This Postgraduate diploma has updated theoretical and practical materials that will make you a true specialist in Serverless Computing and its implications for web programming in the Cloud" 

In a very short time, the management and development of web projects in the Cloud has experienced an unprecedented evolution. For example, container technologies, such as Docker, and orchestration with tools such as Kubernetes, enabled deployment and scalability in different applications In addition, serverless services, such as AWS Lambda and Azure Functions, simplified scheduling by eliminating infrastructure concerns. On the other hand, integration with systems based on Artificial Intelligence and Machine Learning promoted greater accessibility.

Being up-to-date on all these advances can be a challenge for computer scientists, especially in a context where updated skills are required and based on the latest scientific and practical evidence. For this reason, TECH has created this 100% online syllabus. The Postgraduate Certificate has an intensive agenda that addresses, among other aspects, the potential of Edge Computing for data processing and the reduction of latency.

It also analyzes the latest mechanisms to ensure the security of cloud products through modern methods of identifying and detecting threats. In turn, the program delves into the databases in the Cloud and the work guarantees offered by Serverless Computing.

The program has the avant-garde and exclusive Relearning methodology so that students can assimilate complex concepts and competences in a fast and flexible way. At the same time, its contents are not subject to rigid schedules or continuous evaluation schedules. In this way, each graduate has the opportunity to personalize study time in accordance with their personal or professional obligations. This way, you will not have to abandon other academic programs or your current work, also avoiding unnecessary displacement. In short, all content will be accessible from any portable device 24 hours a day, 7 days a week.

Sign up for this course where you’ll analyze service architectures and real web applications as a reference" 

This Postgraduate diploma in the Cloud Projects Architecture and Management 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 Computers, Software and Systems
• The graphic, schematic and practical contents of the book provide theoretical and practical information on those 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 

This title allows you to view its contents remotely or download them to analyze them offline" 

The program’s teaching staff includes professionals from the field who contribute their work experience to this educational program, as well as renowned specialists from leading societies and prestigious universities.

The 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 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 during the academic year For this purpose, the students will be assisted by an innovative interactive video system created by renowned and experienced experts.

An intensive and exclusive program where you can examine the DevOps work model and its implications"

You will delve into the design of web architectures following good practices throughout this program with 6 months of duration"

Throughout this program, students will analyze the leading cloud service platform providers, such as AWS, Microsoft Azure and Google Cloud Platform. At the same time, they will examine the main strategies for migrating application programming to these virtual environments. Another aspect of great relevance within the agenda is the approach to Serveless Computing, given its potential to execute code in response to events without the need to manage the underlying infrastructure. 100% online and with the support of the disruptive Relearning methodology, the graduates of this program will have optimized skills for their daily practice.

Do you need to update your skills without neglecting other personal and professional obligations? TECH guarantees you all of this with this program"

Module 1. Advanced Web Architecture

1.1. Advanced Web Architecture

1.1.1. Service-oriented architectures and web-oriented architectures
1.1.2. Functional and non-functional aspects of web architectures
1.1.3. Trends and future of web architectures

1.2. Web Architecture Components

1.2.1 Components on the customer side
1.2.2 network components
1.2.3 Components on the Servers side 

1.3. Communication Protocols in web architecture

1.3.1. OSI model and application layer
1.3.2. Hypertext Transfer Protocol (HTTP/S)
1.3.3. Other protocols (FTP, SMTP, Websockets)

1.4. Layers of a web architecture 

1.4.1. Presentation Layer
1.4.2. Application Layer
1.4.3. data layer

1.5. Types of Web Architecture

1.5.1. monolithic architectures
1.5.2. Micro-services Oriented Architectures 
1.5.3. Serverless architectures

1.6. Architecture Patterns from Web Applications

1.6.1. Model - View - Controller (MVC)
1.6.2. Model - View  presented (MVP)
1.6.3. Model  View- View - Models (MVVM)

1.7. Good practices in web architectures

1.7.1. Safety and testing by design
1.7.2. scalability and resilience
1.7.3. Reusability, extensibility and integrability

1.8. Design of Web Architecture

1.8.1. Business Requirements Analysis
1.8.2. Types of diagrams and tools
1.8.3. Documentation

1.9. Web Architecture Evolution

1.9.1. Continuous Improvement Process
1.9.2. integration with third parties
1.9.3. Support and maintenance of legacy systems

1.10. Reference Web Architectures 

1.10.1. Static and dynamic websites
1.10.2. e-Commerce Service
1.10.3. Streaming platform 

Module 2. Management and Organization of Web Projects

2.1. Process for Web Application Development 

2.1.1. Phases in the Research Process
2.1.2. Roles and organization in Web Development Projects 
2.1.3. Collaborative  Web Development

2.2. Methodologies for collaborative development

2.2.1. Agile Values and Principles 
2.2.2. Comparing Agile Methodologies: Scrum and Kanban 
2.2.3. Web project management tools

2.3. Development and Operation Work Model (DevOps)

2.3.1. Responsibilities
2.3.2. Adoption of a DevOps working model
2.3.3. Other approaches: DevSecOps, DataOps, MLOps

2.4. Version Control

2.4.1. Version Control Benefits
2.4.2. Version control with Git
2.4.3. Version Control Solutions: Github, Gitlab

2.5. Infrastructure as-Code (IAC)) 

2.5.1 Infrastructures as-Code (IAC))
2.5.2 Patterns of management of infrastructure
2.5.3IaaC tools and frameworks: Terraform

2.6. Continuous Integration and Deployment (CI/CD)

2.6.1.Integration Strategies
2.6.2. Deployment and rollback strategies 
2.6.3. Solutions for CI/CD pipelines

2.7. Quality Control 

2.7.1. test planning
2.7.2. Types of Tests
2.7.3. Automation and execution of tests

2.8. Incident Maintenance and Resolution 

2.8.1. Service level objectives (SLOs) and service level indicators (SLIs)
2.8.2. Incident management and post-incident analysis
2.8.3. Incidence Management Tools

2.9. Cost management in web projects 

2.9.1. Cost factors in web projects: infrastructure, development, operations
2.9.2. Cost Estimation
2.9.3. Costs Control and Optimization

2.10. 2.10. Releases management in web projects 

2.10.1. Steps before the release: MVP, Alfa, Beta
2.10.2. Planning for start-up in production
2.10.3. Generation of New Versions and Compatibilities

Module 3. Cloud web applications and services

3.1. Web architectures in the Cloud

3.1.1. Cloud Computing
3.1.2. Cloud Security and Compliance
3.1.3. Providers and modalities (IaaS, PaaS, SaaS)

3.2. Cloud Web Application Deployment Models

3.2.1. public and private clouds
3.2.2. Multi-cloud and hybrid models
3.2.3. Edge computing

3.3. Serverless Computing

3.3.1. Case Uses
3.3.2. Serverless Application Design
3.3.3. Functions as a Service (FaaS) 

3.4. Amazon Web Services

3.4.1. Main Customer  and Services
3.4.2. Regional and global availability
3.4.3. free offer

3.5. Microsoft Azure

3.5.1. Main Customer  and Services
3.5.2. Regional and global availability
3.5.3. free offer

3.6. Google Cloud Platform

3.6.1. Main Customer  and Services 
3.6.2. Regional and global availability 
3.6.3. free offer

3.7. Other providers and platforms for cloud web applications and services

3.7.1. IBM Cloud 
3.7.2. Oracle Cloud 
3.7.3. Web hosting: Heroku, Firebase, Cloudflare 

3.8. Migration to the Cloud 

3.8.1. Migration Strategies: 7R’s Models 
3.8.2. Migration planning and phases 
3.8.3. Migration Tools. 

3.9. Cloud Costs Optimization

3.9.1. Cost monitoring 
3.9.2. Sizing of resources 
3.9.3. Discount plans 

3.10. Cloud Application Management

3.10.1. Deployment model and vendor selection criteria
3.10.2. training and certification
3.10.3. Integration into the Organization of the company Cloud Center of Excellence (CCoE)

100% online, without tight schedules and with a variety of multimedia resources: this is the TECH Postgraduate diploma"