A Detailed Guide on AWS DevOps Course Syllabus/Curriculum

For even the most fundamental knowledge of the industry, the AWS DevOps course syllabus includes a wide range of topics. It is designed to cover both high-level issues like the history and objectives of DevOps and deeper issues like software development life cycles, virtualization, and management software.

By equipping them with the knowledge and abilities to successfully handle the complexity of software distribution, IT professionals who complete our DevOps Training Syllabus are better able to fulfill their career objectives.

We’ll get into the AWS DevOps course syllabus, breaking it down into its component parts, and learning insights that are essential for succeeding in the certification exam as well as in the ever-changing IT industry.

The AWS DevOps syllabus helps students acquire the vision they'll need to tackle the problems this industry will present. The learning process often begins with the identification of a problem, which is followed by the use of the normal DevOps workflow to address the problem. The online Microsoft Azure DevOps Solutions course will give experiential learning and hands-on labs will help you accelerate your path to becoming an Azure DevOps Specialist.

What is AWS DevOps Course?

An AWS DevOps course is a training program that teaches users how to use Amazon Web Services (AWS) efficiently in the context of DevOps methods. DevOps is a set of concepts, methods, and cultural beliefs that stress collaboration and communication between software development (Dev) and IT operations (Ops) teams in order to enhance software delivery speed, efficiency, and quality.

The course typically covers a variety of subjects relating to both AWS services and DevOps practices in the context of AWS DevOps. Participants will learn how to effectively apply DevOps principles such as continuous integration, continuous delivery, infrastructure as code, and automation by using AWS's cloud computing platform.

The course is typically aimed at developers, system administrators, and IT professionals who want to enhance their skills and knowledge in using AWS effectively within a DevOps culture, optimizing software development and deployment processes.

You must pass an exam that assesses your ability to define and deploy metrics, design, manage, and maintain an application that automates processes, security controls, governance processes, and compliance validation using continuous delivery systems and methodologies on AWS before you can earn the title of DevOps Engineer — Professional certification.

These courses are for you if you have been a DevOps Engineer for at least two years and have expertise managing, provisioning, and running AWS systems for your business. They will also help you better prepare for exams.

AWS DevOps Course Syllabus

Here is the AWS syllabus you can expect.

1. Introduction to DevOps

• Detailed DevOps Principles
• Market Demand for DevOps Engineer Skills
• Understanding the DevOps Delivery Pipeline
• The DevOps market trend
• Technical Challenges in DevOps
• Strategies used in DevOps

2. DevOps on Cloud

• Server Operating System Types
• Cloud computing fundamentals?
• Cloud and virtualization architecture
• Cloud deployment architecture
• Overview of cloud service providers
• Why is cloud-based DevOps necessary?
• Introduction to Amazon web services

3. GIT- A Version Controlling Tool

• Understanding version control
• Git – A CLI
• Essentials of GIT in the industry
• Setting up GIT
• Using different commands in GIT
• Recording Repository Changes
• How to verify Your Files' Status
• Tracking New Files
• preparing updated files
• Viewing Your Staged and Unstaged Modifications
• How to Implement Change
• File deletion from GIT
• Controlling Log Output
• How to Visualize History Using a GUI
• Reversing Actions
• using different git commands
• Utilizing local or remote repositories, depending on the situation
• Managing a Remote Repository
• activities involving stashing and different local repository activities
• Branching and merging operations
• Resolving difficulties during merges
• Managing repository management access

4. Jenkins

• Important Concepts in Continuous Integration
• An illustration of a CI use case
• Know Jenkins's architecture inside and out
• User management within Jenkins using the tool
• The core of the Maven project and build process is the Project Object Model (POM).
• Maven pom.xml external dependencies
• Maven project build and test
• Building settings automatically and creating jobs
• Jenkins Pipeline: What is it? and why is it used?
• Incorporating GIT
• How to make a job project-based authorized
• Managing source code while creating jobs
• Learn about the choices for jobs after builds, such as publishing reports, triggering another build, and receiving notifications.
• Adding a slave node in Jenkins
• Construction of a delivery pipeline
• Jenkins' notification settings
• Jenkins plugin management

5. Docker

• Shipping Transportation Issues in the Real World
• Introducing the technology behind Docker
• knowledge of Docker containers and images
• How to Copy and Share Containers
• Life Cycle of Containers
• How to customize and use Base Image
• Building a Docker File
• How to Upload an Image to the Docker Hub
• Overview of Docker Networking
• Technology using Docker's Network Types
• Docker Networking for Containers
• An Introduction to Docker Compose
• An Introduction to Docker Swarm

6. Kubernetes

• Overview of Kubernetes
• Kubernetes Cluster Architecture
• Understanding the principles behind deployments, namespaces, replica sets, and pods
• Knowing the principles behind services and networking
• An overview of persistent volumes and persistent volume claims
• Design of Pods
• Labels, selectors, jobs, and schedulers: Understanding

7. Ansible

• Introducing Ansible, a tool for managing configuration
• Understanding Ansible architecture
• Machine Control Requirements
• Managed Node Conditions
• Variables affecting the host and the group
• Discover different Ansible Modules
• Utilizing Adhoc commands
• Parallelism and Shell Commands
• File Exchange
• Package management
• Groups and Users
• Using Source Control to Deploy
• Overview of the YAML script
• What is Playbook
• Example of Playbook Language in YAML
• Playbook Writing Techniques
• Playbooks' tasks
• Recognizing the various playbook tasks
• Overview of Handlers and Variables
• Read the playbook to learn how to use handlers and variables.

Below I have also attached the AWS DevOps certification syllabus pdf.

• Download the AWS DevOps course syllabus pdf here!

AWS DevOps Exam Format

There are 75 questions on the multiple-choice, multiple-response AWS Certified DevOps Professional exam. The exam will last 180 minutes, and a score of 750 out of 1000 will be considered passing.

Candidates for the exam should possess some information and abilities that will make it easier for them to pass. Here are some of the skills you'll need in order to pass this certification exam:

• 2 years minimum of expertise in the provisioning, management, and running of the AWS environment
• Understanding of the most recent and cutting-edge operations and development methods, techniques, and methodologies
• Knowledge of operating system monitoring and building automated infrastructures and Knowledge of one or more programming languages for writing code and also learn Cloud Computing.

AWS DevOps Preparation Tips

It takes a combination of knowledge of AWS services, DevOps principles, and practical experience to prepare for the AWS-certified DevOps engineer syllabus or to advance your AWS DevOps abilities. You can properly prepare by following these suggestions:

• Recognize the fundamentals of AWS: Learn about the architecture, fundamental AWS services, and important terms like EC2, S3, IAM, VPC, and RDS. The key to success in AWS DevOps is having a solid AWS foundation.
• Discover DevOps Principles and Techniques: Recognize the fundamentals of DevOps, such as automation, continuous integration, and delivery. Discover the strategies and tools that promote communication between the development and operations teams.
• Practical Application: Create an Amazon Web Services account and practice establishing, configuring, and administering AWS resources. Experiment with AWS services for application deployment, CI/CD pipeline creation, and infrastructure management.
• Stay Updated: Stay up to date on the latest AWS improvements, new services, and changes in certification criteria. AWS frequently improves its offerings, so being up-to-date is critical.

KnowledgeHut Online Microsoft Azure DevOps solutions course will help you with that good preparation entails a combination of theoretical understanding, hands-on experience, and staying up-to-date on the latest developments. To gain the greatest results, tailor your study strategy to your learning style and preferences.

Conclusion

We hope this article will help you better understand the AWS Certified DevOps Engineer professional syllabus. The AWS Certified DevOps certification represents your commitment to excellence, your capacity to design reliable systems, and your capacity to meet the changing demands of contemporary software development. I'm certain that everyone on this route will succeed, not only in the certification but also in architecting a future where DevOps and AWS work in perfect harmony.