Become an expert in cybersecurity and management of Cloud Infrastructures with a 100% online mode and total time freedom”

With the emergence of new technologies, the Internet and the incalculable advances that have been taking place, many companies had to renew themselves, going through processes of change in which digitization and transformation at all levels were vital. But now, the time has come for the adoption of Cloud Infrastructures, which is considered a key piece in the evolution of the European Union, which is expected to drive a growth of more than 14% of GDP in the coming years. 

Cloud Infrastructures guarantee much greater agility, efficiency and cost reduction than conventional physical structures. They allow DevOps teams to implement the infrastructure programmatically, as part of the code of an application, and represent a breakthrough in terms of security, quality control and disaster recovery. In short, they are the best way to balance the needs of today with the opportunities of tomorrow. As a result, the demand for professional experts in implementation and management of Cloud Infrastructures continues to increase, making this area one of the areas with the greatest potential in the labor market. 

This is the reason why TECH has created a professional master’s degree in Cloud Infrastructures, so that those students who seek to assume a professional future in this sector, enhance their skills and deepen their knowledge. In this way, they will develop the ability to perform their work with the highest possible quality and efficiency, and this through a syllabus that addresses subjects such as implementation models of Cloud Computing, digital transformation, cloud computing resources, storage, Networking, monitoring services or cybersecurity in Cloud Infrastructures, among many other relevant aspects.

Students will be able to combine this program with their professional and personal life, thanks to a 100% online study mode, without any time constraints. In addition, students will be able to access all the main content and a wide variety of additional material from any electronic device with an internet connection. This, together with the most complete multimedia content, up-to-date information and the most innovative tools possible, is a unique opportunity in the educational market.

Quickly stand out in a booming industry and achieve your most demanding IT goals”

This professional master’s degree in Cloud Infrastructures 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 Cloud Infrastructures for
• 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 to the expert, debate forums on controversial topics, and individual reflection assignments
• Content that is accessible from any fixed or portable electronic device with an Internet connection

Put your acquired skills into practice with a variety of activities and case studies supervised by leading Cloud and cybersecurity experts”

The program’s teaching staff includes professionals from 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 provide the professional with situated and contextual learning, i.e., a simulated environment that will provide an immersive education programmed to learn 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. This will be done with the help of an innovative system of interactive videos made by renowned experts.

Delve into vulnerability analysis in Cloud environments and multiply your chances of sucess in the workplace"

Thanks to TECH you will gain new skills in Virtual Desktop Infrastructure and continuous improvement in Cloud Infrastructures"

The objective of this professional master’s degree in Cloud Infrastructures is to improve the skills and renew the competences of the students in an efficient and accurate way. In this way, they will be able to face their responsibilities and tasks in this field, with the highest possible quality in their work. All this, thanks to the design and creation of the most complete and up-to-date theoretical and practical content in the educational market.

The goal of TECH is you: give a boost to your career and stand out in a very relevant field for companies”

General Objectives

• Develop specialized knowledge about what infrastructures are and what motivations exist for their transformation to the cloud
• Acquire the skills and knowledge necessary to implement and manage IaaS solutions effectively
• Acquire specialized knowledge to add or remove storage and processing capacity quickly and easily, enabling you to adapt to fluctuations in demand
• Examine the scope of Network DevOps, demonstrating that it is an innovative approach for network management in IT environments
• Understand the challenges faced by an enterprise in Cloud governance and how to address them
• Use security services in Cloud environments such as Firewalls, SIEMS and threat protection to secure applications and services
• Establish best practices in the use of Cloud Services and the main recommendations when using them
• Increase user efficiency and productivity: by enabling users to access their applications and data from anywhere and on any electronic device, VDI can improve user efficiency and productivity
• Gain specialized knowledge about Infrastructure as Code
• Identify key points to demonstrate the importance of investing in backup and monitoring in organizations

Objetivos específicos

Module 1. Transformation of IT Infrastructures Cloud Computing

• List the types of clouds that exist
• Analyze the factors for Cloud Computing adoption
• Identify the types, models and elements of Cloud Computing
• Concretize how Cloud Infrastructures work and their relevant aspects
• Analyze existing ecosystems and their pillars for successful transformation
• Establish an overview of the different vendors and how they can help the implementation of Cloud Computing
• Present an overview of the automation and security strategy
• Generate a first environment for the management of infrastructures under a DevOps or DevSecOps culture
• Discover the future and evolution of infrastructures, analyzing the challenges and technologies in the field of security and compliance

Module 2. Infrastructure as a Service (IaaS)

• Examine the abstraction layers in Cloud Computing and how they relate to each other
• Concretize the effective management of the Cloud Computing abstraction layers
• Analyze the core decisions in building a Cloud Architecture
• Evaluate how digital transformation and the Cloud can drive business success
• Delve into the DevOps approach and how it can improve the efficiency and effectiveness of software development and delivery
• Establish the different cloud computing resources available and how they can be used effectively

Module 3. Storage and Databases in Cloud Infrastructures

• Determine the characteristics and advantages of cloud storage, the different storage options (public, private, and hybrid) and the selection of the appropriate storage option
• Develop specialized knowledge about cloud databases, advantages and disadvantages, the different cloud database options (relational and non-relational) and how to select the right option
• Examine the design and architecture of cloud storage and databases: the design principles of cloud storage and databases, their architectures and common design patterns
• Manage cloud storage and databases: how to create, manage and monitor cloud storage and databases, how to backup and recover data in the event of loss
• Analyze security and privacy in the cloud: how to protect stored data and databases in the cloud, privacy and security policies and regulations in the cloud
• Compile use cases and examples of cloud storage and databases: examples of how cloud storage and databases are used in different use cases of big data management, real-time data analytics, and integration of data from different sources
• Addressing scalability and performance in the cloud and how to optimize them in cloud applications

Module 4. Network DevOps and Network Architectures in Cloud Infrastructures

• Develop the concepts and principles of Network DevOps and its application in Cloud environments
• Determine the requirements needed to implement Network DevOps in Cloud environments
• Use the relevant tools and software for Network DevOps
• Establish how to implement and manage internal network services in cloud environments, such as VPC and subnetting
• Compile the boundary network services available in Cloud environments and how they are used to connect Cloud and on-premise networks
• Substantiate the importance of DNS usage in Cloud environments and how to implement hybrid and multi-tenant network connectivity
• Implement and manage content delivery services in Cloud environments, such as CDNs and WAFs
• Examine the important aspects of security in Cloud networks and how security measures can be implemented in these environments
• Monitor and perform network audits in Cloud environments to ensure availability and security

Module 5. Government in Cloud Infrastructures

• Analyze the key concepts of compliance and their importance in the Cloud context
• Identify the main challenges faced by a CISO in Cloud governance and how to address them
• Establish the main privacy considerations in the Cloud context and how to ensure compliance with applicable regulations
• Examine the relevant regulatory frameworks and certifications in the Cloud environment
• Develop how Cloud billing works and how resource usage can be optimized
• Delve into the use of management and governance services in AWS and Azure to optimize resource usage and ensure compliance with security requirements

Module 6. Cybersecurity in Cloud Infrastructures

• Develop specialized knowledge about specific risks and threats in Cloud environments
• Analyze security frameworks and apply them to protect the infrastructure
• Design threat models and protect applications and services against threats
• Evaluate code-level cybersecurity tools and how to use them to detect and prevent vulnerabilities in applications and services
• Perform integration of cybersecurity controls into processes
• Master ZAP Proxy to audit Cloud environments
• Perform automated vulnerability scans to detect and prevent vulnerabilities in applications and services
• Examine the different types of Firewalls and configure them to protect infrastructure and services
• Apply transport layer security using SSL/TLS and certificates
• Evaluate SIEMs and their use to monitor and optimize the security of the Cloud environment

Module 7. Service Adoption in Cloud Infrastructures

• List the different computing services in each of the main Cloud providers
• Substantiate the advantages of interoperability between services
• Acquire the skills necessary to deploy the application in Cloud and provide it with additional features by incorporating new services
• Determine how to make an application resilient thanks to auto-scaling

Module 8. Virtual Desktop Infrastructure (VDI)

• Providing remote users with access to critical applications: VDI could be used to allow users to access critical applications from anywhere and on any  electronic device, which could improve productivity and efficiency for remote users
• Facilitate collaborative work and communication: VDI could be used to enable users to share and collaborate on applications and data in real time, which could improve communication and collaborative work
• Reduce hardware and software costs: VDI could be used to reduce hardware and software costs by not having to install and maintain applications and operating systems on each electronic device individually
• Improve data security and privacy: VDI could be used to improve data security and privacy by storing information on a centralized server and protecting it through security meausre for storage and user
• Facilitate upgrade and maintenance: VDI could be used to facilitate operating system and application upgrade and maintenance by having the virtual desktop centralized on a server

Module 9. Infrastructure Operation-as-Code (IaC) 

• Compile the main tools for Infrastructure-as-Code management and their main strengths
• Determine the different approaches proposed by Infrastructure as Code depending on the way you try to define the resources
• Implement and manage test and production environments efficiently using 
• Infrastructure as Code
• Use versioning and change control techniques for Infrastructure as Code

Module 10. Monitoring and Backup of Cloud Infrastructures

• Determine how to establish a backup strategy and a monitoring strategy
• Establish the most demanded services and the usage of each service
• Identify the types of backup and its uses
• Determine a robust backup strategy that meets business objectives
• Develop a business continuity plan
• Identify the types of monitoring and what each one is for
• Generate a proactive approach to incidents by establishing a scalable monitoring strategy
• Apply the different strategies on real use cases
• Specify the points of improvement in order to evolve the environments as the business evolves

You will achieve your objectives in a few months and with total freedom of schedule thanks to the best tools and the most dynamic practical content on Cloud Infrastructures”