Aspire to lead IT projects as ambitious as those of digital banking with this professional master’s degree in TECH" 

Project management, distributed systems design or software engineering are just some of the fields where specialization is no longer an advantage, but a sine qua non requirement to reach positions of responsibility and greater prestige. For this reason, the work of updating and specialization of IT professionals must be continuous, promoting their knowledge of the most advanced and innovative systems. 

Focusing on optimal project management strategies, cloud computing and adaptation of classical computing into physical information systems, this university program offers comprehensive training in the Advanced Systems that the professional needs to master to further advance his or her career. 

The teaching staff, composed of professionals with recognized experience in the field of Systems Engineering, have integrated their own personal experience into the contents of the entire syllabus. This guarantees that the professional master’s degree is not only limited to a theoretical aspect, but covers the most efficient and current practice used in all kinds of projects. 

This is a great advantage for the IT professional, as he/she will not only be able to acquire top-level theoretical knowledge, but will also learn the practical keys to direct his/her career towards IT project management, development of mobile applications or control of security systems and Big Data, among many other professional opportunities provided by such an advanced degree. 

All this with the flexibility needed to not have to sacrifice any aspect of your personal or professional life. In TECH there are no presential classes or fixed schedules, but it is the student himself who establishes his own study time and teaching load. The entire syllabus is available for download from the first day of the degree, and can be studied from any device with an internet connection. 

Enroll now in the professional master’s degree that will take your IT career to the next level of knowledge and career success" 

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

• The development of case studies presented by experts in Advanced Systems Informatics Advanced Systems
• The graphic, schematic, and eminently practical contents with which they are created, provide scientific and 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 lectures, questions to the expert and individual reflection assignments 
• Access to content from any fixed or portable device with an Internet connection

Choose where, when and how. You decide the distribution of your course load, giving you the flexibility you need to combine this degree with your daily professional and work activities"

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 training 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 during the academic year. This will be done with the help of an innovative system of interactive videos made by renowned experts. 

It delves into the most sought-after professional skills in the advanced computing sector, including information systems security, solutions for uploading data and applications to the cloud or management of distributed systems"

You will be supported by the technical and teaching staff of the world's largest online academic institution, TECH”

This professional master’s degree in Advanced Systems Computing is aimed at developing the most important technical, theoretical and practical skills in this sector. Therefore, the IT professional will delve into issues such as the identification and design of Distributed Systems in Networks, modern computing alternatives, cloud provider services and a special focus on specific cases of Advanced Systems in Digital Banking. 

You will incorporate innovative IT management methods into your daily practice even before the end of the program" 

General Objectives

• Generate specialized knowledge about an IT project, its life cycle and management methods
• Examine project requirements and develop your business case
• Evaluate the different IT project management methodologies by applying the most appropriate tools and techniques
• Apply the software tools available on the market
• Consolidate the knowledge of distributed systems with an updated vision of them in view of their evolution in recent years
• Modernize the vision of distributed systems on aspects and fundamentals that are current in the market
• Analyze the Cloud Computing Paradigm
• Examining the main pieces of a cloud architecture
• Develop the software creation process
• Determine the different technologies for each sector
• Analyze the different current technologies with greater presence in the market

Specific Objectives

Module 1. IT Project Management and Direction 

• Evaluate the difference between IT projects and processes 
• Identify the success criteria of an IT project
• Analyze project scope and requirements to evaluate and defend your business case 
• Identify the most appropriate management methodology for the project
• Apply the techniques and tools specific to the selected methodology
• Present, evaluate and discuss real cases, preparing the lessons learned report

Module 2. Design and Management of Distributed Systems and Networks

• Determine the characteristics and advantages of digital solutions based on distributed systems
• Analyze the main types of distributed systems, advantages, main differences between them, as well as the operation of each one of them.
• Establish the types, characteristics and advantages of going to a Cloud First Model, as reference platforms for a distributed system
• Deepen the key aspects of a client-server model, the basis of communications for distributed systems
• Generate specialized knowledge on the main integration architectures, based on distributed systems models that are currently being implemented by important customers in different sectors
• Analyze Blockchain technology as the main disruptive exponent of a distributed 
  system today

Module 3. Cloud Computing in Computer and Information Systems Engineering 

• Determine the different Cloud deployment options: multi-cloud, Hybrid Cloud, etc. 
• Delve into the benefits inherent in cloud computing. 
• Analyze the principles of cloud computing economics: shift from CAPEX to OPEX 
• Examine commercial offerings from different cloud providers 
• Evaluate cloud supercomputing capabilities 
• Analyzing security in cloud computing 

Module 4. Software Engineering 

• Acquire specialized knowledge in project management methodologies.
• Analyze the life cycle of an application
• Explore the different architectures
• Identify programming methodologies

Module 5. IoT Technologies Architecture 

• Generate specialized knowledge on IoT 
• Defining the criteria for building an IoT solution 
• Develop consultative capabilities in the application of IoT use cases 
• Determining the operating model of an IoT solution 
• Justify the importance of IoT technology in society and in the coming years

Module 6. Technology and Development in Mobile Devices 

• Identify the most important features of the main wireless communication protocols with the greatest presence and use today 
• Analyze the evolution of mobile devices from their emergence to the present day 
• Develop the main features of the essential components of mobile devices 
• Establish the main differences between the two major operating systems for mobile applications. iOS vs Android
• Determine the main tools for Android-based mobile application development 
• Evaluate the main tools for the development of iOS-based mobile applications
• Examine the key aspects of security in terms of communications, users, applications and operating systems

Module 7. Artificial Intelligence in Systems Engineering and Computer Science 

• Generate specialized knowledge on the Application and Advanced Techniques of Intelligent Systems and their Practical Application
• Formalize and design automatic reasoning systems
• Implement and apply machine learning techniques in prediction problems
• Generate specialized knowledge on artificial intelligence

Module 8. Security Systems 

• Define security requirements 
• Develop a security plan 
• Determine the security systems to be deployed for the execution of a security plan 
• Identify the operations necessary for the prevention mechanisms 
• Establish guidelines for a logging and monitoring system 
• Propose incident response actions 
• Analyze the process of designing a security strategy when deploying corporate services 
• Identify security areas 
• Analyze the services and tools in each of the security areas

Module 9. Big Data Applied in Systems Engineering and Computer Science 

• Identify the benefits of analyzing and exploiting data for decision-making 
• Analyze the course of the data from its origin to its exploitation
• Define the different forms of storage in which the information can be stored, taking into account the way in which it will be subsequently exploited
• Assess the importance of data analytics, as well as the generation of predictive models that provide efficient results 
• Establish the minimum requirements in terms of privacy that are necessary in the area of access to and use of information 
• Identify the different elements that make up the platform architecture and the necessary interaction between them 
• Analyze the different sources of data that can be the sources of information for the process 
• Define the different forms of storage in which the information can be stored, taking into account the way in which it will be subsequently exploited
• Establish the minimum requirements in terms of privacy that are necessary in the area of access to and use of information
• Identify the different elements that make up the platform architecture and the necessary interaction between them
• Develop the differences between the different possibilities of analyzing the information according to the result to be obtained
• Identify the traceability of the data to analyze its usability in those areas where it is present

Module 10. IT (Information Technology) Governance and Management 

• Determine the roles of IT governance and IT management, identifying their differences. 
• Develop the main elements of IT governance 
• Analyze the most common frameworks 
• Present common IT management processes 
• Establish the importance of IT governance and management functions. 
• Identify the different reference models and standards 
• Propose actions for the implementation of an IT Government. 
• Analyze the COBIT, ITIL frameworks. 
• Identify IT management functions 
• Examine how new technologies such as Cloud Computing and AI are being integrated into IT governance 

The teaching staff has put a lot of effort in the elaboration of all the contents, guaranteeing you the best quality to reach your most ambitious professional goals"