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DevOps Lvl 1 & Lvl 2

DevOps Lvl 1 & Lvl 2

EGP3,000.00Price
This DevOps Level 1 & 2 course provides a comprehensive introduction to the fundamental principles and practices of DevOps. It covers the core concepts, tools, and techniques necessary to understand and implement DevOps in a modern software development environment. Through a combination of lectures, hands-on labs, and real-world examples, students will gain practical experience with essential DevOps tools and methodologies. This course is ideal for individuals new to DevOps or those looking to formalize their existing knowledge.

  • Course Outlines

    Module 4: Infrastructure as Code (IaC) (6 hours)

    • Module 1: Introduction to DevOps (6 hours)

    • What is DevOps?
      • Defining DevOps and its goals
      • The benefits of adopting DevOps
      • DevOps vs. traditional IT
      • Key DevOps concepts (flow, feedback, continuous learning)
    • The History and Evolution of DevOps
      • Origins in Agile and Lean principles
      • Key figures and movements in DevOps history
      • The role of automation in DevOps
    • DevOps Culture and Principles
      • Collaboration and communication
      • Shared responsibility and ownership
      • Continuous improvement and learning from failure
      • Building a DevOps mindset

    • This curriculum provides a solid foundation in DevOps principles and practices. Students completing this course will be well-equipped to begin implementing DevOps in their own organizations or pursue more advanced DevOps training.

      Hands-on Labs and Projects:

      Throughout the course, students will participate in hands-on labs and projects to reinforce the concepts learned. These activities may include:

    • Setting up a Git repository and practicing version control workflows
    • Building a simple CI/CD pipeline using Jenkins or a similar tool
    • Provisioning infrastructure using Terraform or Ansible
    • Configuring monitoring and logging for a sample application

    • Module 5: Monitoring and Logging (3 hours)

    • The Importance of Monitoring and Logging
      • Identifying and resolving issues
      • Performance optimization
      • Security auditing
    • Monitoring Tools and Techniques
      • System metrics (CPU, memory, disk usage)
      • Application performance monitoring (APM)
      • Log management and analysis (ELK stack, Splunk)
    • Implementing Monitoring and Logging
      • Setting up alerts and notifications
      • Visualizing data with dashboards
    •  
    • Working with IaC
      • Defining infrastructure in code
      • Provisioning and managing infrastructure
      • Automating infrastructure deployments
    • IaC Best Practices
      • Modularity and reusability
      • Version control for infrastructure code
    • Introduction to IaC
      • Benefits of IaC
      • IaC tools (Terraform, Ansible, CloudFormation)

    • Module 3: Continuous Integration and Continuous Delivery (CI/CD) (9 hours)

    • Understanding CI/CD
      • The CI/CD pipeline
      • Benefits of CI/CD
    • Building a CI/CD Pipeline
      • Choosing CI/CD tools (Jenkins, GitLab CI, CircleCI)
      • Automating builds and tests
      • Implementing continuous integration
      • Deploying to various environments (development, staging, production)
    • CI/CD Best Practices
      • Infrastructure as Code (IaC)
      • Configuration management
      • Monitoring and logging

    • Module 2: Version Control with Git (6 hours)

    • Introduction to Version Control
      • Why use version control?
      • Centralized vs. distributed version control
    • Git Fundamentals
      • Basic Git commands (init, clone, add, commit, push, pull)
      • Branching and merging
      • Working with remotes (GitHub, GitLab, Bitbucket)
      • Resolving merge conflicts
    • Git Workflows
      • Feature branching
      • Gitflow workflow
      • Forking workflow

  • hours:

    30 hr for both Level 1 & 2

  • Training Outcomes

    • Upon successful completion of this course, students will be able to:

      Knowledge & Comprehension:

    • Define DevOps and its core principles, including the importance of collaboration, automation, and continuous improvement.
    • Explain the benefits of adopting DevOps practices in a software development environment.
    • Describe the evolution of DevOps and its relationship to Agile and Lean methodologies.
    • Identify key DevOps tools and their roles in the software development lifecycle.
    • Understand the concepts of continuous integration, continuous delivery, and continuous deployment (CI/CD).
    • Explain the importance of Infrastructure as Code (IaC) and its benefits.
    • Describe various monitoring and logging techniques and their importance in a DevOps environment.
    • Apply Git for version control, including branching, merging, and collaborating with others.
    • Utilize a CI/CD tool to build and automate a simple CI/CD pipeline.
    • Provision and manage infrastructure using an IaC tool like Terraform or Ansible.
    • Implement basic monitoring and logging for an application.
    • Analyze and troubleshoot common issues in a DevOps pipeline.

    • Synthesis & Evaluation:

    • Evaluate different DevOps tools and choose the most appropriate ones for a given scenario.
    • Design a basic DevOps workflow for a software development project.
    • Assess the effectiveness of a DevOps implementation based on key metrics.
    • Recommend improvements to an existing DevOps process.

    • Beyond the Technical:

    • Communicate effectively with both development and operations teams.
    • Collaborate effectively within a DevOps team.
    • Embrace a culture of continuous learning and improvement.

    • These outcomes ensure that students gain both the theoretical understanding and practical skills necessary to succeed in a DevOps role. They will be prepared to contribute to a DevOps team and help organizations improve their software development processes.

      Application & Analysis:

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