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With time, the complexity of computational models has significantly increased. Practically, it doesn’t seem convenient to perform all computationally expensive tasks on individual computers. It results in increased dependence and demand for cloud services. This course introduces and navigates through possible career choices in cloud computing.

The course will introduce you to various cloud computing services and different service models. Next, you’ll navigate through different career choices in the field of cloud computing and conclude with the requirements of each career choice. 

By the end of this course, you’ll understand the basics of cloud engineering and the responsibilities of a cloud engineer—planning, designing, monitoring, and managing cloud applications within an organization. This working knowledge will enable you to become a specialized cloud engineer in cloud software engineering and cloud security.

Navigating Cloud Engineering as a Career Path

## Overview
This model is an extension of the IaaS model. With the platform as a service (PaaS) model, the cloud provider provides all the tools for supporting the entire lifecycle of a cloud application. The cloud provider provides these services with the services in IaaS. PaaS cloud providers remove the need for software engineering teams to manage infrastructure to focus on deploying and managing their applications. This promotes developer efficiency by focusing on the application instead of resource procurement and maintenance.

## Advantages
Let’s discuss some of the advantages of PaaS.
### Completeness
The software engineering team has a complete platform with tools to build, test, and deploy their applications in the same environment using PaaS.
#### Example
For example, **Heroku** is a PaaS that delivers tools for software development. It allows businesses to deploy, build, manage and scale modern applications.

The Heroku developer experience is an app-centric approach for software delivery, integrated with today’s most popular developer tools and workflows.


### Collaboration
Since the PaaS cloud gives developers a complete suite to build and manage their applications, collaboration is often easier across distributed teams.



# Overview
This model is an extension of the IaaS model. With the platform as a service (PaaS) model, the cloud provider provides all the tools for supporting the entire lifecycle of a cloud application. The cloud provider provides these services with the services in IaaS. PaaS cloud providers remove the need for software engineering teams to manage infrastructure to focus on deploying and managing their applications. This promotes developer efficiency by focusing on the application instead of resource procurement and maintenance.

# Advantages
Let’s discuss some of the advantages of PaaS.
## Completeness
The software engineering team has a complete platform with tools to build, test, and deploy their applications in the same environment using PaaS.
### Example
For example, **Heroku** is a PaaS that delivers tools for software development. It allows businesses to deploy, build, manage and scale modern applications.

The Heroku developer experience is an app-centric approach for software delivery, integrated with today’s most popular developer tools and workflows.


## Collaboration
Since the PaaS cloud gives developers a complete suite to build and manage their applications, collaboration is often easier across distributed teams.



Learn about the PaaS cloud service model and its advantages and disadvantages.


Platform as a Service (PaaS)

Learn about the PaaS cloud service model and its advantages and disadvantages.

Brief History of Computing and the Internet

Cloud Computing

Cloud Service Models

Cloud Engineering Career Paths

Requirements for Cloud Engineering Career Paths

Cloud-native Applications

Conclusion

Platform as a Service (PaaS)

Overview

Advantages

Completeness

Example

Collaboration