Computers and Technology

AWS Engineer Training: Tools and Best Practices

Table of Contents


What is DevOps?

Benefits of DevOps with AWS

AWS DevOps: Best Practices, tools and services

AWS DevOps training and certification – How does it help your organization?


Software disruption plays a pivotal role in the growth and success of organizations in all industries. Those who can adapt to new technologies quicker are more successful in beating the competition, innovating, and disrupting markets. Organizations must constantly seek new approaches to developing and delivering software that meets changing business needs.

AWS Engineer has been one of the key philosophies that have helped organizations respond to customer requirements and innovate faster.
This article will focus on AWS Engineer philosophy and how it helps organizations speed up app/software development. You will learn about AWS Engineer DevOps best practices and tools that enable organizations to deliver at high velocity.

What is DevOps?

DevOps is a philosophy that promotes collaboration and a collaborative approach between development and operations teams in software development, programmable infrastructure deployment, and process automation. This collaboration will foster user-centricity in software creation. The teams will use feedback channels to enhance the quality of the output at every stage of product development and deployment.

The DevOps philosophy shortens the software development lifecycle and fosters a collaborative environment among teams. The goal is to ensure that the processes align with and respond to the needs and objectives of the business. The DevOps philosophy is powerful and can transform professionals’ operations, tools, job roles, and the team’s working culture.

Benefits of DevOps with AWS

DevOps adaptation is challenging and requires consistent effort and support from the technology team and leadership. It is a continuous process of following best practices, collaboration, and developing new approaches to delivering products. The numerous AWS cloud services and tools assist with infrastructure configuration, operations management, application code deployment, software releases, monitoring, and other tasks. The significant benefits of DevOps with AWS are:

Easy management: Teams can utilize readily available AWS services and tools to perform various tasks. The process is easier to manage since you have access to the tools for configuring infrastructure, deploying workloads, and monitoring.
Automation: The team can automate a wide range of tasks in the AWS cloud Engineer, including deployment, development, testing, and more. The robust automation tools help the team take control of the processes and speed up product delivery.
Security: The access control to resources through monitoring tools and automated responses enables the operations team to have better control over the security of the workloads.

AWS DevOps best practices, tools, and services

AWS DevOps best practices help teams quickly adapt to the philosophy and speed up the product delivery process. The following best practices are critical to the organization’s growth and successful transformation.
Continuous integration: It is a practice where developers continuously change the code and update it in a repository. Following that, the team will concentrate on automated building and testing. This approach assists the team in identifying and addressing bugs, which speeds up validation and release. AWS Code Build is a CI service that assists them in this process.

Continuous delivery:

Here, all code changes from the build stage are automatically prepared for a release in the testing environment. This procedure elevates automated testing above the level of unit tests. The testing approach aids developers in identifying problems as soon as possible. Some of the services that support the team during continuous delivery are AWS Code Build, AWS Code Deploy, and AWS Code Pipeline.


Microservices are an approach to application development in which apps are made up of smaller service units that interact with one another. The team develops well-defined APIs that allow individual services to interact with one another. Each small component of an app, which is a service, is designed to perform a function. There are numerous advantages to developing apps using microservices. It is less difficult to upgrade, deploy, and manage. The approach promotes agility where small teams dedicatedly work towards developing each microservice. The apps are broken down into smaller modules, which aids in the creation of reusable code. The independence of services from one another also reduces the chances of failure of the app and makes it easier to fix problems quickly.

Infrastructure as Code:

With DevOps practices in place, building infrastructure is similar to coding applications. Developers adhere to strict rules and formats while storing code in a source control system. It aids in bug fixing and increases the dependability of the application coding process. Using the same method for infrastructure provisioning is called Infrastructure as Code (IaC) (IaC). AWS Code Commit can be used as the source control system for infrastructure configurations. This practice better organizes the process of developing and operating the cloud infrastructure.

Monitoring and logging:

The feedback loop, which allows the team to continuously improve the product, is at the heart of the DevOps philosophy. This feedback loop is facilitated by services such as the Cloud Watch and Cloud Trail. The services allow the team to monitor workloads, send alerts, and perform audits to ensure the resources meet the performance needs.

Communication and collaboration:

Communication and collaboration are critical components of DevOps. Workflows and communication have changed dramatically as a result of AWS’ automation and monitoring tools. AWS recommends the concept of Two-Pizza Teams, wherein the team size is no larger than can be fed two pizzas. With smaller teams working dedicatedly on individual software components, it is easier to fix bugs and shorten the time to market, which is one

AWS DevOps training and certification – How does it help your organization?

Implementing DevOps in your organization requires a change in philosophy and approach towards software development and operations. NetCom Learning’s AWS DevOps certification programmed is designed for software development and operations professionals. The training exposes them to AWS philosophies, practices, and tools.
Aspirants who want to become an AWS DevOps Engineer can take one of two routes.

If you have prior experience with system administration and operations, you can begin with the AWS Technical Essentials and then progress to the Systems Operations in AWS course. The course enables you to take control of operations in the AWS cloud. Sys Ops Administrators are constantly striving to improve the performance of cloud workloads.. To achieve goals, they rely on best practices and principles such as the Operational Excellence pillar from AWS Well-Architected Framework.

The second option is to follow the Technical Essentials course with the Developing on AWS course. Developing on AWS helps you understand how to interact with AWS services during the cloud app development process. It is a 3-day associate-level course.

DevOps Engineering on AWS is an AWS-authorized training course that teaches you how to harness the cloud’s cultural concepts, techniques, and tools to rapidly build, distribute, and maintain applications.  On completing the course, you can take the DOP-C01 exam to get the AWS Certified DevOps Engineer – Professional certification.

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