Companies demand agility and speed in their online processes. Obtain a Postgraduate diploma in Optimization of Cloud Deployments with this program”

In a scenario of digital growth, companies require highly qualified personnel prepared to face the development of any innovative project. This Postgraduate diploma is aimed at IT professionals willing to improve their career through specialization.

This program will allow students to identify and develop the key aspects of the design and programming of Cloud Computing Architecture and delve into container orchestration, paying special attention to the correct development of Docker and Kubernetes platforms. The relevance of Cloud Native makes it necessary for IT professionals to know not only the programming language and Frameworks, but also how to establish a correct strategy.

The 100% online modality offered by TECHin all its specializations favors learning, especially in those students who wish to combine their personal and work life with the expansion of knowledge. The multimedia content can be accessed without fixed schedules and can be downloaded for viewing at any time. An opportunity to improve easily in a field with a wide range of job opportunities.

Incorporate containers in Cloud projects, but in a secure way. Delve into Kubernetes and Docker in this Postgraduate diploma”

This Postgraduate diploma in Optimization of Cloud Deployments 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 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 Internet connection

Always go one step further. Master not only the technique but learn how to establish the data management strategies in Cloud Native environments”

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.

Specialize and learn the main techniques in Cloud Native development thanks to this program. Just one click and you are already enrolled"

Learn the main use cases for Serverless development and apply it to your Cloud project"

The syllabus of this Postgraduate diploma has been developed by a teaching staff specialized in the field of Cloud Architecture. As part of the program, first, the IT professionals will delve into containers: Kubernetes and Docker, to later learn extensively about cloud-native applications. The syllabus concludes with Cloud Computing Architecture, which will provide students with all the knowledge required to create a cloud project from start to finish and with all the guarantees. The multimedia content with videos in detail of each module and the complementary readings will help to understand the repertoire of this program.

This 100% online program allows you to view the sessions whenever you wish and from any electronic device with internet connection”

Module 1. Container Orchestration: Kubernetes and Docker

1.1. Basis of Application Architectures

1.1.1. Current Application Models
1.1.2. Application Execution Platforms
1.1.3. Container Technologies

1.2. Docker Architecture

1.2.1. Docker Architecture
1.2.2. Docker Architecture Installation
1.2.3. Commands. Local Project

1.3. Docker Architecture Storage Management

1.3.1. Image and Register Management
1.3.2. Docker Networks
1.3.3. Storage Management

1.4. Advanced Docker Architecture

1.4.1. Docker Compose
1.4.2. Docker in Organization
1.4.3. Docker Adoption Example

1.5. Kubernetes Architecture

1.5.1. Kubernetes Architecture
1.5.2. Kubernetes Deployment Elements
1.5.3. Distributions and Managed Solutions
1.5.4. Installation and Environment

1.6. Kubernetes Architecture Kubernetes Development

1.6.1. Tools for K8s Development
1.6.2. Imperative Mode Vs. Declarative Mode
1.6.3. Application Deployment and Exposure

1.7. Kubernetes in Enterprise Environments

1.7.1. Data Persistence
1.7.2. High Availability, Scaling and Networking
1.7.3. Kubernetes Security
1.7.4. Kubernetes Management and Monitoring

1.8. K8s Distributions

1.8.1. Deployment Environment Comparison
1.8.2. Deployment on GKE, AKS, EKS or OKE
1.8.3. On Premise Deployment

1.9. Rancher and Openshift

1.9.1. Rancher
1.9.2. Openshift
1.9.3. Openshift: Configuration and Application Deployment

1.10. Kubernetes Architecture and Containers Updates

1.10.1. Open Application Model
1.10.2. Tools for Deployment Management in Kubernetes Environments
1.10.3. References to Other Projects and Trends

Module 2. Native Cloud Application Programming

2.1. Cloud Native Technologies

2.1.1. Cloud Native Technologies
2.1.2. Cloud Native Computing Foundation
2.1.3. Cloud Native Development Tools

2.2. Cloud Native Application Architecture

2.2.1. Cloud Native Application Design
2.2.2. Cloud Native Architecture Components
2.2.3. Legacy Application Modernization

2.3. Containerization

2.3.1. Container-Oriented Development
2.3.2. Development with Microservices
2.3.3. Tools for Teamwork

2.4. DevOps and Continuous Integration and Deployments

2.4.1. Continuous Integration and Deployments: CI/CD
2.4.2. Tools Ecosystem for CI/CD
2.4.3. Creating a CI/CD Environment

2.5. Observability and Platform Analysis

2.5.1. Cloud Native Application Observability
2.5.2. Tools for Monitoring, Logging  and Tracing
2.5.3. Implementation of an Observability and Analysis Environment

2.6. Data Management in Cloud Native Applications

2.6.1. Cloud Native Database
2.6.2. Data Management Patterns
2.6.3. Technologies to Implement Data Management Patterns

2.7. Communications in Cloud Native Applications

2.7.1. Synchronous and Asynchronous Communications
2.7.2. Technologies for Synchronous Communications Patterns
2.7.3. Technologies for Asynchronous Communications Patterns

2.8. Resilience, Security and Performance in Cloud Native Applications

2.8.1. Application Resilience
2.8.2. Secure Development in Cloud Native Applications
2.8.3. Application Performance and Scalability

2.9. Serverless

2.9.1. Cloud Native Serverless
2.9.2. Serverless Platforms
2.9.3. Use Cases for Serverless Development

2.10. Deployment Platforms

2.10.1. Cloud Native Development Environments
2.10.2. Orchestration Platforms. Comparison
2.10.3. Infrastructure Automation

Module 3. Architecture Programming in Cloud Computing

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

3.1.1. Cloud Architecture Approach for a University Network According to Cloud Provider
3.1.2. Cloud Architecture Components
3.1.3. Analysis of Cloud Solutions According to Proposed Architecture

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

3.2.1. Cloud Provider Selection
3.2.2. Economical Estimation According to Components
3.2.3. Project Financing

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

3.3.1. Composition of the Software Development Team
3.3.2. Roles in a Development Team Typology
3.3.3. Assessment of the Economic Estimation of the Project

3.4. Execution Schedule and Project Documentation

3.4.1. Agile Project Schedule
3.4.2. Project Feasibility Documentation
3.4.3. Documentation to Be Provided for Project Execution

3.5. Legal Implications of a Project

3.5.1. Legal Implications of a Project
3.5.2. Data Protection Policy

3.5.2.1. GDPR General Data Protection Regulation

3.5.3. Responsibility of the Integrating Company

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

3.6.1. Blockchain- Hyperledger Fabric
3.6.2. Hyperledger Fabric Basics
3.6.3. Design of an International University Hyperledger Fabric Network

3.7. Proposed Architecture Expansion Approach

3.7.1. Creation of the Proposed Architecture with Blockchain
3.7.2. Proposed Architecture Expansion
3.7.3. Configuration of a High Availability Architecture

3.8. Administration of the Proposed Cloud Architecture

3.8.1. Adding a New Participant to the Initial Proposed Architecture
3.8.2. Administration of the Cloud Architecture
3.8.3. Project Logic Management- Smart Contracts

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

3.9.1. Management of Network Certificates
3.9.2. Security Management of Various Components: CouchDB
3.9.3. Blockchain Network Nodes Management

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

3.10.1. Adding a Node to the Blockchain Network
3.10.2. Addition of Extra Data Persistence
3.10.3. Smart Contracts Management
3.10.4. Addition of a New University to the Existing Network

Learn how to create a Blockchain network and correctly manage Smart Contracts with this Postgraduate diploma"