Introduction to the Program

Master the tools like an expert and understand the technologies implemented in Mobile Application Development Programming"

##IMAGE##

As credible as it may be for some professionals to believe they have mastered everything about mobile devices, there are still many scenarios in which they can play unimagined roles. There is still room for improvement in many of the interactions that these mobile devices already mediate; they can still be made much more efficient. It is undeniable that mobile devices have changed the world forever, but their transformative power has not been exhausted, nor has the human imagination.

This Postgraduate diploma will analyze the indispensable technical skills that the programmer must acquire to develop quality software: Git, GitHub, Command Terminal and other tools. As well as to provide specialized knowledge to carry out the installation and configuration of the most used tools as a programmer. To develop the key concepts of programming and the Internet, the Web and its operation, programming paradigms, logical structures, design principles, algorithm analysis and other relevant aspects that can be mastered upon completion of this program.

The teaching team will provide you with exclusive content designed for this program, in order to build a criterion that will facilitate the professional's decision-making in each project. That is why special care has been taken in drafting all the contents of this program, placing special emphasis not only on the most advanced theory but also on their own professional experience. The syllabus is therefore enriched by the teachers' own contributions, which adapt all the content to the reality of today's labor market.

To make access to this qualification more efficient, TECH has the best study methodology based on Relearning, and also 100% online, which avoids unnecessary travel and provides gains in time and quality in the process. Therefore, in 6 months, students will acquire the precise basis to undertake consulting tasks in all aspects related to mobile technology, develop their own business or climb positions in their employment status. 

Boost your career and specialize as a Mobile Application Development Programmer. Completely remotely and in the hands of experts"

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

  • The development of practical cases presented by experts in Mobile 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

With this program you will obtain the indispensable technical skills that the programmer must acquire to develop quality software: Git, GitHub, Command Terminal and other tools”

The program’s teaching staff includes professionals from the sector who contribute their work experience to this educational program, as well as renowned specialists from leading societies and prestigious universities.

Its multimedia content, developed with the latest educational technology, will allow professionals to learn in a contextual and situated learning environment, i.e., a simulated environment that will provide immersive education programmed to prepare in real situations.

The design of this program focuses on Problem-Based Learning, by means of which professionals must try to solve the different professional practice situations that are presented to them throughout the program. For this purpose, the student will be assisted by an innovative interactive video system created by renowned and experienced experts.

You will have multimedia resources and diverse content formats for an agile and efficient learning process"

##IMAGE##

Enroll now in this Postgraduate diploma and don't wait any longer to stand out in your job or business"

Syllabus

For the deepest and most agile learning on Mobile Application Development Programming, TECH has provided this program that contains all the necessary content to develop as a professional in the subject. The expert teaching team has structured 3 modules with different specific subtopics that will make the student's journey much more bearable and digestible during the 6 months of duration, showing practical cases and using various audiovisual formats from the online platform, also having an interesting community to discuss the issues raised.

##IMAGE##

You will have access to exclusive and quality content, distributed in different formats to make your learning more agile and bearable"

Module 1. Programming Methodologies in Mobile Application Development

1.1. Software Development Processes

1.1.1. Waterfall
1.1.2. Spiral
1.1.3. RUP
1.1.4. V-Model

1.2. Agile Software Development Processes

1.2.1. Scrum
1.2.2. XP
1.2.3. Kanban

1.3. Unified Modeling Language (UML)

1.3.1. UML
1.3.2. Types of Modeling
1.3.3. Basic Blocks of UML

1.4. UML Behavioral Diagrams

1.4.1. Activity Diagram
1.4.2. Use Case Diagram
1.4.3. Interaction Overview Diagram
1.4.4. Timing Diagram
1.4.5. State Machine Diagram
1.4.6. Communication Diagram
1.4.7. Sequence Diagram

1.5. UML Structural Diagrams

1.5.1. Class Diagram
1.5.2. Object Diagram
1.5.3. Component Diagram
1.5.4. Composite Structure Diagram
1.5.5. Deployment Diagram

1.6. Creative Design Patterns

1.6.1. Singleton
1.6.2. Prototype
1.6.3. Builder
1.6.4. Factory
1.6.5. Abstract Factory

1.7. Structural Design Patterns

1.7.1. Decorator
1.7.2. Facade
1.7.3. Adapter
1.7.4. Bridge
1.7.5. Composite
1.7.6. Flyweight
1.7.7. Proxy

1.8. Behavioral Patterns

1.8.1. Chain of Responsibility
1.8.2. Command
1.8.3. Iterator
1.8.4. Mediator
1.8.5. Memento
1.8.6. Observer
1.8.7. State
1.8.8. Strategy
1.8.9. Template Method
1.8.10. Visitor

1.9. Testing

1.9.1. Unit Tests
1.9.2. Integration Tests
1.9.3. White Box Techniques
1.9.4. Black Box Techniques

1.10. Quality

1.10.1. ISO
1.10.2. ITIL
1.10.3. COBIT
1.10.4. PMP

Module 2. Technologies in Mobile Application Development

2.1. Mobile Devices

2.1.1. Mobile Devices
2.1.2. Infrastructure of a Mobile Device
2.1.3. Hardware Manufacturers
2.1.4. Software Developers
2.1.5. Service Providers
2.1.6. Platform Providers
2.1.7. Main Platforms

2.2. Physical Components of Mobile Devices

2.2.1. Storage

2.2.1.1. Immutable
2.2.1.2. Mutable
2.2.1.3. Temporal
2.2.1.4. External

2.2.2. Presenters

2.2.2.1. Displays, Loudspeakers, Haptic Responses

2.2.3. Input Methods

2.2.3.1. Buttons/Keypads
2.2.3.2. Screens
2.2.3.3. Microphones
2.2.3.4. Movement Sensors

2.2.4. Energy Sources

2.2.4.1. Sources of Energy
2.2.4.2. Adaptive Use of Resources
2.2.4.3. Efficient Programming
2.2.4.4. Sustainable Development

2.3. Processors

2.3.1. Central Processor
2.3.2. Other Abstracted Processors
2.3.3. Artificial Intelligence Processors

2.4. Information Transmitters

2.4.1. Long Range
2.4.2. Mid Range
2.4.3. Short Range
2.4.4. Ultra-Short Range

2.5. Sensors

2.5.1. Internal to the Device
2.5.2. Environmental
2.5.3. Medical 

2.6. Logic Components

2.6.1. Immutable
2.6.2. Manufacturer Mutable
2.6.3. Available to the User

2.7. Categorization 

2.7.1. Laptops
2.7.2. Smartphones

2.7.2.1. Tablets
2.7.2.2. Multimedia Devices
2.7.2.3. Intelligent Complements

2.7.3. Robotic Assistants

2.8. Modes of Operation

2.8.1. Disconnected
2.8.2. Connected
2.8.3. Always Available
2.8.4. Point to Point

2.9. Interactions

2.9.1. User-Mediated Interactions
2.9.2. Supplier-Mediated Interactions
2.9.3. Devices-Mediated Interactions
2.9.4. Environmentally Mediated Interactions

2.10. Security/Safety

2.10.1. Measures Implemented by the Manufacturer
2.10.2. Measures Implemented by Suppliers
2.10.3. User-Applied Security
2.10.4. Privacy

Module 3. Work Tools for Mobile Application Development

3.1. Environment and Tools for the Development of Applications for Mobile Devices

3.1.1. Preparation of the Environment for Mac OS
3.1.2. Preparation of the Environment for Linux
3.1.3. Preparation of the Environment for Windows

3.2. Command Line

3.2.1. Command Line
3.2.2. Emulators
3.2.3. Command Interpreter
3.2.4. Folder Creation
3.2.5. File Creation
3.2.6. Navigation
3.2.7. Managing Files and Folders Using the Command Line Interface
3.2.8. Licences
3.2.9. SSH
3.2.10. Command List

3.3. Software Repository Git

3.3.1. Version Control System
3.3.2. Git
3.3.3. Settings
3.3.4. Repository
3.3.5. Branches
3.3.6. Branch Management
3.3.7. Workflows
3.3.8. Merge
3.3.9. Commands

3.4. Web Service Version Control

3.4.1. Remote Repositories
3.4.2. Settings
3.4.3. Authentication
3.4.4. Branching of Software Fork
3.4.5. Git Clone Command
3.4.6. Repositories
3.4.7. Github Pages

3.5. Advanced Development Tools for Applications on Mobile Devices

3.5.1. Postman
3.5.2. Visual Studio Code
3.5.3. GUI for Databases
3.5.4. Hosting
3.5.5. Complementary Development Tools

3.6. Web from the Prism of Application Development for Mobile Devices

3.6.1. Protocols
3.6.2. Internet Service Provider
3.6.3. IP Addresses
3.6.4. DNS Name Services

3.7. Programming in the Development of Applications for Mobile devices

3.7.1. Programming in the Development of Applications for Mobile Devices
3.7.2. Programming Paradigms
3.7.3. Programming Languages

3.8. Application Development Components for Mobile Devices

3.8.1. Variables and Constants
3.8.2. Types
3.8.3. Operators
3.8.4. Declarations
3.8.5. Loops
3.8.6. Functions and Objects

3.9. Data Structure

3.9.1. Data Structure
3.9.2. Linear Structure Types
3.9.3. Functional Structure Types
3.9.4. Tree Structure Types

3.10. Algorithms

3.10.1. Algorithms in Programming. Divide and Conquer
3.10.2. Voracious Algorithms
3.10.3. Dynamic Programming

##IMAGE##

Obtain your qualification with this Postgraduate diploma in 6 months from the comfort of your computer or preferred device. With a 100% online study system"

Postgraduate Diploma in Programming for Development of Applications for Mobile Devices.

Programming is a fundamental part of device application development, as it allows the creation of software for mobile devices with different operating systems, such as iOS and Android. Programming for device application development involves the use of different programming languages and tools, depending on the operating system for which the application is being designed. For the development of applications for mobile devices, one of the most commonly used programming languages for iOS is Swift, which is a modern programming language developed by Apple to create applications for its devices. In the case of Android, the most widely used programming language is Java, although it is also possible to use Kotlin, a modern programming language that has gained popularity in recent years.

In programming for the development of applications for devices it is necessary to have knowledge of the object-oriented programming paradigm, since most of the programming languages used to develop mobile applications are based on this paradigm. In addition, frameworks are used for mobile application development, such as UIKit for iOS and Android SDK for Android. A framework is a tool that allows developers to create mobile applications more efficiently and quickly by providing common features and functionality that would otherwise have required tedious and repetitive programming.

Programming for device app development also includes the use of integrated development tools (IDEs) such as Xcode for iOS and Android Studio for Android. These tools provide a complete development environment, complete with code editor, testing and debugging environment, and code analysis tools.

Programming is a fundamental part of developing applications for devices, and requires the use of different programming languages, frameworks and tools, depending on the operating system for which the application is being developed. In addition, it is important to have knowledge of the object-oriented programming paradigm to develop efficient and high-quality mobile applications.