may be helpful in better understanding software development as a whole.

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Front-End Developer

A Front End Developer works on the user interface of web applications and mobile applications. This course may be useful for a Front End Developer who is looking to expand their knowledge into mobile technologies. The course introduces the MVI pattern by using Jetpack Compose, a modern methodology and framework for Android. The practical component of the course may be useful knowledge for a Front End Developer who wants to better understand the challenges involved in mobile development. This course may broaden their skillset.

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UI Developer

A User Interface Developer designs and creates the visual elements of an application. This course may be useful for a UI Developer as it introduces Jetpack Compose, a modern framework used in Android app development. The course's overview of the MVI pattern may help give a UI Developer a better understanding of how the user interface and the underlying system interact with each other. Creating a small application may be useful for a UI Developer who wants to better understand app development. The course may improve their skillset.

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UX Designer

A User Experience Designer is responsible for the user's experience with an application. This course may be useful for a UX Designer because it provides exposure to the MVI architecture, a modern framework, and its use within an Android application using Jetpack Compose. This will give a UX Designer a better understanding of the underlying architecture that drives the user interface. The project-based approach may be useful for a UX Designer who wants to better understand the development process.

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Project Manager

A Project Manager oversees software development projects. This course may be useful to a Project Manager who wants a high level understanding of the MVI architecture and how it is used in Android development using Jetpack Compose. The course's overview of various architecutral patterns and its project based approach may be useful for a Project Manager who wants to gain better insight into the technical challenges of a project. This course may improve their understanding of how architecture affects the development process.

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MVI architecture with Jetpack Compose for Android

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