Download and Learn Become an AWS Cloud Architect Udacity Nanodegree Course 2023 for free with google drive download link.

Lead your organization’s cloud computing strategy as an AWS Cloud Architect. Plan, design, and build secure, high availability cloud infrastructure.

What You’ll Learn in Become an AWS Cloud Architect Nanodegree

AWS Cloud Architect

3 months to complete

Play a critical role in an organization’s cloud computing strategy as an AWS Cloud Architect. Learn to plan, design, and implement secure cloud infrastructure in AWS at scale. Begin by designing and building high availability infrastructure, and then move on to building scalable, secure, and cost-optimized architecture. Finally, explore and execute best practices and strategies around securing access to cloud services and infrastructure.

Become an AWS Cloud Architect Intro Video:

Prerequisite knowledge

Experience with Cloud Computing, Programming, and AWS.

To be best prepared to succeed in this program, students should have experience with:

  • Web Development (HTML, CSS)
  • Object-Oriented Programming
  • Linux Command Line Basics
  • Have 1-2 years of experience in developing apps or managing cloud infrastructure that have been deployed using AWS.
  • Basic understanding of and some hands on experience using compute, networking, storage, and database AWS services.
  • Familiarity with concepts related to web application architecture, hosting, infrastructure, and components (e.g. web servers and databases, SSL certificates, CDN etc).
  • Equivalent experience to having completed Cloud DevOps Engineer Nanodegree program or Cloud Developer Nanodegree program.

Design for Availability, Reliability, and Resiliency

In this course, you will use the highly available constructs within AWS to create highly available and resilient systems and networks. Then, you will build with AWS services and understand their redundant capabilities. You will explore the connection between the technical aspects of these systems and business operations and objectives. Finally, you will practice what to do when things fail and how to handle these situations.

Project – Recoverability in AWS

In this project, you will build a multi-availability zone, multi-region database. You will demonstrate how applications can use this distributed infrastructure and migrate your primary database from one geographical region to another. You will also create a versioned website and demonstrate how it is protected from accidental or malicious disruption, with an ability to turn-back-the-clock when something disrupts your normal operations.

Design for Performance and Scalability

In this course, you will use AWS tools to identify and implement best practices for cost, and identify and understand the elements required to design and architect scalable infrastructure. You will be able to modify traditional infrastructure for performance, and identify architectures and workloads where serverless infrastructure should be considered to meet cost and performance goals. Finally, you will be able to provision and destroy infrastructure from the command line using the AWS CLI and


Project – Design, Provision, and Monitor AWS Infrastructure at Scale

In this project, you will plan, design, provision, and monitor infrastructure in AWS using industry-standard and open source tools. You will practice the skills you have learned throughout the course to optimize infrastructure for cost and performance. You will also use Terraform to provision and configure AWS services in a global configuration.

Design for Security

In this course, you will explore best practices and strategies around securing access to cloud services and infrastructure. You will also use tools and methods available with public cloud ecosystems – such as AWS – to ensure that data stored in the cloud is protected. Finally, you will investigate security practices around monitoring and defending cloud based applications and environments.

Project – Securing the Recipe Vault Application

In this project, you will deploy and assess a simple web application environment’s security posture. You’ll have a chance to test the security of the environment by simulating an attack scenario and exploiting cloud configuration vulnerabilities. You’ll also set up monitoring to identify suspicious behavior and vulnerable configurations and you will remediate the identified misconfigurations. Finally, you will tie it all together by proposing a DevOps build pipeline that includes security best practices.

According to Paysa, a Cloud Architect earns an average salary of $159,000!

Become an AWS Cloud Architect Nanodegree Free Download Link: