If you want to specialize in the field of Mobile Android Development , delving into its Life Cycle and Design. This program is for you” 

The spectacular proliferation of mobile devices with a multitude of applications would not have been possible without the existence of the Android Operating System. Today, everyday life would be difficult to imagine without many of the applications and services that exist on this platform. The existence of this small piece of technology that resides in most phones and other devices has become a must-have.  

New generations of connected devices include high graphic capabilities, bluetooth and NFC connectivity. GPS location services, among other benefits, which means that all the applications developed on them can make use of structural elements that were unthinkable just twenty years ago and that provide the user with endless new possibilities. 

For this reason, it is necessary to go deeper into the structural elements that make up an Android architecture and how they are related in order to understand how to build and program it. These considerations must be taken into account when designing these new systems and making the most of their capabilities in all areas.  

Although Java was the recommended development language for this operating system in its beginnings, the appearance of Kotlin has changed the situation. Kotlin is very popular among Android developers and has a large ecosystem of compatible libraries and tools. Therefore, it is of great interest and is becoming a requirement for Android developers to be familiar with the language and its capabilities. 

For this purpose, this Postgraduate diploma in Android Development is available, with the best content selected exhaustively by the team of specialists in charge of its direction. Sharing their experiences online, through a modern virtual campus and the most avant-garde methodology. In a variety of formats and with the possibility of downloading for consultation when necessary. Applying the Relearning methodology that allows the reiteration of concepts and practical cases, generating an agile and efficient learning process. 

Be an expert in the Kotlin programming language, designed for Android applications, and the necessary development tools"  

This Postgraduate diploma in Android Development contains the most complete and up-to-date program on the market. The most important features include:

• Practical cases presented by experts in Android Application Development
• The graphic, schematic, and practical contents with which they are created, provide practical information on the disciplines that are essential for professional practice
• Practical exercises where self-assessment can be used to improve learning.
• Its special emphasis on innovative methodologies
• Theoretical lessons, questions for experts and individual reflection work
• Content that is accessible from any fixed or portable device with an Internet connection

Labor market reports confirm the growing demand for expert profiles in mobile application design. This is your chance. Enroll now” 

The program’s teaching staff includes professionals from the sector who contribute their work experience to this program, as well as renowned specialists from leading societies 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 immersive knowledge programmed to learn in real situations.  

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

TECH brings you a program with exclusive content. 100% online and with the most avant-garde methodology"

It is not easy to find professionals who know the Android programming language. Stand out and build a better professional profile with this Postgraduate diploma"

This program has been designed by working professionals who understand the current reality and future trends of Android Android Development operating systems. There are 3 modules that perfectly teach the different programming languages and how they work, for good Android development. From module 1, the technique and deep knowledge of the subject is evident and can be mastered to perfection in 6 months. Obtain a 100% online qualification thanks to the Relearning methodology that allows the rapid learning of exclusive and downloadable content from the virtual campus for greater convenience and efficiency in the program. 

A 100% online program. With the most exclusive content designed for you, by experts" 

Module 1. Android Programming Language

1.1. Android Platform  

1.1.1. Android Platform  
1.1.2. Android Operating System  
1.1.3. Open Handset Alliance in Android development  

1.2. Android Architecture  

1.2.1. Architectural Elements of an Android System  
1.2.2. Communication between Elements  
1.2.3. Extensibility of the Android Architecture  
1.2.4. Machine Resource Management: Battery and Memory  
1.2.5. Android Emulators  

1.3. Android Linux Kernel  

1.3.1. Composition of the Kernel  
1.3.2. Structural Elements of the Kernel  
1.3.3. Dalvik Virtual Machine  
1.3.4. The Android Runtime Virtual Machine (ART)  

1.4. Native Android Libraries  

1.4.1. Native Android Libraries  
1.4.2. Support Library  
1.4.3. Native Libraries and Extensibility  

1.5. The Android File and Data System  

1.5.1. Structure of a Typical Android Application  
1.5.2. YAFFS2 and ext4 File System  
1.5.3. Use of SQLite and Room for Data Management  

1.6. Android Security  

1.6.1. Permission Systems  
1.6.2 Digital Signatures in the Android Application Package (apk)  
1.6.3. Execution of Processes in the Kernel 
1.6.4. Execution Threads and Events  

1.7. Structural Components of a Standard Application  

1.7.1. View  
1.7.2. Activity  
1.7.3. Fragment  
1.7.4. Service  
1.7.5. Intent  
1.7.6. Broadcasts Receiver and Content Provider  
1.7.7. Data Management and User Preferences  

1.8. Android Versions  

1.8.1. Android Versions  
1.8.2. Deployment of Android Versions  
1.8.3. Dispersion of Android Distributions  
1.8.4. Android vs. Apple iOS and Other Mobile Systems  

1.9. Android for Vehicles  

1.9.1. Android and the Automotive World  
1.9.2. Structural Elements in an Automotive Android System  
1.9.3. Communication between Devices  

1.10. Android in Home Automation, Wearables and Internet of Things (IoT)  

1.10.1. The Connected World  
1.10.2. Structural Elements in an Android Home Automation System  
1.10.3. Elements of Android Wearable  
1.10.4. Android in the Internet of Things (IoT) 

Module 2. Programming Language in Android Applications Kotlin  

2.1. Kotlin Programming Language  

2.1.1. Kotlin Programming Language  
2.1.2. Kotlin Programming Language. Features  
2.1.3. Running a Program in Kotlin  

2.2. Programming in Kotlin  

2.2.1. Structure of a Program in Kotlin  
2.2.2. Reserved Words and Syntax  
2.2.3. Write through Console and Read User Inputs – Hello World  

2.3. Types and Variables in Kotlin  

2.3.1. Types and Variables in Kotlin  
2.3.2. Variable Declaration: Var vs. Val  
2.3.3. Operators  
2.3.4. Type Conversion  
2.3.5. Arrays  

2.4. Flow Control in Kotlin  

2.4.1. Flow Control  
2.4.2. Conditional Expressions  
2.4.3. Loops  

2.5. Functions in Kotlin  

2.5.1. Functions in Kotlin  
2.5.2. Structure of a Function  
2.5.3. Scope Functions  

2.6. Types and Objects in Kotlin  

2.6.1. Types and Objects in Kotlin  
2.6.2. Classes  
2.6.3. Objects  
2.6.4. Constructors and Property Initialization  
2.6.5. Nested Classes and Inner Classes  
2.6.6. Data Classes  

2.7. Kotlin Inheritance  

2.7.1. Inheritance  
2.7.2. Superclasses and Subclasses  
2.7.3. Overwriting Properties and Functions  
2.7.4. Inheritance vs. Other Types of Relationship between Classes  
2.7.5. Sealed Classes  
2.7.6. Listed  

2.8. Abstract Classes and Interfaces in Kotlin  

2.8.1. Abstract Classes and Interfaces  
2.8.2. Abstract Classes  
2.8.3. Interfaces  
2.8.4. Validation and Conversion of Operator Types - Is, When, As  

2.9. Kotlin Collections  

2.9.1. Kotlin Collections  
2.9.2. List  
2.9.3. Set  
2.9.4. Map  

2.10. Exception and Null Value Handling in Kotlin  

2.10.1. Exception and Null Value Handling  
2.10.2. Null Value, Nullable and Non-Nullable Types  
2.10.3. Exceptions 

Module 3. Programming Language in Android Applications Advanced Kotlin Genericity, Functional Programming and Parallelism  

3.1. Genericity in Kotlin  

3.1.1. Genericity in Kotlin  
3.1.2. Genericity in Collections, Functions, Classes and Interfaces  
3.1.3. Covariance and Contravariance: Out or In  

3.2. Lambda Functions in Kotlin  

3.2.1. Lambda Functions  
3.2.2. Structure of a Lambda Function  
3.2.3. Use of Lambda Functions  

3.3. Higher Order Functions in Kotlin  

3.3.1. Higher Order Functions
3.3.2. Standard Kotlin Higher-Order Functions  
3.3.3. Linking Function Calls  

3.4. Kotlin Extensions  

3.4.1. Kotlin Extensions  
3.4.2. Extension Functions  
3.4.3. Extension Properties  
3.4.4. Accompanying Objects  

3.5.  Delegation Pattern in Kotlin  

3.5.1. Delegation Pattern  
3.5.2.  Delegation in Kotlin  
3.5.3. Delegated Properties  

3.6. Annotations and Reflection in Kotlin  

3.6.1. Annotations and Reflection  
3.6.2. Annotations in Kotlin  
3.6.3. Reflection in Kotlin  

3.7. Testing in Kotlin  

3.7.1. Testing in Kotlin  
3.7.2. Kotlin Testing Frameworks and Libraries  
3.7.3. Kotest  

3.8. Asynchronous Programming in Kotlin  

3.8.1. Asynchronous Programming  
3.8.2. Asynchronous Programming Techniques in Kotlin  
3.8.3. Comparative Programming Techniques  

3.9. Coroutine in Kotlin  

3.9.1. Coroutines  
3.9.2. Channels  
3.9.3. Context and Dispatchers  
3.9.4. Shared State and Concurrency  
3.9.5. Exception Handling in Coroutines  

3.10. Kotlin Ecosystem  

3.10.1. Kotlin Ecosystem  
3.10.2. Libraries for Kotlin  
3.10.3. Tools for Kotlin

Enroll now and get to know all the advantages of TECH methodological system"