Acquire the most comprehensive knowledge in software engineering, in the most up-to-date program of the online educational market and start working on developments in this dynamic professional field”

With the advance of new technologies, software has become an extremely important element nowadays. In recent years, the need to be able to develop software products with the appropriate functionality and quality, while respecting the established time and budget, has become evident. 

This program is aimed at those people interested in reaching a higher level of knowledge about Software Development . The main objective is to enable students to apply the knowledge acquired in this professional master’s degree in the real world, in a work environment that reproduces the conditions that may be encountered in the future, in a rigorous and realistic manner. 

Take advantage of the opportunity to take this educational program in a 100% online format, without having to give up obligations, and making it easy to continue studying. Update your knowledge and obtain a professional master’s degree to continue growing personally and professionally. 

You will gain extensive knowledge in the field of software engineering, but also in the field of computating and computer structure, including the mathematical, statistical and physical principles that are essential in engineering.

Take advantage of the opportunity to take this educational program in a 100% online format, without having to give up obligations, and making it easy to continue studying. Update your knowledge and get your professional master’s degree to continue growing personally and professionally.

This program will allow you to learn about the basic structure of a computer and its software, as a basis for increasing your skills” 

This professional master’s degree in Software Development contains the most complete and up-to-date program on the market. The most important features include:

• Development of 100 simulated scenarios presented by experts in Software Development
• Its graphic, schematic and eminently practical contents, with which they are conceived, gather scientific and practical information on Software Development
• News on the latest developments in Software Development
• It contains practical exercises where the self-evaluation process can be carried out to improve learning
• Interactive learning system based on the case method and its application to real practice
• All of this will be complemented by 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

Learn everything you need to work with programming languages safely, incorporating to your knowledge the interpretation and design of basic algorithms to work in programming"

Its teaching staff includes professionals belonging to the world of Software Development , who bring to this program the experience of their work, as well as recognized specialists belonging to reference companies and prestigious universities. 

Thanks to its multimedia content developed with the latest educational technology, they will allow the professional a situated and contextual learning, that is to say, a simulated environment that will provide an immersive learning programmed to train 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. To do so, the professional will be assisted by an innovative interactive video system created by recognized experts in Software Development with extensive teaching experience. 

An educational program that will enable you to understand how to operate and intervene on all the essential elements of a computer program"

Get to know the latest data systems on the market, learn how to design advanced algorithms and all the aspects that a highly competent professional must master"

The objective of this program is to provide professionals working in Software Development with the knowledge and skills necessary to carry out their activity using the most advanced protocols and techniques of the moment. Through a work approach that is totally adaptable to the student, this professional master’s degree will progressively lead you to acquire the skills that will propel you to a higher professional level. 

You will delve into the field of computating and computer structure; essential subjects for any software developer" 

General Objectives

• Prepare scientifically and technologically, as well as to develop the professional practice of software engineering, with a transversal and versatile approach adapted to the new technologies and innovations in this field
• Obtain extensive knowledge in the field of software engineering, but also in the field of computation and computer structure, including the mathematical, statistical and physical basis essential in engineering

Specific Objectives

Module 1. Programming Fundamentals 

• Understand the basic structure of a computer, software and general purpose programming languages
• Learn to design and interpret algorithms, which are the necessary basis for developing computer programs
• Understand the essential elements of a computer program, such as the different types of data, operators, expressions, statements, I/O and control statements
• Understand the different data structures available in general purpose programming languages, both static and dynamic, as well as to acquire the essential knowledge for file handling
• Know the different testing techniques in computer programs and the importance of generating good documentation together with good source code
• Learn the basic concepts of the C++ programming language, one of the most widely used languages in the world

Module 2. Data Structure 

• Learn the fundamentals of C++ programming, including classes, variables, conditional expressions and objects
• Understand abstract data types, linear data structure types, simple and complex hierarchical data structures, as well as their implementation in C++
• Understand the operation of advanced data structures other than the usual ones
• Know the theory and practice related to the use of priority heaps and queues
• Learn how Hash tables work as abstract data types and functions
• Understand Graph theory, as well as advanced Graph algorithms and concepts

Module 3. Algorithm and Complexity 

• Learn the main strategies for algorithm design, as well as the different methods and measures for algorithm computation
• Know the main sorting algorithms used in software development
• Understand the operation of the different algorithms with trees, Heaps and Graphs
• Understand the operation of Greedy algorithms, their strategy and examples of their use in the main known problems. We will also learn the use of greedy algorithms on graphs
• We will learn the main strategies of minimum path search, with the approach of essential problems of the field and algorithms for their resolution
• Understand the Backtracking technique and its main uses, as well as other alternative techniques

Module 4. Databases 

• Learn the different applications and purposes of database systems, as well as their operation and architecture
• Understand the relational model, from its structure and operations to extended relational algebra
• Learn in depth what SQL databases are, how they work, the definition of data and the creation of queries from the most basic to the most advanced and complex
• Learn how to design databases using the entity-relationship model, how to create diagrams and the characteristics of the extended E-R model
• Delve into the design of relational databases, analyzing the different normal forms and decomposition algorithms
• Lay the foundations for understanding the operation of NoSQL databases and to introduce the MongoDB database

Module 5. Advanced Databases 

• Introduce the different database systems currently available on the market
• Learn the use of XML and databases for the web
• Understand the operation of advanced databases such as parallel and distributed databases
• Understand the importance of indexing and association in database systems
• Understand how transactional processing and retrieval systems work
• Acquire knowledge related to non-relational databases and data mining

Module 6. Advanced Algorithm Design 

• Delve into advanced algorithm design, analyzing recursive and divide-and-conquer algorithms, as well as performing amortized analysis
• Understand the concepts of dynamic programming and algorithms for NP problems.
• Understand the operation of combinatorial optimization, as well as the different randomization algorithms and parallel algorithms
• Know and understand the operation of the different local and candidate search methods
• Learn the mechanisms of formal verification of programs and iterative programs, including first-order logic and Hoare's formal system
• Learn the operation of some of the main numerical methods such as the bisection method, the Newton Raphson method and the secant method

Module 7. Human-Computer Interaction 

• Acquire solid knowledge related to human-computer interaction and the creation of usable interfaces
• Understand the importance of application usability and why it is important to take it into account when designing our software
• Understand the different types of human diversity, the limitations they imply and how to adapt interfaces according to the specific needs of each of them
• Learn the process of interface design, from requirements analysis to evaluation, going through the different intermediate stages necessary to carry out an adequate interface
• Know the different accessibility guidelines, the standards that establish them and the tools that allow us to assess them
• Understand the different methods of interaction with the computer, by means of peripherals and devices

Module 8. Advanced Programming 

• In-depth knowledge of programming, especially as it relates to object-oriented programming, and the different types of relationships between existing classes
• Know the different design patterns for object-oriented problems
• Learn about event-driven programming and the development of user interfaces with Qt
• Acquire the essential knowledge of Concurrent Programming, processes and threads
• Learn how to manage the use of threads and synchronization, as well as the resolution of common problems within Concurrent Programming
• Understand the importance of documentation and testing in software development

Module 9. Development of Web Applications 

• Know the characteristics of the HTML markup language and its use in web creation together with CSS style sheets
• Learn to use the browser-oriented programming language JavaScript, and some of its main features
• Understand the concepts of Component Oriented Programming and Component Architecture
• Learn how to use the Bootstrap Frontend Framework for website design
• Understand the structure of the controller view model in the development of dynamic web sites
• Know the service-oriented architecture and the basics of the HTTP protocol

Module 10. Software Engineering 

• Lay the foundations of software engineering and modeling, learning the main processes and concepts
• Understand the software process and the different models for its development including agile technologies
• Understand requirements engineering, their development, elaboration, negotiation and validation
• Learn the modeling of requirements and the different elements such as scenarios, information, analysis classes, flow, behavior and patterns
• Understand the concepts and processes of software design, learning also about architecture design and design at component level and based on patterns
• Know the main standards related to software quality and project management

Achieve the level of knowledge you desire and master Software Development with this high-level training"