This program will prepare you to meet all the challenges of the present and future in the field of cybersecurity, allowing you to specialize in leadership in this important area of IT"

Banking processes, online shopping, internal communications in different organizations, administrative procedures.. Nowadays, digitalization has transformed the way individuals and companies operate on a daily basis. It has streamlined numerous activities and has made it unnecessary to make certain trips, improving the quality of life of the population and saving costs for companies. However, these advantages have brought, collaterally, other disadvantages in terms of cybersecurity. 

Many of the digital technologies and tools currently in use are under continuous development and are therefore open to attack. As the use of digital applications and devices has become widespread, a failure in them is critical, as it can affect the development of the organization, not only in terms of marketing and sales, but in its own internal functioning, which also depends on these utilities.

For this reason, companies need cybersecurity experts who can respond to the different problems that may arise in this area. One of the most sought-after profiles is that of Cybersecurity Manager, a position that entails a global vision of this field, and for which this advanced master’s degree fully prepares you. Therefore, this program is a great opportunity for the computer scientist, since it will bring them closer to all the novelties in this field, preparing them, at the same time, to face managerial decisions, which require the best knowledge and leadership skills.

All this, based on an online learning methodology that will be adapted to the professional circumstances of the student, while being accompanied by a teaching staff of great prestige in this area of computer science. You will also have at your disposal the best educational technology and the latest teaching resources: interactive summaries, videos, master classes, case analysis or complementary readings. 

With this advanced master’s degree you will be able to delve into IoT security, cloud computing, blockchain and learn how to perform high-level audits for all types of companies and organizations" 

This advanced master’s degree in Senior Cybersecurity Management 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 computer scienceand cybersecurity
• The graphic, schematic, and 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
• Special emphasis on innovative methodologies in cybersecurity management
• Theoretical lessons, questions to the expert, debate forums on controversial topics, and individual reflection assignments
• The availability of access to content from any fixed or portable device with an Internet connection 

Cybersecurity management is a booming professional profile and this program offers you the option, based on TECH's online methodology, to access the best opportunities in this field" 

The teaching staff includes professionals from the cybersecurity sector, who bring their experience to this educational 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 an immersive learning experience designed to prepare for real-life situations.

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

You will enjoy the support of a prestigious teaching staff, who will ensure that you learn all the necessary skills in the field of cybersecurity management"

You will have at your disposal the latest teaching resources to guarantee a fast and efficient learning process"

The main objective of this advanced master’s degree is to turn the computer scientist into a great specialist in this field, allowing them to access the best professional opportunities. And, to this end, it will not only abound in all the latest developments in the field of cybersecurity, but will provide you with the best tools to get a global perspective of the business needs in this area. Therefore, you will be able to work managing the security of companies at all times, knowing the best methods to proceed in each case. 

This advanced master’s degree will help you achieve the career advancement you are looking for, thanks to its comprehensive and up-to-date content, and its prestigious faculty composed of active cybersecurity experts" 

General Objectives

• Analyze the role of the cybersecurity analyst
• Study in depth on social engineering and its methods
• Examine OSINT, HUMINT, OWASP, PTEC methodologies. OSSTM, OWISAM
• Conduct a risk analysis and understand risk metrics
• Determine the appropriate use of anonymity and use of networks such as TOR, I2P and Freenet
• Generate specialized knowledge to perform a Security Audit
• Develop appropriate usage policies
• Examine the detection and prevention systems for the most relevant threats 
• Evaluate new threat detection systems, as well as their evolution with respect to moare traditional solutions
• Analyze the main current mobile platforms, their characteristics and use
• Identify, analyze and assess security risks of the IoT project parts
• Evaluate the information obtained and develop prevention and hacking mechanisms
• Apply reverse engineering to the cybersecurity environment
• Specify the tests to be performed on the developed software
• Collect all existing evidence and data to conduct a forensic report
• Duly submit the forensic report
• Analyze the current and future state of computer security
• Examining the risks of new emerging technologies
• Compile the different technologies in relation to computer security
• Generate specialized knowledge about an information system, types and security aspects that must be taken into account
• Identify the vulnerabilities of an information system
• Develop legal regulations and the criminalization of crime attacking on an information  system
• Evaluate the different models of security architecture to establish the most suitable model for the organization
• Identify the regulatory frameworks of application and their regulatory bases
• Analyze the organizational and functional structure of an information security area (the CISO's office)
• Analyze and develop the concept of risk and uncertainty within the environment 
• In which we live
• Examine the Risk Management Model based on ISO 31.000
• Examine the science of cryptology and the relationship to its branches: cryptography, cryptanalysis, steganography and stegoanalysis
• Analyze the types of cryptography according to the type of algorithm and according to its use
• Examine digital certificates
• Examining the Public Key Infrastructure (PKI)
• Develop the concept of identity management
• Identify authentication methods
• Generate specialized knowledge about the IT security ecosystem
• Assessing knowledge in terms of cybersecurity
• Identify the areas of cloudsecurity
• Analyze the services and tools in each of the security areas
• Develop the security specifications of each LPWAN technology
• Analyze comparatively the security of LPWAN technologies

Specific Objectives

• Develop methodologies used in cybersecurity
  
• Examine the intelligence cycle and establish its application in cyberintelligence
  
• Determine the role of the intelligence analyst and the obstacles to evacuation activity
  
• Analyze OSINT, OWISAM, OSSTM, PTES, OWASP Methodologies
  
• Establishing the most common tools for intelligence production
  
• Conduct a risk analysis and understand the metrics used
  
• Concretize the options for anonymity and the use of networks such as TOR, I2P, FreeNet
  
• Detail the current cybersecurity regulations
  
• Specify the Backup policies for personal and professional data
  
• Assess the different tools to provide solutions to specific security problems
  
• Establish mechanisms to have an up-to-date system
  
• Scan equipment for Intruders
  
• Determine system access rules
  
• Screen and classify mails to avoid frauds
  
• Generate lists of allowed software
  
• Analyze current network architectures to identify the perimeter we need to protect
  
• Develop specific firewall and Linux configurations to mitigate the most common attacks
  
• Compile the most commonly used solutions such as Snort and Suricata, as well as their configuration
  
• Examine the different additional layers provided by next-generation firewalls and network functionalities in cloud environments
  
• Determine the tools for network protection and demonstrate why they are fundamental to a multilayer defence
  
• Examine the various attack vectors to avoid becoming an easy target
  
• Determine the main attacks and types of malware to which users of mobile devices are exposed
  
• Analyze the latest devices to establish greater security 
  
• In the configuration
  
• Specify the main steps to perform a penetration test on both iOS and Android platforms
  
• Develop specialized knowledge about different protection and security tools
  
• Establish best practices in programming for mobile devices
  
• Analyze the main IoT architectures
  
• Examine connectivity technologies
  
• Develop the main application protocols
  
• Specify the different types of existing devices
  
• Assessing risk levels and known vulnerabilities
  
• Develop safe use policies
  
• Establishing appropriate conditions of use for these devices
  
• Examine IOSINT methods
  
• Compile the information available in public media
  
• Scan networks for active mode information
  
• Develop testing laboratories
  
• Analyze the tools for Pentesting performance
  
• Catalog and assess the different vulnerabilities of the systems
  
• Concretize the various methodologies of hacking
  
• Analyze the phases of a compiler
  
• Examining x86 processor architecture and ARM processor architecture
  
• Determine the different types of analysis
  
• Apply sandboxing in different environments
  
• Develop different malware analysis techniques
  
• Establish malware analysis oriented tools
  
• Establish the necessary requirements for the correct operation of  an application in a secure manner
  
• ExamineLog files to understand error messages
  
• Analyze the different events and decide what to show to the user and what to keep in the logs
  
• Generate Sanitized Code, easily verifiable and of high quality
  
• Evaluate appropriate documentation for each phase of development
  
• Specify the behavior of the server to optimize the system
  
• Develop Modular, reusable and maintainable code
  
• Identify the different elements that evidence a crime
  
• Generate specialized knowledge to obtain data from different media before they are lost
  
• Recovery of intentionally deleted data
  
• Analyze system Logs and records
  
• Determine how data is duplicated so as not to alter the originals
  
• Substantiate the evidence for consistency
  
• Generate a solid and seamless report
  
• Present conclusions in a coherent manner
  
• Establish how to defend the report before the competent authority
  
• Specify strategies for safe teleworking
  
• Know the main syntax of graphic language and apply its rules to clearly and precisely describe objects and ideas
  
• Know the origin of letters and their historical importance
  
• Recognize, study and apply typography to graphic processes in a coherent way
  
• Know and apply the fundamental aesthetics of typography
  
• Know how to analyze the layout of texts in the design object
  
• Be able to carry out professional work starting from typesetting
  
• Assess the security of an information system in all its components and layers
  
• Identify current security threat types and trends
  
• Establish security guidelines by defining security policies and contingency plans
  
• Analyze strategies and tools to ensure the integrity and security of information systems
  
• Apply specific techniques and tools for each type of attack or security vulnerability
  
• Protect sensitive information stored in the information system
  
• Have the legal framework and typification of the crime, completing the vision with the typification of the offender and his victim
  
• Align the Safety Master Plan with the organization's strategic objectives
  
• Establish a continuous risk management framework as an integral part of the Master Security Plan
  
• Determine appropriate indicators for monitoring ISMS implementation
  
• Establish a policy-based security strategy
  
• Analyze the objectives and procedures associated with the employee, supplier, and partner awareness plan
  
• Identify, within the regulatory framework, the regulations, certifications and laws applicable to each organization
  
• Develop the fundamental elements required by the ISO 27001:2013 standard
  
• Implement a privacy management model in line with the European regulation GDPR
  
• Identify the different structures that an information security area can have
  
• Develop a security model based on three lines of defense
  
• Present the different periodic and extraordinary committees in which the cybersecurity area is involved
  
• Specify the technological tools that support the main functions  of the security operations team (SOC)
  
• Evaluate vulnerability control measures appropriate to each scenario
  
• Develop the security operations framework based on the NIST CSF
  
• Specify the scope of the different types of audits (Red Team, Pentesting, Bug Bounty, etc.)
  
• Propose the activities to be carried out after a security incident
  
• Set up an information security command center encompassing all relevant actors (authorities, customers, suppliers, etc.)
  
• Examine, with a holistic view, the environment in which we operate
  
• Identify the main risks and opportunities that may affect the achievement of our objectives
  
• Analyze the risks based on the best practices at our disposal
  
• Evaluate the potential impact of these risks and opportunities
  
• Develop techniques that will enable us to address risks and opportunities in a way that maximizes our value contribution
  
• Examine in depth the different risk transfer and valuation techniques
  
• Generate value from the design of proprietary models for agile risk management
  
• Examine the results to propose continuous improvements in project  and process management based on risk-driven management models
  
• Innovate and transform general data into relevant information for risk-based decision-making
  
• Compile the fundamental operations (XOR, large numbers, substitution, and transposition) and the various components (One-Way functions, Hash,  random number generators)
  
• Analyze cryptographic techniques
  
• Develop the different cryptographic algorithms
  
• Demonstrate the use of digital signatures and their application in digital certificates
  
• Assess key management systems and the importance of cryptographic key lengths
  
• Examine key derivation algorithms
  
• Analyze key life cycle
  
• Evaluate block cipher and stream cipher modes
  
• Determine pseudorandom number generators
  
• Develop real-world cryptography application cases, such as Kerberos, PGP or smart cards
  
• Examine related associations and organizations, such as ISO, NIST or NCSC
  
• Determine the challenges in quantum computing cryptography
  
• Develop the concept of digital identity
  
• Evaluating physical access control to information
  
• Fundamentals of biometric authentication and MFA authentication
  
• Evaluate attacks related to information confidentiality
  
• Analyze identity federation
  
• Establish network access control
  
• Develop expertise in physical and logical security
  
• Demonstrate knowledge of communications and networks
  
• Identify major malicious attacks
  
• Establish a secure development framework
  
• Demonstrate knowledge of the main regulations for information security management systems
  
• Demonstrate the operation of a cybersecurity  operations center
  
• Demonstrate the importance of having cybersecurity practices for organizational disasters
  
• Identify risks of a public cloud infrastructure deployment
  
• Define security requirements
  
• Developing a security plan for a cloud deployment
  
• Identify the cloud services to be deployed for the execution of a security plan
  
• Determine the operations necessary for the prevention mechanisms
  
• Establish guidelines for a logging  and monitoring system
  
• Propose incident response actions
  
• Introduce the simplified IoT architecture
  
• Explain the differences between generalist connectivity technologies and connectivity technologies for the IoT
  
• Establish the concept of the iron triangle of IoT connectivity
  
• Analyze the security specifications of LoRaWAN technology, NB-IoT technology and WiSUN technology
  
• Justify the choice of the appropriate IoT technology for each project
  
• Present the key elements of each phase and Analyze the characteristics of the Business Continuity Plan (BCP)
  
• Justify the need for a Business Continuity Plan
  
• Determine the success and risk maps for each phase of the Business Continuity Plan
  
• Specify how to establish an Action Plan for implementation
  
• Evaluating the completeness of a Business Continuity Plan (BCP)
  
• Successfully develop the Implementation Plan for a Business Continuity Plan for our Business  

One more step in your career ascybersecurity specialist thanks to this Grand Master, with which you will acquireeverything you need to adapt to the current complex situation of computing”