Azure DevOps AD178

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Disha Tilva
Last Update August 31, 2023
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    All Levels
    37 lectures

    About This Course

    The Microsoft Azure DevOps Solutions Masters Program & Certification is a comprehensive training program that equips you with the skills and knowledge required to become an Azure DevOps Solutions expert. You’ll learn Continuous Integration and Continuous Delivery (CI/CD), Infrastructure as Code (IaC), Configuration Management, Monitoring and Logging, Cloud Computing, Containers (Docker and Kubernetes), Virtualization, Agile and DevOps methodologies, Collaboration and Communication tools (including Git and Jenkins), Security and Compliance, Release Management, Incident Management, Automation, Testing, and Quality Assurance (including Ansible, Terraform). This program will provide you with a strong foundation in deploying, managing, and monitoring DevOps solutions and services on the Azure platform, and prepare you for the Microsoft Azure DevOps Solutions certification exam.

    Microsoft Azure DevOps Course Syllabus
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      Building a Foundation for Cloud Computing & Azure


      Learning objective: In this training, participants will develop a solid understanding of cloud computing concepts, principles, and best practices. They will learn about different cloud deployment models, service models, and key benefits of cloud computing. The objective is to equip participants with the knowledge and skills to make informed decisions and effectively utilize cloud resources in their organizations.

      Course Content
      • Introduction to Cloud Computing and its Advantages
      • Cloud Service Models: IaaS, PaaS, SaaS
      • Cloud Deployment Models: Public, Private, Hybrid
      • Introduction to Azure
      • Azure Account Creation & Free Tier Limitations Overview

      Linux in Azure DevOps


      learning objective: Linux in Azure DevOps is to develop proficiency in managing and configuring Linux-based systems within the Azure DevOps environment. This includes gaining knowledge of Linux command line operations, understanding the principles of system administration, and learning how to deploy and maintain Linux-based applications and services in Azure DevOps.

      Course Content

      Linux Command Line Basics:

      • Introduction to the Linux terminal and shell
      • File and directory management
      • File permissions and ownership
      • Package management with package managers (e.g., apt, yum)
      • Managing processes and services

      Linux System Administration:

      • User and group management
      • Network configuration and troubleshooting
      • Disk management and storage technologies
      • System monitoring and performance tuning
      • Backup and recovery strategies

      Linux in Azure DevOps:

      • Creating and configuring Linux virtual machines in Azure
      • Integrating Linux systems with Azure DevOps pipelines
      • Deploying Linux-based applications using Azure DevOps
      • Continuous integration and continuous deployment (CI/CD) for Linux applications
      • Infrastructure as Code with Linux and Azure Resource Manager templates

      Python in Azure DevOps


      learning objective: Python in Azure DevOps is to develop proficiency in leveraging the Python programming language within the Azure DevOps ecosystem. This includes understanding how to write Python scripts and applications, integrating Python-based workflows into Azure DevOps pipelines, and automating various aspects of the software development lifecycle using Python.

      Course Content

      Python Programming Fundamentals:

      • Variables, data types, and basic operations
      • Control structures (if-else, loops)
      • Functions and modules
      • Exception handling and error reporting
      • Working with files and directories

      Python Development Tools and Practices:

      • Setting up a Python development environment
      • Using virtual environments for project isolation
      • Package management with pip
      • Testing frameworks and writing unit tests
      • Debugging and logging techniques

      Python in Azure DevOps:

      • Integrating Python scripts and applications into Azure DevOps pipelines
      • Writing custom tasks and extensions in Python
      • Automating build, test, and deployment processes with Python
      • Version control and collaboration with Python projects in Azure DevOps
      • Monitoring and logging with Azure services and Python libraries

      Exploring Azure Architecture and Services


      Learning Objective: This training will enable participants to explore the architecture and services offered by Microsoft Azure. Participants will gain hands-on experience with key Azure services and understand how they can be utilized to design and build scalable, reliable, and secure cloud solutions. The objective is to empower participants to leverage Azure’s capabilities effectively and make informed architectural decisions.

      Course Content
      • Azure Resource Manager and Resource Groups
      • Virtual Machines and Infrastructure as a Service (IaaS)
      • Azure App Service and Platform as a Service (PaaS)
      • Azure Storage and Data Services
      • Azure Networking and Virtual Networks
      • Azure Identity and Access Management
      • Azure Functions and Serverless Computing
      • Azure Databases and Analytics Services
      • Azure DevOps and CI/CD Pipelines

      Effective Azure Management and Governance


      Learning Objective: This training focuses on equipping participants with the skills and knowledge to effectively manage and govern their Azure environments. Participants will learn about various Azure management tools, techniques, and best practices to optimize resource usage, ensure security and compliance, and manage costs. The objective is to enable participants to efficiently manage their Azure resources and ensure the stability and security of their cloud infrastructure.

      Course Content
      • Azure Management Portal and Azure CLI
      • Azure Governance and Resource Organization
      • Azure Policy and Role-Based Access Control (RBAC)
      • Azure Monitoring and Diagnostics with Azure Monitor
      • Azure Security Best Practices and Threat Detection
      • Azure Backup and Disaster Recovery
      • Azure Cost Management and Optimization
      • Azure Automation and Infrastructure as Code
      • Azure Governance and Compliance Tools

      Mastering Azure Compute


      Learning Objective: By the end of the training, learners will be able to effectively manage user access and permissions in Azure Active Directory (Azure AD) using RBAC, create custom roles, utilize Azure AD groups, invite guest users, and enforce multi-factor authentication (MFA) for enhanced security.

      Course Content
      • Azure Virtual Machines (VMs)
      • Azure App Service
      • Azure Container Instances
      • Azure Kubernetes Service (AKS)
      • Azure Functions
      • Azure Batch
      • Azure Virtual Machine Scale Sets
      • Azure Logic Apps
      • Azure Service Fabric
      • Azure Durable Functions

      Azure Active Directory (Azure AD)


      Learning Objective: By the end of the training, learners will be able to effectively manage user access and permissions in Azure Active Directory (Azure AD) using RBAC, create custom roles, utilize Azure AD groups, invite guest users, and enforce multi-factor authentication (MFA) for enhanced security.

      Course Content
      • Overview of Azure AD
      • Creating Users in Azure AD
      • Role Based Access Control (RBAC)
      • Reader Role
      • Contributor Role
      • Resource Group Level (Owner Role)
      • Subscription Level
      • User Access Administrator Role
      • Custom Roles
      • Azure AD Group
      • Azure AD Roles
      • Azure AD Custom Domain
      • Inviting Guest Users
      • Bulk User Creation
      • Multi-Factor Authentication (MFA)

      Azure Networking


      Learning Objective: Gain a comprehensive understanding of Azure Networking components and their configurations to design and manage secure and efficient network infrastructures in Azure.

      Course Content
      • VNET Creation and Subnet Configuration
      • Bastion Host and NAT Gateway
      • Network Security Group (NSG)
      • Azure Load Balancer (Public and Private)
      • Application Gateway (Basic and Multi-Site)
      • Azure VNET Peering
      • Virtual Private Network (VPN) Gateway and Point-to-Site VPN Connection
      • Network Watcher and Troubleshooting Tools
      • Route Table (System and Custom)
      • Service Endpoint

      Azure Cloud Services


      Learning Objective: Gain comprehensive knowledge and practical skills in leveraging Azure DNS Zone, Traffic Manager, Database services, Application Services, Monitoring Tools, and Security Options in Azure. By completing this training, participants will be equipped with the ability to effectively configure and manage DNS services, optimize traffic routing and load balancing, implement and manage databases, deploy and manage cloud-native applications, utilize monitoring tools for actionable insights, and implement robust security measures to protect Azure infrastructure and applications.

      Course Content
      • Managing Azure DNS Zone(Domain Name Service)
      • Optimizing Traffic with Azure Traffic Manager
      • Unlocking Database Capabilities in Azure
      • Exploring Azure Application Services
      • Monitoring and Diagnostics with Azure
      • Securing Your Azure Infrastructure

      Migration & Transfer Services


      Learning Objective: Develop proficiency in leveraging Azure migration and transfer services to efficiently and securely migrate on-premises workloads, databases, and data to the Azure cloud. By completing this training, participants will gain the skills necessary to plan, execute, and manage successful migration projects, ensuring minimal downtime, data integrity, and optimal performance in the Azure environment.

      Course Content
      • Azure Database Migration Service
      • Azure Site Recovery
      • Azure Data Box
      • Azure Data Migration
      • Azure File Sync
      • Azure Database for MySQL/PostgreSQL Migration.

      Azure Services for DevOps


      Learning Objective: Gain a comprehensive understanding of Azure Services for DevOps and its practical application in managing projects, utilizing source code management, and implementing continuous integration and deployment using Azure Pipelines.

      Course Content
      • Introduction to DevOps
      • Git Version Control in DevOps
      • Managing Projects with Azure Boards
      • Source Code Management with Azure Repos
      • Continuous Integration & Deployment with Azure Pipelines

      DevOps Tools


      Learning objective: Gain proficiency in utilizing DevOps tools and technologies to streamline software development and deployment processes, enabling efficient containerization with Docker, orchestration and scaling using Kubernetes, infrastructure management with Ansible, monitoring and alerting through Nagios, and infrastructure provisioning with Terraform.

      Course Content
      • Docker Containerization in DevOps
      • Orchestration and Scaling with Kubernetes
      • Infrastructure as Code with Ansible
      • Monitoring and Alerting with Nagios
      • Infrastructure Provisioning with Terraform

      Tools Covered

      Job market overview
      image 3 1

      Ready to launch your career as a DevOps Engineer?

      The job market outlook is positive, and with salaries ranging from $104,854 to $133,133 per year, this career path offers a promising future. The Bureau of Labor Statistics (BLS) projects a 21% growth rate for software developers between 2018 and 2028, which is higher than the median growth rate for all occupations. Our comprehensive course is designed to equip you with the latest industry trends and insights into current hiring patterns, as well as the skills and knowledge required to excel in your role as a DevOps Engineer. You’ll also learn the latest tools and technologies used by industry professionals. With our interactive and collaborative training program, you’ll have the opportunity to learn from experienced DevOps professionals and network with like-minded individuals.

      Don’t wait, enroll now and start your journey to becoming a successful DevOps Engineer!

      What you will learn

      By the end of this course, you should be able to use Azure DevOps services and tools to implement efficient and reliable CI/CD pipelines, manage infrastructure using IaC and containers, automate deployments and configurations, monitor and log infrastructure and applications, and implement security best practices throughout the software development lifecycle.

      Course Format
      • Live classes
      • Hands-on trainings
      • Mini-projects for every module
      • Recorded sessions (available for revising)
      • Collaborative projects with team mates in real-world projects
      • Demonstrations
      • Interactive activities: including labs, quizzes, scenario walk-throughs
      What this course includes
      • 200+hrs of live classes
      • Collaborative projects
      • Slide decks, Code snippets
      • Resume preparation from the 2nd week of course commencement
      • 1:1 career/interview preparation
      • Soft skill training
      • On-call project support for up to 3 months
      • Certificate of completion
      • Unlimited free access to our exam engines

      Our students work at

      • CS/IT degree or prior IT experience is highly desired
      • Basic programming and cloud computing concepts
      • Knowledge of DevOps culture

      Why should you take the course with us

      • Project-Ready, Not Just Job-Ready!
      By the time you complete our program, you will be ready to hit the ground running and execute projects with confidence.
      • Authentic Data For Genuine Hands-On Experience
      Our curated datasets sourced from various industries, enable you to develop skills in realistic contexts, tackling challenges in your professional journey.
      • Personalized Career Preparation
      We prepare your entire career, not just your resume. Our personalized guidance helps you excel in interviews and acquire essential expertise for your desired role.
      • Multiple Experts For Each Course
      Multiple experts teach various modules to provide you diverse understanding of the subject matter, and to benefit you with the insights and industrial experiences.
      • On-Call Project Assistance After Landing Your Dream Job
      Get up to 3 months of on-call project assistance from our experts to help you excel in your new role and tackle challenges with confidence.
      • A Vibrant and Active Community
      Get connected with a thriving community of professionals who connect and collaborate through channels like Discord. We regularly host online meet-ups and activities to foster knowledge sharing and networking opportunities.


      What is the duration of the Azure DevOps Masters Program?

      The duration of the live training session is approximately 200+ hours, which includes hands-on labs, interactive quizzes, assignments etc. On top of this, You will be having real-world projects, the completion depends on your pace of work and on your collaboration with other team members to get projects done.

      Is there a certificate of completion available at the end of the program?

      Yes, there is a certificate of completion available at the end of the program for those who successfully complete all the course requirements.

      Will I have access to the materials after the program has ended?

      Yes, you will have access to the course materials even after the program has ended. You can refer to the course materials anytime to revise and refresh your knowledge.

      Will there be any assignments or assessments during the course?

      Yes, there will be assignments and assessments to help you reinforce your learning and assess your understanding of the course material.

      What tools and technologies will be covered in the course?

      The course will cover a range of tools and technologies used in DevOps like Ansible, Jenkins, Terraform. Docker, Kubernetes, Azure DevOps Services, Git, and more.

      Will there be opportunities for hands-on learning?

      Yes, the course includes hands-on labs and exercises to help you apply what you learn in a real-world setting.

      What kind of support will I receive during the program?

      You will have access to a dedicated instructor, as well as a support team to help you with any questions or issues you may have during the course. On top, you get to communicate with your personal Learning Manager. Your support is ensured from day 1 and before.

      How much time should I dedicate to the course each week?

      The amount of time required will vary depending on the schedule you have opted for. You should check the course description for an estimated time commitment, and plan to dedicate enough time to complete the course within the allotted time frame.

      Can I interact with other students taking the course?

      Yes, we provide a friendly platform for students to interact with each other, such as a discussion forum or chat room. We also provide an engaging learning experience through collaborative projects.

      Are there any hands-on activities or projects during the course?

      Yes, there are several hands-on activities and projects during the course to help you apply the concepts learned in real-world scenarios. These activities and projects are designed to give you practical experience in building DevOps solutions on Azure.

      Course Completion Certification


      Foundation Level

      Session 100:00
      Session 200:00
      Session 300:00
      Session 400:00
      Session 500:00
      Session 600:00
      Session 700:00
      Session 800:00
      Session 900:00
      Session 1000:00
      Session 1100:00
      Session 1200:00
      Session 1300:00
      Session 1400:00
      Session 1500:00
      Session 1600:00
      Session 1700:00
      Session 1800:00
      Session 2000:00
      Session 2100:00
      Session 2200:00
      Session 2300:00
      Session 2400:00
      Session 2500:00
      Session 2600:00
      Session 2700:00
      Session 2800:00
      Session 2900:00
      Session 3000:00
      Session 3100:00
      Session 3200:00
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