Thanks to this professional master’s degree, you will be able to occupy relevant positions in the competitive Cloud Computing sector"

Software development and Cloud environments have led to the emergence of a new professional figure in the field of new technologies. Companies, in a short time, have understood the advantages of using Cloud Computing technology. In this scenario, the IT professionals have an opportunity to advance in an emerging field.

This professional master’s degree from TECH brings together a teaching team competent in the field of Cloud technologies and with extensive experience in the sector. Their knowledge provides students with all the necessary tools to learn about the different cloud providers, therefore mastering all the technologies offered by the major distributors of Cloud solutions. Likewise, The IT professional, guided by experts in the field, will delve into the most relevant concepts and tools currently relevant in data persistence such as Data Lakes.

This 12-month program delves into the virtualization and containerization of applications that have made the systems administration sector evolve and are essential today. All this, from a theoretical-practical perspective designed for future Cloud architects, DevOps or Cloud infrastructure specialists.

An excellent opportunity for professionals who wish to improve their professional aspirations through this 100% online format. They only need an electronic device with internet connection to access the library of multimedia resources and practical simulation cases, which will facilitate learning and give them the flexibility to combine it with their most demanding professional and personal responsibilities..

Become an expert in Cloud Programming, thanks to this professional master’s degree. Growing in a highly competitive industry"

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

• Practical cases presented by experts in Cloud Programming
• The graphic, schematic and practical contents of the book provide technical and practical information on those 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 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

Microsoft Azure, Amazon Web Services and Google Cloud are the main Cloud platforms for companies. Master all its possibilities with this professional master’s degree. Enroll now”

The program’s teaching staff includes professionals from the 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 allow professionals to learn in a contextual and situated learning environment, i.e., a simulated environment that will provide immersive education programmed to prepare in real situations.

The design of this program focuses on Problem-Based Learning, by means of which professionals must try to solve 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. 

Deepen your knowledge and become a specialist in Cloud infrastructure, mastering the most modern Cloud Native technologies and architectures"

Learn at your own pace, without fixed schedules and from anywhere with the online methodology offered by TECH in all its programs"

The design of the program of this professional master’s degree will allow students to start a project in Cloud environments in their own start-up or in large companies. To this end, in this program, you will acquire the specialized knowledge to determine the right Cloud, learn to analyze the different approaches to cloud adoption and their contexts, as well as master the main tools and providers in this rising technological field. The interactive content and case simulation will allow the students to gain knowledge in one of the most promising technological areas at present.

Progress in your professional career. Everyday companies demand more Front-End or Back-End engineers. Specialize in a field with a wide range of job opportunities"

General Objectives

• Analyze the different approaches to cloud adoption and their contexts
• Acquire specialized knowledge to determine the appropriate Cloud
• Develop a virtual machine in Azure
• Establish the sources of threats in application development and best practices to apply
• Evaluate the differences in the specific implementations of different public Cloud vendors
• Determine the different technologies applied to containers
• Identify the key aspects of a Cloud Native adoption strategy
• Fundamentals and evaluation of the programming languages most commonly used in Big Data, necessary for data analysis and processing

Specific Objectives

Module 1. Cloud Programming: Azure, AWS and Google Cloud Services

• Generate specialized knowledge about the cloud and the differences with traditional on-premise solutions
• Acquire specialized vocabulary fundamental to the cloud Master the terms used by different vendors
• Establish the main components of the cloud and its their uses
• Determine the vendors in the cloud market, their strengths and weaknesses, and contributions

Module 2. Architecture Programming in Cloud Computing

• Develop specialized knowledge on the bases of architecture
• Specialize the student in the knowledge of Cloud infrastructures
• Evaluate advantages and disadvantages of deploying On Premise or in the Cloud
• Determine infrastructure requirements
• Identify deployment options
• Train for the implementation of a Cloud infrastructure in production
• Design and define the operation and maintenance of a Cloud architecture 

Module 3. Cloud Azure Storage

• Examine a virtual machine in Azure
• Establish the different types of storage
• Evaluate the functions of backup
• Manage Azure resources
• Analyze the different types of services
• Examine the different types of security
• Generate virtual networks
• Concretize the different network connections

Module 4. Cloud Environments: Security/Safety

• Identifying risks of a public cloud infrastructure deployment
• Analyze security risks in application development
• Determine security requirements
• Developing a security plan for a cloud deployment
• Establish guidelines for a logging and monitoring system
• Propose incident response actions 

Module 5. Container Orchestration: Kubernetes and Docker

• Develop the foundations of container architecture and technology
• Establish the different technologies applied to containers
• Determine infrastructure requirements
• Examine deployment options

Module 6. Native Cloud Application Programming

• Introduce technologies for continuous development and integration
• Demonstrate how Kubernetes works as an orchestration of services
• Analyze Cloudnative observability and security tools
• Evaluate deployment platforms
• Fundamentals of data management strategies in Cloud Native environments
• Identify common techniques in Cloud Native developments

Module 7. Cloud Programming: Data Governance

• Generate specialized knowledge on data management, strategies and processing techniques 
• Develop data governance strategies targeting people, processes, and tools
• Carry out data governance from ingest to preparation and usage
• Determine techniques to govern data transmission
• Establish data protection for authentication, security, backup and monitors

Module 8. Real-Time Cloud Programming. Streaming

• Analyze the process of collecting, structuring, processing, analyzing and interpreting streaming data
• Develop the principles of streaming processing, the current context and current use cases in the national context
• Develop key fundamentals of statistics, maching learning, data mining and predictive modeling for understanding data analysis and processing
• Analyze the main Big Data programming languages
• Examine the fundamentals of Apache Spark Streaming, Kafka Stream and Flink Stream 

Module 9. Cloud Integration with Web Services: Technologies and Protocols

• Assess the progress of web technologies and architectures in determine the complexity of the system and, based on this, propose a software solution
• Develop distributed projects in Cloud Computing using web services and different functional and security requirements
• Analyze different web services implementation technologies, identifying the one that gives the best support considering the problem scenario
• Assess the correct functions of a server-side web service implementation by launching requests from different types of web clients

Module 10. Cloud Programming: Project Management and Product Verification

• Know the scenarios and applications in life cycle management
• Manage projects as a process and determine the organization model
• Determine the risks and costs by applying agile methodologies during the conceptualization phase or during project execution
• Lead and manage projects with agile methodologies and the quality of Cloud projects by applying different methodologies

The multimedia resources and the Relearning system will help you to build your knowledge. Advance your career by becoming an expert in Cloud Programming"