In a world where change is incessant, professionals must be up to date. That is why TECH, offers you programs such as this Postgraduate Diploma in Android Application Design. To take your career to the next level" 

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With the advent of 5G communications and the widespread presence of mobile devices and connected elements, Android is undoubtedly one of the key elements of the current technological ecosystem. Gradually we are reaching levels of processing and speed far superior to those previously achieved, which drives the creation of new and spectacular applications such as Virtual and Augmented Reality where Android is beginning to demonstrate its versatility.

Therefore, 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 new systems and making the most of their capabilities in all areas where today they have become essential elements.

On the other hand, good development should focus on how the product looks on different devices to show a homogeneous, familiar appearance and take advantage of the particularities of each device. These particularities may involve different resolutions, different screen sizes or increased resource availability. Adopting a responsive design is not optional; it is essential to adapt to the nature of the device. In addition to the fragmentation in terms of terminals and the large audience of the platform, the user experience must be adapted.

In this sense, this Postgraduate Diploma in Android Application Design, combines all the necessary knowledge to develop within this operating system and develop good projects that achieve success within the universe of options that exist. For this reason, a module is dedicated to the development of advanced knowledge on how to create, design and analyze what experience users will have on the way to conversion, with the most advanced tools and techniques and specific methodologies such as Design Thinking that allow working in a new, more dynamic and user-centered environment.

It should be noted that the methodology implemented for the study of all this knowledge is based on Relearning, which facilitates learning by avoiding additional efforts by the student and greater investments of time, achieving their qualification in a period not exceeding 6 months. Likewise, the TECH Technological University platform has the necessary interactive means to make communication between the teaching staff and the student fluid, as well as providing the dynamism that this type of subject requires with practical applications based on real problems.

Learn everything you need to know about the Android Application Design process and the creation of a differential User Experience that allows you to make your projects successful"

This Postgraduate Diploma in Android Application Design contains the most complete and up-to-date educational 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 the self-assessment process can be carried out 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

TECH brings this 100% online program, where you will learn to Design Android Applications in a Postgraduate Diploma in a maximum of 6 months. Enroll now” 

The program’s teaching staff includes professionals from sector who contribute their work experience to this training 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.

Solving the various problems encountered in multi-device development will be possible after studying this Postgraduate Diploma"

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With this program you will be able to understand how to build and program a project in Android Architecture"


The content of this program has been distributed in 3 modules that comprise all the concepts, techniques and tools to master for the correct Android Application Design, from understanding the structural elements of the operating system, mastering the particularities and characteristics of each format to create more comfortable user experiences, developing more intuitive, useful and successful applications. With practical cases based on real problems and different theoretical and audiovisual formats. Implementing an online  methodology that provides flexibility and convenience to the student, being able to graduate in a few months. 

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Specialize in an agile and dynamic way with a 100% online methodology. With exclusive content designed by experts for you"

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. Responsive Design in Android

2.1. Responsive Design

2.1.1. Responsive Design
2.1.2. Usability, Accessibility and UX
2.1.3. Responsive Design Advantages and Disadvantages.

2.2. Cell Phone vs. Tablet vs. Web vs. Smartwatches

2.2.1. Different Formats, Different Sizes, Different Needs
2.2.2. Design Problems
2.2.3. Adaptive vs. Responsive

2.3. Style Guide

2.3.1. Style Guides Uses
2.3.2. Design Material
2.3.3. Own Style Guide

2.4. Flexible Layouts

2.4.1. Flexible Layouts
2.4.2. Basic Layouts
2.4.3. Layouts in Grid
2.4.4. Layouts with Relative Layout
2.4.5. Layouts with Constraint Layout

2.5. Flexible Resources

2.5.1. Flexible Resources
2.5.2. Images
2.5.3. 9-Patch
2.5.4. Global Resources

2.6. Flexible Navigation

2.6.1. Flexible Navigation
2.6.2. Navigation with Activities
2.6.3. Navigation with Fragments

2.7. External Tools

2.7.1. Automatic Generators
2.7.2. Prototyping Tools
2.7.3. Design Tools

2.8. Debug and Tests

2.8.1. Debug Layouts
2.8.2. Automatic Tests 
2.8.3. Component-Based Development
2.8.4. Testing and Trials Best Practices

2.9. Alternatives to Native Android I. Web Pages

2.9.1. Design in a WebView
2.9.2. Chrome Custom Tabs
2.9.3. Debug and  Tests in Web Pages

2.10. Alternatives to Native Android II. Hybrid Applications

2.10.1. React/React Native
2.10.2. Flutter
2.10.3. Ionic
2.10.4. Apache Cordova

Module 3. Marketing in Android Applications

3.1. From Customer Service to Customer Experience

3.1.1. Customer Service: Current Customer Development
3.1.2. User with Access to Information: Requirements and Needs
3.1.3. Feedback as a Source of Knowledge

3.2. Customer Journey.

3.2.1. User Pathway to Conversion
3.2.2. Micro-Segmentation
3.2.3. Cross-Channel Experience

3.3. User Experience Measurement

3.3.1. Web and Mobile Architecture
3.3.2. Session Analytics as a New Standard
3.3.3. State-of-the-Art of User Experience

3.4. Android Applications Marketing

3.4.1. CX+AI
3.4.2. CX+Blockchain
3.4.3. CX+IoT

3.5. CX Products (Customer Experience)

3.5.1. Industry Standards
3.5.2. Telepresence
3.5.3. Customer Experience for all Development Agents

3.6. User-Centered Work

3.6.1. Equipment
3.6.2. Designer Thinking
3.6.3. Field Work

3.7. User Science

3.7.1. User Science: Golden Rules
3.7.2. Iteration
3.7.3. Common Errors

3.8. Prototyping and Wireframing

3.8.1. Prototyping and Wireframing
3.8.2. Hands-On
3.8.3. Advanced Level

3.9. Mobiles Interfaces

3.9.1. Visual Design Rules
3.9.2. App Interface Keys
3.9.3. Best Practices in the Development of Mobile Interfaces

3.10. Best Practices in Users Experience. Tips for Developers

3.10.1. Level One Good Practices in CX
3.10.2. Level Two Good Practices in UX
3.10.3. Level Three Good Practices in UI

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A unique specialization program that will allow you to acquire advanced training in this field"