Become an expert in DevOps Operation of Cloud Infrastructures in just a few months”

In recent times, some of the highest costs for enterprises have come from changes to conventional physical structures and related operations. However, the cost-effective investment required to get the most out of  DevOps practices in Cloud Infrastructures is invaluable. Thanks to this, many companies want to streamline their processes, reduce costs and increase efficiency immediately, which is something for which they need qualified professionals in this area.

For this reason, TECH has designed a Postgraduate diploma in DevOps Operation of Cloud Infrastructures , with the aim of giving students the opportunity to acquire new and better skills with which to face a promising future in this work area. And this, through theoretical and practical content related to the Adoption of Services in CloudInfrastructures, Configuration Parameters and Secrets or IAC Tools, as well as Management, Trends and Security in VDI, among many other equally relevant aspects.

All this, in a comfortable 100% online mode, which allows the students to combine their day-to-day obligations with their studies, without time constraints or access to the syllabus. So that you will have total availability of the most complete, updated and accurate contents of the academic market, without the need to move and with the possibility of accessing all the information from any device with Internet connection, whether tablet, computer or cell phone.

Stand out in a sector with such a professional future as Cloud Infrastructures thanks to TECH”

This Postgraduate diploma in DevOps Operation of 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 DevOps Operation of Cloud Infrastructures
• 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

Sign up for this Postgraduate diploma and get to know all the future trends in IAC tools”

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 provide the professionals with situated and contextual learning, i.e., a simulated environment that will provide an immersive education programmed to learn in real situations.

The design of this program focuses on Problem-Based Learning, by means of which the professionals must try to solve the different professional practice situations that are presented throughout the academic course. For this purpose, the students will be assisted by an innovative interactive video system created by renowned experts.

Learn new skills and put them to the test constantly, with the wide variety of practical activities that you will have at your disposal”

Learn more about Virtual Desktop Infrastructure, with no time limits and without leaving home”

The structure and content of this syllabus has been designed in a rigorous and meticulous manner by renowned experts in the field, who have used their knowledge and professional experience to develop the most complete and innovative content in the academic market. In addition, always based on the requirements of the most efficient teaching methodology, the Relearning, in which TECH is a pioneer.

A comprehensive and up-to-date syllabus designed by experts in DevOps, Cloud, IAC and VDI”

Module 1. Services Adoption in Cloud Infrastructures

1.1. Configuration of a Cloud Server

1.1.1. Hardware Configuration
1.1.2. Software Configuration
1.1.3. Network and Security/Safety Configuration

1.2. Configuration of a Cloud Server

1.2.1. Assigning Permissions to my Cloud Server
1.2.2. Configuring Security Rules
1.2.3. Deployment of a Cloud Server

1.3. Administration of a Cloud Server

1.3.1. Management of Storage Units
1.3.2. Network Management
1.3.3. Security Copies Management

1.4. Persistence

1.4.1. Decoupling our Cloud Service
1.4.2. Persistence Service Configuration
1.4.3. Integration of the BB.DD. with our Cloud Service 

1.5. Autoscaling

1.5.1. Image Generation of our Server
1.5.2. Creation of Autoscaling Groups
1.5.3. Definition of Auto Scaling Rules

1.6. Balancing Services

1.6.1. Balancing Services
1.6.2. Generation of a Load Balancer
1.6.3. Connecting the Balancer to our Cloud Service

1.7. Content Delivery Services

1.7.1. Content Delivery Services
1.7.2. Configuration of Content Delivery Services
1.7.3. Integration of the CDN to our Cloud Service

1.8. Configuration Parameters and Secrets

1.8.1. Configuration Parameters Management Services
1.8.2. Secrets Management Services
1.8.3. Integrating Configuration Services and Secrets with our Cloud Service 

1.9. Queues Management Services

1.9.1. Decoupling Our Application
1.9.2. Configuring a Queueing Service
1.9.3. Integrating the Queue with Our Cloud Service

1.10. Notification Services

1.10.1. Notification Services in the Cloud
1.10.2. Configuration of a Notification Service
1.10.3. Adding Notifications to Our Cloud Service

Module 2. Virtual Desktop Infrastructure (VDI)

2.1. Virtual Desktop Infrastructure (VDI)

2.1.1. The VDI Operation
2.1.2. Advantages and Disadvantages of VDI
2.1.3. Common VDI Usage Scenarios

2.2. Hybrid and Cloud VDI Architectures

2.2.1. Hybrid VDI Architectures
2.2.2. Cloud VDI Implementation
2.2.3. Cloud VDI Management

2.3. Designing and Planning a VDI Implementation

2.3.1. Hardware and Software Selection
2.3.2. Network and Storage Infrastructure Design
2.3.3. Deployment and Scaling Planning

2.4. VDI Management

2.4.1. Installation and Configuration of the VDI
2.4.2. Desktop Image and Application Management
2.4.3. Security and Compliance Management
2.4.4. Availability and Performance Management

2.5. Integration of Applications and Peripherals in the VDI

2.5.1. Integration of Enterprise Applications 
2.5.2. Integration of Peripherals and Devices
2.5.3. Integration of VDI with Videoconferencing and Instant Messaging Solutions
2.5.4. Integration of VDI with Online Collaboration Platforms

2.6. Optimization and Enhancement of VDI

2.6.1. Quality of Service and Performance Optimization
2.6.2. Improving Efficiency and Scalability
2.6.3. Improving End-User Experience

2.7. VDI Lifecycle Management

2.7.1. Hardware and Software Lifecycle Management
2.7.2. Infrastructure Migration and Replacement Management
2.7.3. Support and Maintenance Management 

2.8. Safety in VDI: Infrastructure and User Data Protection

2.8.1. Security in the the VDI Network
2.8.2. Protection of Data Stored in the VDI
2.8.3. User Security. Privacy Protection

2.9. Advanced VDI Use Cases

2.9.1. Use of VDI for Secure Remote Access
2.9.2. Use of VDI for Virtualization of Specialized Applications
2.9.3. Use of VDI for Management of Mobile Devices

2.10. The Trends and Future of VDI

2.10.1. New Technologies and Trends in the Field of VDI 
2.10.2. Predictions on the Future of VDI
2.10.3. Future Challenges and Opportunities for VDI

Module 3. Infrastructure Operation-as-Code (IAC)

3.1. Infrastructure as-Code (IAC)

3.1.1. IaC, Infrastructure as Code
3.1.2. Infrastructure Management Evolution
3.1.3. Advantages of IaC

3.2. Strategies for IaC Definition

3.2.1. Requirements Analysis
3.2.2. Imperative Definition
3.2.3. Declarative Definition

3.3. IAC Tools

3.3.1. IAC Objectives
3.3.2. Proprietary Tools
3.3.3. Third-party Tools

3.4. Evolution of Infrastructure as a Code

3.4.1. IaC in Kubernetes
3.4.2. Platform as Code
3.4.3. Compliance as Code

3.5. IAC in Devops

3.5.1. Flexible Infrastructures
3.5.2. Continuous Integration
3.5.3. Pipelines as Code

3.6. IAC - VPC - Proprietary tools

3.6.1. Design of a VPC
3.6.2. Deployment of the Solution
3.6.3. Validation and Analysis

3.7. IAC - Serverless - Proprietary Tools

3.7.1. Design of a Serverless Solution
3.7.2. Deployment of the Solution
3.7.3. Validation and Analysis

3.8. IAC - VPC - of Third-Party Tools

3.8.1. Design of a VPC
3.8.2. Deployment of the Solution
3.8.3. Validation and Analysis

3.9. IAC - Serverless - of Third-Party Tools

3.9.1. Design of a Serverless Solution
3.9.2. Deployment of the Solution
3.9.3. Validation and Analysis

3.10.  IAC Comparison Future Trends

3.10.1. Assessment of Proprietary Solutions
3.10.2. Assessment of Third Solutions
3.10.3. Future lines

Access all the content from day one and a wide variety of additional material to deepen the aspects of the syllabus that interest you most"