Become the Cloud architect that companies in the sector require thanks to this Postgraduate diploma"

The Cloud Architect is a professional profile increasingly in demand in the sector of new technologies. Despite the initial reluctance of companies to incorporate the cloud into their work systems, due to the vulnerability of the network, this mentality has changed in recent years thanks to the increase of specialized and qualified professionals in this field. 

Thanks to this Postgraduate diploma, students will learn to design a reference architecture for application development and deployment in production with all the guarantees. The program addresses the different computing paradigms, their potential and the fundamentals of cloud computing. The analysis of practical cases will allow professionals to learn about the security issues of cloud computing, as well as the main requirements in hardware or software architecture. 

A 100% online program, which is an opportunity for IT professionals who are looking for a specialization to improve their field of work. Without fixed schedules and with access from any electronic device with internet connection, students can improve their skills and delve into a technological field in constant transformation. 

Master Azure, AWS and Google Cloud Services. You will be the professional that companies ask for” 

This Postgraduate diploma in Cloud Architecture contains the most complete and up-to-date program on the market. The most important features include: 

• Practical cases presented by experts in Digital Transformation
• 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 device with an Internet connection 

Expand your knowledge of Cloud infrastructures, its security and correctly create a Hyperledger Fabric network with this Postgraduate diploma” 

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.  

Master Cloud Architecture and offer the best solutions to the companies in case of risk. Enroll in this Postgraduate diploma"

With this Postgraduate diploma you will be prepared to implement any project in the cloud"

The curriculum of this Postgraduate diploma is made up of three blocks that start from a general knowledge of Cloud programming to delve into services such as Azure, Aws or Google Cloud It also lays the foundations for the proper implementation of a project by establishing from its economic costs to the human resources to be employed. The multimedia library and the Relearning system, based on the reiteration of content, will facilitate the learning of professionals seeking a specialization with an updated syllabus. 

Download the interactive content from any electronic device, so you can learn at your own pace, without fixed schedules and without in-person attendance”

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

1.1. Cloud Cloud Services and Technologies 

1.1.1. Cloud Services and Technologies 
1.1.2. Cloud Terminology 
1.1.3. Reference Cloud Providers 

1.2. Cloud Computing 

1.2.1. Cloud Computing 
1.2.2. Cloud Computing Ecosystem 
1.2.3. Types of Cloud Computing 

1.3. Cloud Service Models 

1.3.1. IaaS Infrastructure as a Service 
1.3.2. SaaS Software as a Service 
1.3.3. PaaS Platform as a Service 

1.4. Cloud Computing Technologies 

1.4.1. Virtualization Systems 
1.4.2. Service-Oriented Architecture (SOA) 
1.4.3. GRID Computing 

1.5. Architecture Cloud Computing 

1.5.1. Architecture Cloud Computing 
1.5.2. Network Types in Cloud Computing 
1.5.3. Cloud Computing Security 

1.6. Public Cloud 

1.6.1. Public Cloud 
1.6.2. Public Cloud Architecture and Costs 
1.6.3. Public Cloud Typology 

1.7. Private Cloud 

1.7.1. Private Cloud 
1.7.2. Architecture and Costs 
1.7.3. Private Cloud Typology 

1.8. Hybrid Cloud 

1.8.1. Hybrid Cloud 
1.8.2. Architecture and Costs 
1.8.3. Hybrid Cloud Typology 

1.9. Cloud Providers 

1.9.1. Amazon Web Services 
1.9.2. Azure 
1.9.3. Google 

1.10. Cloud Security 

1.10.1. Infrastructure Security 
1.10.2. Operating System and Network Security 
1.10.3. Cloud Risk Mitigation 

Module 2. Architecture Programming in Cloud Computing 

2.1. Cloud Architecture for a University Network Cloud Provider Selection Practical Example 

2.1.1. Cloud Architecture Approach for a University Network According to Cloud Provider 
2.1.2. Cloud Architecture Components 
2.1.3. Analysis of Cloud Solutions According to Proposed Architecture 

2.2. Economic Estimation of the Project for the Creation of a University Network Financing 

2.2.1. Cloud Provider Selection 
2.2.2. Economical Estimation According to Components 
2.2.3. Project Financing 

2.3. Estimation of Human Resources of the Project Composition of a Software Team 

2.3.1. Composition of the Software Development Team 
2.3.2. Roles in a Development Team Typology 
2.3.3. Assessment of the Economic Estimation of the Project 

2.4. Execution Schedule and Project Documentation 

2.4.1. Agile Project Schedule 
2.4.2. Project Feasibility Documentation 
2.4.3. Documentation to Be Provided for Project Execution 

2.5. Legal Implications of a Project 

2.5.1. Legal Implications of a Project 
2.5.2. Data Protection Policy 

 2.5.2.1. GDPR. General Data Protection Regulation 

2.5.3. Responsibility of the Integrating Company 

2.6. Design and Creation of a Cloud Blockchain Network for the Proposed Architecture 

2.6.1. Blockchain – Hyperledger Fabric 
2.6.2. Hyperledger Fabric Basics 
2.6.3. Design of an International University Hyperledger Fabric Network 

2.7. Proposed Architecture Expansion Approach 

2.7.1. Creation of the Proposed Architecture with Blockchain 
2.7.2. Proposed Architecture Expansion 
2.7.3. Configuration of a High-Availability Architecture 

2.8. Administration of the Proposed Cloud Architecture 

2.8.1. Adding a New Participant to the Initial Proposed Architecture 
2.8.2. Administration of the Cloud Architecture 
2.8.3. Project Logic Management – Smart Contracts 

2.9. Administration and Management of Specific Components in the Proposed Cloud Architecture 

2.9.1. Management of Network Certificates 
2.9.2. Security Management of Various Components: CouchDB 
2.9.3. Blockchain Network Nodes Management 

2.10. Modification of an Initial Basic Installation in the Creation of a Blockchain Network 

2.10.1. Adding a Node to the Blockchain Network 
2.10.2. Addition of Extra Data Persistence 
2.10.3. Smart Contracts Management 
2.10.4. Addition of a New University to the Existing Network 
2.10.5. Disaster Recovery Plan 

Module 3. Cloud Environments: Security/Safety 

3.1. Cloud Environments: Security/Safety 

3.1.1. Cloud Environments, Security 

 3.1.1.1. Cloud Security 
 3.1.1.2. Security Position 

3.2. Cloud Shared Security Management Model 

3.2.1. Security Elements Managed by Vendor 
3.2.2. Elements Managed by Customer 
3.2.3. Security Strategy 

3.3. Cloud Prevention Mechanisms 

3.3.1. Authentication Management Systems 
3.3.2. Authorization Management System Access Policies 
3.3.3. Key Management Systems 

3.4. Cloud Infrastructure Data Security 

3.4.1. Securing Storage Systems

 3.3.1.1. Block 
 3.4.1.2. Object Storage 
 3.4.1.3. File Systems 

3.4.2. Protection of Database Systems 
3.4.3. “Securing Data in Transit 

3.5. Cloud Infrastructure Protection 

3.5.1. Secure Network Design and Implementation 
3.5.2. Security in Computing Resources 
3.5.3. Tools and Resources for Infrastructure Protection 

3.6. Application Risks and Vulnerabilities 

3.6.1. Application Development Risks 
3.6.2. Critical Safety Risks 
3.6.3. Vulnerabilities in Software Development 

3.7. Application Defenses against Attacks 

3.7.1. Application Development Design 
3.7.2. “Securitization through Verification and Testing 
3.7.3. Secure Programming Practices 

3.8. DevOps Environment Security 

3.8.1. Security in Virtualized and Container Environments 
3.8.2. Security in Development and Operations (DevSecOps) 
3.8.3. Best Security Practices in Containerized Production Environments 

3.9. Security in Public Clouds 

3.9.1. AWS 
3.9.2. Azure 
3.9.3. Oracle Cloud 

3.10. Security Regulations, Governance and Compliance 

3.10.1. Security Compliance 
3.10.2. Risk Management 
3.10.3. Processes in Organizations   

Improve security practices in production environments with containers and offer professional services with guarantees”