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Cloud Computing Technologies - Master's

This course will cover the basic concepts of Cloud Computing and Cloud Native thinking. We will study the five components of Cloud. Topics will focus on application and infrastructure scalability, reliability, and security. Commercial and local cloud architectures are examined. An integration of course topics will result in a project employing various cloud computing technologies.

Background: Assumes you have had basic Networking TCP/IP and an introduction to Linux using the command line and writing shell scripts

By the end of this course, students will be able to:

Background: Assumes you have had basic Networking TCP/IP and an introduction to Linux using the command line and writing shell scripts

By the end of this course, students will be able to:

- Explain the five core components of cloud computing

- Use and administer industry standard cloud resources

- Correctly identify cloud native operations and development methodologies

- Build and deploy elastic scaling applications on a cloud platform

- Describe and employ web technologies for software deployment

- Working with command line Cloud Tools

- Describe How to Think Cloud Native

Software Requirements: An AWS account – we will make use of the free-tier.

A GitHub account and creation of a private repo

VirtualBox

A laptop that you own or have control to install needed software for the course

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What's inside

Syllabus

This comprehensive module explores the various models of cloud computing, their application across different industries, and the underlying components that define them. Students will learn to differentiate between the main models of cloud computing and understand how these models can be applied to meet the unique needs of different sectors. This module will also delve into the standard definition of cloud computing, outline the three traditional service levels, and discuss the evolution of cloud models from their inception to future projections. Additionally, it will cover the three basic cloud-native design patterns and contrast them with legacy design patterns, providing students with a holistic view of cloud architecture and its practical implications.

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Surveys different cloud computing models to help learners understand how to meet specific business needs using cloud computing

Prepares learners to administer industry standard cloud resources such as AWS

Develops foundational skills in using command line tools for cloud service authentication

Provides a comprehensive study of design patterns and principles in cloud computing

Offers hands-on labs and interactive materials to enhance learning

Taught by Jeremy Hajek, an expert in the field of cloud computing

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Reviews summary

Practical aws-focused cloud computing technologies

According to students, this Master's level course provides a strong foundation and practical skills in cloud computing, particularly through its hands-on labs utilizing AWS Free Tier. Learners praise the comprehensive coverage of topics like Cloud Native Design Patterns, Autoscaling, and Orchestration with Terraform, finding the content current and relevant for professional application. However, some learners note that a solid background in Linux command line and networking is crucial, as the course assumes this prerequisite knowledge and can be challenging without it. While praised for its breadth, a few wish for more depth in certain areas, and some find the pace inconsistent or seek more visual aids. Overall, it's considered an excellent investment for career advancement in cloud architecture.

Covers modern cloud concepts relevant to industry.

"The instructor provided excellent support and the content felt very current. This course solidified my understanding and gave me practical skills directly applicable to my job..."

"This course provided a great overview of modern cloud computing concepts. I think the material is generally up-to-date..."

"Very current and relevant content. This course is designed for serious learners aiming for professional roles."

Comprehensive coverage of design patterns, IaC, and autoscaling.

"I particularly appreciated the deep dive into Cloud Native Design Patterns, especially Autoscaling and Orchestration with Terraform."

"Module 7 on IaC with Terraform was a standout, though I felt some earlier modules moved a bit fast..."

"The instructor's ability to simplify complex topics like IaC and cloud-native databases was impressive."

Excellent hands-on experience using AWS services.

"The hands-on labs using AWS Free Tier were incredibly valuable, reinforcing every concept. I particularly appreciated the deep dive into Cloud Native Design Patterns..."

"The modules on Cloud Native Tooling and Cloud Native Design Patterns (I & II) were exceptionally well-structured and practical. I loved the focus on AWS..."

"I had some prior experience with AWS, but this course took me to the next level, particularly with its focus on design patterns, autoscaling, and orchestration. The practical labs were well-designed and directly applicable."

Organization and forum support could be enhanced.

"The project was good, but support on the forums was occasionally slow."

"The organization could be improved. Sometimes I felt modules were a bit disjointed."

"Some lectures could benefit from more visual aids, but overall, a great learning experience for professionals."

Some areas lack depth; pace can feel inconsistent.

"I sometimes felt the depth was lacking in certain areas, especially for a 'Master's' level. For instance, while it introduced various database types, I wished for more advanced optimization."

"The pace was inconsistent; some parts felt rushed, while others were very basic."

"Good course, though it could use a bit more depth in certain areas. I expected more advanced use cases beyond S3 basics."

Requires strong prior Linux and networking knowledge.

"Some earlier modules moved a bit fast if you weren't already familiar with all the prerequisites (Linux command line, networking)."

"The assumption of prior Linux and networking knowledge is important – without it, you'd struggle."

"I found this course somewhat challenging due to the assumed prerequisites. My Linux command line skills were rusty, and I felt like I was constantly playing catch-up."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Cloud Computing Technologies - Master's with these activities:

Review Compute Engine documentation

Show steps

Reviewing the Compute Engine documentation will help you solidify your understanding of the basics of cloud computing and cloud-native thinking.

Browse courses on Compute Engine

Show steps

Read the Compute Engine overview
Explore the Compute Engine documentation for specific topics, such as creating and managing virtual machines
Try out the Compute Engine Quickstart

Attend a workshop on cloud computing

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Attending a workshop on cloud computing will give you a chance to learn from experts and network with other professionals in the field.

Browse courses on Cloud Computing

Show steps

Find a workshop to attend
Register for the workshop
Attend the workshop

Follow a tutorial on deploying a web application to App Engine

Show steps

Following a tutorial on deploying a web application to App Engine will help you gain hands-on experience with cloud-native development.

Browse courses on App Engine

Show steps

Find a tutorial on deploying a web application to App Engine
Follow the steps in the tutorial
Deploy your own web application to App Engine

Five other activities

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Show all eight activities

Practice using the gcloud command-line tool

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Practicing using the gcloud command-line tool will help you become more proficient with cloud-native operations.

Browse courses on gcloud

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Install the gcloud command-line tool
Run basic gcloud commands, such as `gcloud info`
Practice using gcloud to manage your cloud resources

Follow a tutorial on using Terraform to manage your cloud infrastructure

Show steps

Following a tutorial on using Terraform to manage your cloud infrastructure will help you gain hands-on experience with IaC.

Browse courses on Terraform

Show steps

Find a tutorial on using Terraform
Follow the steps in the tutorial
Create your own Terraform configuration
Deploy your Terraform configuration

Read 'Cloud Native Patterns' by Cornelia Davis

Show steps

Reading 'Cloud Native Patterns' will help you understand the different cloud-native design patterns and how to apply them to your own projects.

View Cloud Native Patterns: Designing change... on Amazon

Show steps

Read the book
Take notes and highlight important passages
Apply the patterns to your own cloud-native projects

Write a blog post about your experience with cloud computing

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Writing a blog post about your experience with cloud computing will help you solidify your understanding of the concepts and share your knowledge with others.

Browse courses on Cloud Computing

Show steps

Choose a topic to write about
Research your topic and gather information
Write your blog post
Publish your blog post

Participate in a hackathon

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Participating in a hackathon will give you a chance to apply your cloud-native skills to solve real-world problems.

Browse courses on Cloud Computing

Show steps

Find a hackathon to participate in
Form a team and develop a project idea
Build and deploy your project
Present your project to the judges

Career center

Learners who complete Cloud Computing Technologies - Master's will develop knowledge and skills that may be useful to these careers:

Reading list

We've selected 50 books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in Cloud Computing Technologies - Master's.

Virtualization

Save

A comprehensive overview of virtualization, covering everything from its technical foundations to its applications in cloud computing, security, and mobile computing. Helpful for gaining a broad understanding of virtualization and its impact on modern IT.

Virtualization: From the Desktop to the Enterprise

Hardcover

Cloud Native DevOps with Kubernetes

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Provides a practical guide to building and scaling cloud-native applications using Kubernetes and DevOps principles. It's particularly useful for those looking to understand how Kubernetes fits into a DevOps workflow and is often recommended for developers and DevOps engineers.

Cloud Computing Technologies - Master's

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What's inside

Syllabus

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Reviews summary

Practical aws-focused cloud computing technologies

Activities

Career center

Reading list

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