Microsoft Azure DevOps Engineer Training
The goal of Microsoft Azure DevOps Engineer Training is to give professionals the tools they need to use Microsoft Azure to manage and optimize DevOps processes. The course covers a number of DevOps approaches, such as infrastructure as code, monitoring, continuous integration, and delivery, and it makes use of Azure DevOps tools and services to expedite the development and deployment processes.
- 10+ Courses
- 30+ Projects
- 400 Hours
Microsoft Azure DevOps Engineer Training is suitable for the following target audiences:
Software Developers: Perfect for anyone looking to improve their development workflows and teamwork by expanding their understanding of DevOps principles and technologies.
IT Workers: Suitable for IT workers who manage, deploy, and maintain applications and who wish to incorporate Azure technologies and DevOps principles into their work.
Developers: Intended for seasoned developers who wish to expand their knowledge of Azure DevOps in order to oversee and automate processes for development and deployment more effectively.
System Administrators: Ideal for those looking to move into DevOps positions or incorporate DevOps methods into their current infrastructure management.
Project managers: Designed to help managers better oversee and coordinate development projects by assisting them to grasp Azure DevOps technologies and DevOps processes.
Azure DevOps Engineer: Charged with putting Azure DevOps techniques and technologies into practice and overseeing them to optimize development and deployment procedures.
DevOps Engineer: Uses Azure DevOps to improve continuous integration and continuous delivery, with a focus on automating and optimizing the software development lifecycle.
Cloud Engineer: Cloud engineers are experts at managing and streamlining cloud services and infrastructure, such as Azure, with an emphasis on DevOps methodologies.
Build and Release Engineer: Manages the deployment, build, and release procedures, making use of Azure DevOps tools to guarantee dependable and efficient product delivery.
Site Reliability Engineer (SRE): A Site dependability Engineer (SRE) uses Azure DevOps tools and DevOps principles to guarantee the performance, scalability, and dependability of infrastructure and applications.
These positions, which offer excellent compensation and chances for career advancement in both the USA and Canada, are in high demand across a variety of industries, including technology, finance, healthcare, and government.
- A look at DevOps and its underlying principles.
- Understanding the Azure Cloud platform.
- Key Azure services for DevOps, including VMs, Storage, Azure AD, and Networking.
- Managing Azure subscriptions and resources.
- An introduction to CI/CD concepts.
- Hands-on lab: Setting up an Azure free account and exploring the portal.
- Deliverable: Deploying an Azure resource group.
- An introduction to Git and version control.
- Azure Repos: Branching, merging, and pull requests.
- Git workflows, including Feature Branch, GitFlow, and Trunk-based.
- Code collaboration best practices
- Hands-on lab: Establish a repository, commit changes, and merge code.
- Deliverable: A functional Git repository with a branch strategy in place.
- An overview of CI pipelines.
- Setting up Azure Pipelines for build automation.
- YAML versus classic pipelines.
- Automated build and unit test integration.
- Managing pipeline artifacts.
- Hands-on lab: Build a CI pipeline for a sample application.
- Deliverable: A CI pipeline that successfully builds and runs tests.
- Deployment strategies: Blue/Green, Canary, and Rolling.
- Release pipelines within Azure DevOps.
- Environment approvals and gates.
- An overview of Infrastructure as Code (IaC) using ARM templates.
- Hands-on lab: Get your app up and running on Azure App Service with a continuous deployment pipeline.
- Deliverable: A deployment pipeline that’s fully automated.
- We’ll cover Azure Resource Manager (ARM) templates.
- Then, we’ll look at Terraform with Azure.
- We’ll also explore configuration management using Ansible, Chef, or Puppet.
- Managing secrets with Azure Key Vault will be included.
- Hands-on lab: Deploy infrastructure using either Terraform or ARM.
- Deliverable: Infrastructure deployed via code, complete with secret management.
- We’ll dive into Azure Monitor and Application Insights.
- We’ll discuss logging strategies and how to build dashboards.
- Alerts and proactive monitoring will be covered.
- Integrating monitoring with DevOps pipelines is also on the agenda.
- Hands-on lab: Configure monitoring for a deployed app.
- Deliverable: A dashboard displaying real-time metrics and alerts.
- DevSecOps tenets
- Azure Security Center
- Policy and role-based access control (RBAC)
- Automated compliance verifications within pipelines
- Practical exercise: Establish RBAC and security policies for pipelines
- Deliverable: A secure CI/CD pipeline featuring policy enforcement
- AZ-400 Exam overview and illustrative questions
- Review of essential concepts: CI/CD, Infrastructure as Code (IaC), Monitoring, Security
- Capstone project: An end-to-end CI/CD pipeline incorporating monitoring and IaC
- Presentation and peer assessment
- Deliverable: Capstone project showcasing the complete Azure DevOps lifecycle
Cloud engineers, DevOps professionals, system administrators, and developers with a foundational understanding of Azure or DevOps.
A basic understanding of Azure, Git, and software development principles is suggested.
Yes, the course covers topics required for AZ-400: Microsoft Azure DevOps Solutions.
Azure DevOps (Repos, Pipelines, Artifacts), ARM Templates, Terraform, Azure Monitor, Key Vault, and CI/CD best practices.
Absolutely, each week includes practical labs and projects.
8 weeks (2–3 hours/day suggested), adjustable for accelerated or part-time learners.
Yes, a certificate of completion is provided upon finishing the course and capstone project.
You can use the Azure free account, which provides credits for labs and projects.
Beginners with some cloud or programming exposure can join, but extra self-study on Azure fundamentals may be needed.
Yes, the course focuses on practical use cases, real pipelines, monitoring, and security practices used in enterprises.
We currently offer online sessions with flexible weekday/weekend batches for 8 weeks. All sessions are recorded. You’ll have access to the recordings, along with support from instructors and peers in our learning portal.
You can register via our website https://checkmateittech.com/, or reach out to our support teams via phone, email, or WhatsApp.
We’ll help you with batch schedules and payment options.
Email info@checkmateittech.com
Call Us +1-347-4082054
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Job opportunities in USA and Canada
Azure DevOps Engineer: Charged with putting Azure DevOps techniques and technologies into practice and overseeing them to optimize development and deployment procedures.
DevOps Engineer: Uses Azure DevOps to improve continuous integration and continuous delivery, with a focus on automating and optimizing the software development lifecycle.
Cloud Engineer: Cloud engineers are experts at managing and streamlining cloud services and infrastructure, such as Azure, with an emphasis on DevOps methodologies.
Build and Release Engineer: Manages the deployment, build, and release procedures, making use of Azure DevOps tools to guarantee dependable and efficient product delivery.
Site Reliability Engineer (SRE): A Site dependability Engineer (SRE) uses Azure DevOps tools and DevOps principles to guarantee the performance, scalability, and dependability of infrastructure and applications.
These positions, which offer excellent compensation and chances for career advancement in both the USA and Canada, are in high demand across a variety of industries, including technology, finance, healthcare, and government.
