Would you like to become the next Steve Jobs and revolutionize the computer industry with powerful and innovative computer systems? Opt for this professional master’s degree and you will hold the keys to achieving it”


The invention of the Z1 as the first truly functional "modern" computer laid the foundations of an industry that, over the years, acquired a technical, complex, unique and innovative character, absolutely unthinkable for pioneers in this field such as Konrad Zuse or Alan Turing. From the launch of the first Colossus Mark to the successful commercialization of the Macintosh 128 K or the IBM PC with Windows 1.0 a year later, only 4 decades have passed, but these machines have gone from only reading encrypted communications to allowing their users to create documents, manage data and send e-mails.

Thanks to technological development, advances in computing and programming and the evolution of the IoT as the nerve center of collective communication of devices around the world, today, systems have reached a very high level of complexity, generating UX increasingly customized and adapted to the needs of society. No matter which way you look at it, information technology is present in all aspects of human life. For this reason, the role played by the professional in this field is fundamental and in high demand in today's market.

Based on this, TECH and its team of experts have developed a program that gathers the most exhaustive, comprehensive and innovative information in this sector, designed to serve as a guide for the graduate in their specialization. Over the course of 1,500 hours of diverse content, you will delve into the fundamentals of physics adapted to the field of computing, as well as the application of current technology and strategies to the design of software and applications for the different platforms and operating systems available. All this being 100% online and offering 12 months of theoretical and practical specialization with which you will not only adjust your profile to match the most demanding requirements of the industry, but in which you will find the keys to embark on the road to the new IT revolution that is about to arrive.

The perfect program to get you up to speed on the physical fundamentals of computer science and its application in the computing environment"

This professional master’s degree in Systems Computing contains the most complete and up-to-date program on the market. Its most notable features are:

  • The development of case studies presented by experts in Computer Engineering
  • 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
  • A special emphasis on innovative methodologies
  • Theoretical lessons, questions to the expert, debate forums on controversial topics, and assignments for individual reflection
  • Content that is accessible from any fixed or portable device with an internet connection

If you are looking to acquire the classical concepts of logical software design, this program will provide you with everything you need to handle Boolean algebra and the elements of memory”

The program’s teaching staff includes professionals from the sector who contribute their work experience to this program 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 learning designed for real situations.

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

In addition to a high volume of content to develop your knowledge of software, you will also work on computer and systems hardware"


TECH sets no limits: It is a program that you can access from wherever you want and through any device with an internet connection"


Systems Computing is constantly evolving, so professionals in this field require constant updates to their knowledge in order to future-proof their skills. Based on this, TECH has developed this professional master’s degree with the aim of bringing together, in a single degree, the latest and most comprehensive information relating to this area, as well as the strategies and guidelines that give the best results today in the design of software, applications and advanced operational techniques. All this is 100% online and with over 12 months of specialization that will undoubtedly surpass even your most ambitious expectations.


Do you want to specialize in Systems Computing and do not have time to attend classes? Opt for this 100% Online professional master’s degree and access it from wherever you want, without schedules or demands”

General Objective

  • To train professionals scientifically and technologically, as well as preparing them to work in Systems Computing, by means of a transversal and versatile course adapted to the new technologies and innovations in this field

Specific Objectives

Module 1. Physical Fundamentals of Computing

  • Acquire basic fundamental knowledge of engineering physics, such as fundamental forces and conservation laws
  • Learn the concepts related to energy, its types, measurements, conservation and units
  • Know how electric, magnetic and electromagnetic fields work
  • Understand the basic fundamental concepts of direct current and alternating current electrical circuits
  • Assimilate the structure of atoms and subatomic particles
  • Understand the basics of quantum physics and relativity

Module 2. Computer Technology

  • Learn about the history of computers, as well as the main types of existing organizations and architectures
  • Acquire the knowledge necessary to understand computer arithmetic and the basics of logic design
  • Understand the operation and composition of a computer, from the different devices that compose it to the ways of interacting among them and with them
  • Learn the different types of memory (internal memory, cache memory and external memory), as well as the operation of input/output devices
  • Understand the structure and operation of the processor, as well as the operation of the control unit and micro-operations
  • Learn the basics of machine instructions, types, assembly language, and addressing

Module 3. The Structure of Computers

  • Learn the fundamentals of computer design and evolution, including parallel architectures and levels of parallelism
  • Understand how the different ways to evaluate the performance of a computer work, as well as the use of programs to perform performance tests
  • Understand the operation of the memory hierarchy, the different types of storage and input/output issues
  • Learn the features of different types of processors, such as segmented, superscalar, VLIW and vector processors
  • Understand the operation of parallel computers, their purpose, performance and architecture
  • Know the features of computer interconnection networks and the characteristics of multiprocessors

Module 4. Operating Systems

  • Learn the basic concepts of operating systems, as well as the structure of operating systems, including services, system calls and user interface
  • Understand how process scheduling works in an operating system and gain general knowledge on the concepts related to processes and threads
  • Assimilate the principles of concurrence, mutual exclusion, synchronization and interlocking
  • Understand how memory management works in operating systems and the basics of virtual memory and its policies
  • Learn about the interface and implementation of operating systems, understanding the concepts of files, file systems, directory structure and their implementation, as well as the methods of allocation and management of free space
  • Understand the existing protection mechanisms in operating systems

Module 5. Advanced Operating Systems

  • Deepen your knowledge of operating systems, their functions, process management, memory, directories and files, as well as the keys to their security and design objectives
  • Get to know step by step the different stages in the history of operating systems
  • Understand the structure of the main operating systems in current use
  • Learn about the structure of the two main operating systems, as well as the use of their terminals
  • Learn the basics of shell scripting and the main tools for programming in C language
  • Understand the operation of system calls, either on files or processes

Module 6. Free Software and Open Knowledge

  • Learn the concepts of Free Software and Open Knowledge, as well as the different types of associated licenses
  • Know the main free tools available in different areas such as operating systems, business management, content management systems and multimedia content creation, among others
  • Understand the importance and benefits of open-source software in the business world, both in terms of features and costs
  • Deepen your knowledge of the GNU/Linux operating system, as well as the different distributions that exist, and how to make customized adaptations of them
  • Learn about the operation and development of WordPress, given that this CMS accounts for more than 35% of the active websites in the world, and more than 60% in the particular case of CMSs
  • Understand how the operating system for Android mobile devices works, as well as the basics for the development of mobile applications: both native development and with cross-platform frameworks

Module 7. Computer Networks

  • Acquire essential knowledge of computer networks on the internet
  • Understand the operation of the different layers that define a networked system, such as the application, transport, network and link layers
  • Understand the composition of LANs, their topology, and their network and interconnection elements
  • Learn how IP addressing and subnetting work
  • Understand the structure of wireless and mobile networks, including the new 5G Network
  • Know the different network security mechanisms, as well as the different Internet security protocols

Module 8. Emerging Technologies

  • Knowledge of the different mobile technologies and services currently available in the market
  • Learn how to design user experiences adapted to the new emerging technologies available today
  • To learn about new developments in the world of extended reality, with AR and VR applications and services, as well as location-based services
  • Understand how the Internet of Things (IoT) works, its fundamental features, main components, cloud computing and smart cities
  • Acquire the basic knowledge to understand the fundamentals of Blockchain and Blockchain-based applications and services
  • Learn about the latest innovative technologies and study an introduction to the bases of research

Module 9. Information Systems Security

  • Learning schedule development for time management, budget development and risk response
  • Analyze the nature of network attacks and the different types of security architectures
  • Understanding the different System Protection Techniques and the Development of Secure Code 
  • Understand the essential components of botnets and spam, as well as malware and malicious code
  • Lay the foundations for forensic analysis in the world of software and computer audits
  • Gain a global perspective of security, cryptography and classical cryptanalysis
  • Understand the fundamentals of symmetric cryptography and asymmetric cryptography, as well as their main algorithms

Module 10. Integration Systems

  • Acquire the essential concepts related to information systems in the enterprise, as well as identify the opportunities and needs of information systems in the enterprise
  • Get to know the basics of Business Intelligence, its strategies and implementation, as well as the present and future of BI
  • Understand the working of systems for the integrated management of company resources
  • Understand digital transformation from the point of view of business innovation, financial and production management, marketing and human resources management

A training and professional growth path that will propel you towards a greater level of competitiveness in the employment market”

Professional Master's Degree in Computer Systems


Due to its particular characteristics, the IT area frequently undergoes modernization processes arising from new technological and methodological implementations in the sector, a fact that requires specialized professionals to be constantly updated in order to acquire skills in line with the development of today's working world. Understanding the continuous need for academic updating arising as a result of the processes of evolution in the area, in TECH Global University we have devised our Professional Master's Degree program in Computer Systems, designed to train the professional in the latest developments in the sector. Likewise, this postgraduate program pays special attention to current computing trends, and delves into the modernization of relevant concepts such as: the use of the main free software tools; modern particularities regarding computer networks, the network and link layer, and IP addressing; and symmetric and asymmetric cryptography applied to computer security.

Study a postgraduate degree in Computer Science online


Modern computing demands a high degree of preparation on the part of the specialized professional, both in terms of the approach to operating systems, as well as in relation to the integration of business information systems. In our Professional Master's Degree program you will access an academic process based on the strengthening of skills and knowledge essential for the development of modern computing tasks. In this way, the professional's knowledge is updated in aspects such as: the fundamentals of operating system interlocking, its prevention and timely avoidance; the role of emerging technologies applied to the service of computing; and the knowledge of the different types of malware and possible solutions to these.