Learn from experts about all the key aspects of customer experience to develop Android applications with a strong market entry" 

Labor market reports confirm the growing demand for expert profiles in the design of mobile applications, valuing the complete experience in the life cycle of development, deployment and monetization of applications. To equip the computer scientist in all knowledge about application programming language, with special focus on Android, architectures and user interfaces. This program has been designed by the best experts in the field, who make up the teaching staff. 

Thus, the computer scientist will acquire the skills to understand the different programming languages for each type of device, delving into responsive design. This will allow you to develop applications adaptable to the different characteristics of each device. In turn, the professional will delve into areas such as web computing, software, business development, marketing and sales, consulting, multi-platform mobile technology, business, automotive, home automation, Internet of Things (IoT), banking and drones.  

In addition, TECH has the best 100% online study methodology, which eliminates the need to attend classes in person or follow a predetermined schedule. In this way, in 24 months the computer scientists will acquire the precise basis to develop their own business from the development of applications or to undertake consulting tasks in all aspects related to Android mobile technology. 

In this advanced master’s degree you will be up to date and know in depth the different programming languages for each type of mobile device" 

This advanced master’s degree in Mobile Application Development, Android Expert contains the most complete and up-to-date program on the market. The most important features include:

• The development of case studies presented by IT experts
• The graphic, schematic, and practical contents with which they are created, provide scientific and practical information on the disciplines that are essential for professional practice
• Practical exercises where self-assessment can be used to improve learning
• Special emphasis on innovative methodologies in the development of Mobile Applications
• Theoretical lessons, questions to the expert, debate forums on controversial topics, and individual reflection assignments
• Content that is accessible from any fixed or portable device with an Internet connection

As you master all the content on mobile app development, you will understand how to monetize them and delve deeper into mobile marketing" 

Its teaching staff includes professionals from the field of information technology, who bring to this program the experience of their work, as well as recognized specialists from leading companies and prestigious universities. 

The multimedia content, developed with the latest educational technology, will provide the professional with situated and contextual learning, i.e., a simulated environment that will provide an immersive learning experience designed to prepare for real-life situations. 

This program is designed around Problem-Based Learning, whereby the student must try to solve the different professional practice situations that arise throughout the program. For this purpose, the professional will be assisted by an innovative interactive video system created by renowned and experienced experts.  

Provide efficient solutions to your company, handling the fundamentals related to Android Application Development Systems"

TECH gives you the opportunity to learn how to develop mobile applications in an autonomous and professional way, in multi-platform devices"

Due to the notorious growth and consolidation that the world of mobile technologies and devices brings with it, the computer scientist is obliged to continuously update their skills in order to acquire all the necessary knowledge. Therefore, this program provides you with all the necessary tools and fundamentals to deepen in the development of mobile applications, with special focus on the Android system, and provide effective solutions in the professional environment. Graduates with this qualification will be up to date with the latest trends and will know how to perform in all aspects from design and programming to the final user experience.  

Don't miss the opportunity to update your knowledge with this Advanced Master’s Degree and be able to provide effective solutions in the professional environment" 

General Objectives

• Analyze user needs and behavior in relation to mobile devices and their applications
• Execute the design of architectures, iterations and user interfaces through the programming languages of the most representative mobile platforms on the market (Web, iOS and Android)
• Apply error control, testing and debugging mechanisms in mobile application development
• Address different practical and business cases for publishing, distributing and disseminating mobile applications in the main application markets
• Master the practical knowledge to plan and manage technology projects related to mobile technologies
• Develop the skills, aptitudes and tools necessary to learn to develop mobile applications in an autonomous and professional manner, on multi-platform devices
• Explore content related to app monetization and mobile marketing
• Determine the structural elements of an Android system
• Analyze the differences between the different development frameworks, strengths and weaknesses
• Develop advanced capabilities and best practices in Application Development in the Kotlin Programming Language
• Develop a methodology for optimal data management on the device
• Analyze use cases for Android devices on the market
• Master the elements of responsive design and overcoming the challenges associated with it
• Compile the different stages of a continuous integration cycle focused on Android development

Specific Objectives

Module 1. Programming Methodologies in Mobile Application Development

• Explore traditional software development processes
• Analyze agile development processes
• Promote development practices
• Examine the different representation and diagramming techniques
• Deepen in the different design patterns present in the software industry
• Explore different software testing techniques
• Recognize the rules and standards of quality reference in development

Module 2. Technologies in Mobile Application Development

• Establish concepts for mobile devices
• Compile the main platforms
• Examine their common components
• Identify differentiating components, their capabilities and limitations
• Define the different scenarios in which they can operate Advantages
• Analyze the different interactions that these devices can mediate
• Raise awareness of the different abuses that can be committed

Module 3. Work Tools for Mobile Application Development

• Prepare the development environment
• Acquiring command terminal skills
• Efficient use of the version control system
• Address the use of remote code versioning systems
• Establish the key notions of Internet operation
• Develop relevant software programming concepts
• Examine data structures
• Review algorithm design and interpretation techniques

Module 4. Multi-Platform Web Development for Mobiles

• Determine the advantages and limitations of the native and hybrid App development model
• Examine the features and limitations of Progressive Web Apps (PWA)
• Analyze the main Frameworks for web application development: Angular, React, Vue
• Compile the main technologies for the development of multi-platform mobile applications Ionic and Flutter
• Analyze capabilities to deploy these hybrid apps as Web or Desktop Apps on PCs
• Examine a model to choose the alternative best suited for the development of a specific application

Module 5. Databases for Mobile Application Development

• Identify the best database model in relation to the characteristics of the mobile application
• Establish the capabilities of each of the database systems
• Determine the differences between the different databases
• Examine how to connect to and load/extract data from different types of databases
• Analyze the basic capabilities of development environments with database capabilities including

Module 6. Application Development for iOS Systems

• Develop an application in Swift
• Use Cocoa Pods to manage libraries
• Make use of Alamofire to connect our application with a RESTful API
• Specify the basic requirements for the choice of a library
• Develop a monetization system with ADMOB
• Design views from code
• Publish an application in the App Store

Module 7. Continuous Integration Deployments for Mobiles

• Determine the worst case scenario that gives rise to the need for this methodology
• Specify the requirements that the software must meet  to be integrated
• Establish what is continuous integration, continuous delivery and continuous deployment
• Analyze DevSecOps
• Examine continuous monitoring
• Develop the implementations of the different stages

Module 8. Mobile User Experience

• Analyze the new type of user, their interactions and their journey through mobile applications and websites
• Determine the fundamental tools for web analytics, mobility and accessibility
• Specify micro-interaction assessment techniques and the design of customized experiences
• Establish how new disruptive technologies such as AI or IoT have taken customer experience to new standards
• Show how behavioral analytics generates a quantity and quality of data never seen in traditional analytics
• Develop new methodologies such as Design Thinking,, focused on the user
• Propose basic and advanced prototyping and wireframing tools

Module 9. Security on Mobile Devices

• Determine the security features and levels of security on a mobile device
• Establish the techniques to be used for a device
• Analyze the common errors in security
• Examine the mechanisms enabled in programming to avoid security breaches
• Specify the recommendations given by the Security Agencies
• Compile the different solutions available on the market for managing the security of mobile devices within the enterprise
• Analyze the cryptographic processes applied to mobile security

Module 10. Android Programming Language

• Examine the Linux kernel and virtual machine on the Android base
• Analyze native system libraries
• Establish the benefits of Android over other platforms
• Determining the elements of an Android application
• Introduce Android versions and their enhancements
• Evaluate the market for Android applications
• Fundamentals of Android's future evolution

Module 11. Frameworks Used in Android Application Development

• Analyze the Android Core framework
• Develop other frameworks used for Android application development.
• Implement libraries with Gradle
• Set up the frameworks  to connect to an API
• Generate specialized knowledge on Architectures as MVP
• Clarify the pros and cons of MVP and MVVM

Module 12. Interfaces and Layouts  in Android Application Development

• Introduce the view life cycle model in Android
• Examining the most important attributes of a visual design (layout)
• Analyze available layout designs
• Create a reusable layout design
• Determine how to use alternative resources
• Identify the differences in the use of these components compared to other programming systems
• Establish the potential and use of the AndroidManifest.xml file

Module 13. Programming Language in Android Applications Kotlin

• Develop the Kotlin programming language
• Compile the features and differential capabilities of the Kotlin language
• Examine the basic execution model of a Kotlin program
• Analyze the language syntax and program structure of a Kotlin program
• Specify the model of types and variables in Kotlin
• Establish the various forms of code flow management in Kotlin
• Determine the model of classes, collections and objects in Kotlin
• Generate specialized knowledge about the inheritance model in Kotlin
• Specify the exception and null type management model in Kotlin

Module 14. Programming Language in Android Applications Advanced Kotlin Genericity, Functional Programming and Parallelism

• Examine the covariant and contravariant genericity model in Kotlin
• Analyze Kotlin's functional programming model with Lambdas
• Define Kotlin's higher order functions
• Develop extensions and companion objects in Kotlin
• Examine the use of the delegation pattern in Kotlin
• Compile annotations and reflection in Kotlin
• Deepen the testing model in Kotlin
• Establish the different asynchronous programming models available in Kotlin
• Determine the Kotlin coroutines model
• Compile the various libraries and utility tools of the Kotlin ecosystem

Module 15. Data Management on Android Devices

• Analyze the different techniques for data management on Android
• Propose methods for optimal use of data on the device
• Identify the tools required for data optimization
• Examine the features of JSON and XML for Android data management
• Evaluate general distributed systems issues applicable to the world of mobile device applications
• Determine the use of the room library as an abstraction for the use of SQLite on Android and its advantages and disadvantages
• Establish the necessary security permissions in data management in any of the techniques used in Android

Module 16. Android Device Tools

• Compile the most advanced tools in day-to-day management
• Evaluate Android device control tools
• Demonstrate the advantages of using Android on drones
• Specify the functionalities of CRM tools
• Demonstrate the benefits of Android devices in banking platforms
• Analyze the possibilities of IoT and Android platforms
• Examine process efficiency tools in Android

Module 17. ResponsiveDesign in Android

• Analyze the main elements of a design
• Define a visual design methodology and a screen design methodology
• Solve the various problems encountered in multi-device development
• Have tools to generate better and more resources for multi-device development
• Examine alternative frameworks to native responsive development
• Generate a unique methodology to develop applications using best practices for multi-device visualization from the beginning of the project

Module 18. Android Application Marketing

• Analyze new user-centric methodologies
• Determine how Artificial Intelligence has taken CX to the next level
• Establish the importance of accessibility and mobility
• Develop state-of-the-art session and behavioral analytics techniques
• Specify micro-personalization objectives during the user journey
• Compile new methodologies for a changing and lively environment
• Propose prototyping techniques

Module 19. Android Application Life Cycle: Cloud, Playstore and Versioning

• Realize the benefits of adopting an automated release deployment model
• Establish the differences between continuous integration, continuous delivery and continuous deployment
• Define the main features of DevOps
• Assess some of the fundamental tools for implementing CI/CD pipelines
• Identify the essential factors for developing applications ready to support CI/CD processes
• Examine Container Technologies as a fundamental pillar of CI/CD
• Identify practices, use cases, technologies and tools of the CI/CD ecosystem

You will acquire specialized knowledge about the Android application lifecycle in order to work more efficiently as a developer"