Git and GitHub for DevOps Engineers from Udemy

Not sure where to start your DevOps journey? or

Want to know what kind of activities a DevOps Engineer does on Git and GitHub in the real world? or

Would you like to set up a production-ready Git environment for your developers? Then this course is for you. I have created this course from the perspective of a DevOps Engineer who is not writing application code much. I have taken a real-world project to explain from creating a repository to releasing code onto the production environment. This gives a complete understanding of the power of Git and GitHub. I hope you will enjoy this course.

We have covered various concepts like

What is a version control system

installing git on windows, Linux, and mac

working with git bash

creating repositories

git stages

git workflows

creating GitHub account

cloning repository

push code onto the remote repository

git clone vs. git pull

git remote add

working with commits on git

git branches

branching strategies

committing changes on git branches

resolving merge conflicts

Fork a repository

creating a pull request

working with private repositories

adding a collaborator

creating protected branches

tagging a commit

reverted changes

using .gitignore file

git rebase

git fetch vs. git pull

how the git project does work

setup git repository and branches for a new project

allowing developers to check in code

Enabling DevOps workflow on the Dev branch

pull request (PR) to merge code from Dev to production

Release code onto production

What's inside

Learning objectives

Able to learn how to use git & github to manage their job as a devops engineer
Devops engineer roles on git and github

A starting point to devops journey

Able to learn how to use git & github to manage their job as a devops engineer
Devops engineer roles on git and github
A starting point to devops journey

Syllabus

Getting Ready

Course Overview

Before Starting

Resources to start

Career center

Learners who complete Git and GitHub for DevOps Engineers will develop knowledge and skills that may be useful to these careers:

DevOps Engineer

A DevOps Engineer connects development and operations, ensuring efficient software delivery. This role involves managing infrastructure, automating deployment pipelines, and fostering team collaboration. The "Git and GitHub for DevOps Engineers" course is explicitly designed for this career, providing a foundational understanding of critical tools and workflows. Learners will master creating production-ready Git environments, implementing robust branching strategies, and managing pull requests to streamline code merges from development to production. The course provides a complete understanding of Git and GitHub, crucial for maintaining code integrity and enabling seamless DevOps workflows, directly preparing you for the daily challenges and responsibilities of this role. This course serves as an essential starting point for your journey as a DevOps Engineer.

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Release Engineer

A Release Engineer orchestrates the entire software release lifecycle, from development to deployment in production. This critical role ensures that code changes are consistently tested, packaged, and delivered reliably, minimizing risks and downtime. The "Git and GitHub for DevOps Engineers" course directly supports this career path by providing deep insights into managing code flow and release processes. Learners will gain expertise in setting up Git repositories, implementing branching strategies, and managing pull requests, which are fundamental to coordinating code delivery. The course's focus on "Release code onto Production" and enabling "DevOps workflow on the Dev branch" provides practical experience in establishing robust version control practices that are indispensable for a Release Engineer in ensuring successful, repeatable deployments.

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Software Development Manager

A Software Development Manager leads and mentors development teams, oversees project delivery, and ensures efficient software development processes. This management role requires a comprehensive understanding of the tools and workflows used by their engineers to guide strategic decisions, mitigate risks, and foster collaboration. The "Git and GitHub for DevOps Engineers" course is highly relevant, helping to build a foundation in the critical version control practices that underpin modern software development. Understanding Git workflows, branching strategies, pull requests, and how to "enable DevOps workflow on the Dev branch" allows a Software Development Manager to effectively manage codebases, streamline team collaboration, and oversee release processes. This knowledge is essential for making informed decisions about development pipelines and ensuring team productivity, and an advanced degree may be helpful for this role.

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Site Reliability Engineer

A Site Reliability Engineer (SRE) focuses on ensuring the reliability, availability, and performance of large-scale systems. This often involves designing and implementing automated operational processes, managing infrastructure as code, and troubleshooting production issues. The "Git and GitHub for DevOps Engineers" course is highly relevant, helping to build a foundation for managing the codebases and configurations essential to SRE work. SREs frequently use version control for infrastructure code, monitoring scripts, and deployment configurations. The course's comprehensive coverage of Git workflows, branching strategies, private repositories, and pull requests directly addresses the need for robust change management and collaborative development, ensuring that system changes are controlled and reversible. Understanding how to "Revert changes" is especially valuable for an SRE, allowing quick issue resolution.

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Configuration Manager

A Configuration Manager is responsible for controlling and maintaining the integrity of software builds and environments throughout the development lifecycle. This role ensures that all components are correctly versioned, built, and deployed, often working with various development and operations teams. The "Git and GitHub for DevOps Engineers" course is highly applicable, as mastering Git and GitHub is central to establishing effective configuration management practices. Learners will understand how to set up production-ready Git environments, manage repositories, and enforce branching strategies crucial for controlling code changes. The ability to use protected branches, tag commits, and manage merges effectively, as taught in this course, directly translates to the skills needed to maintain strict version control and ensure consistency across all configurations, which is a core responsibility of a Configuration Manager.

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Build Engineer

A Build Engineer specializes in creating and maintaining automated systems that compile, test, and package software applications. This role ensures that code from various developers can be integrated seamlessly and consistently, preparing it for deployment. The "Git and GitHub for DevOps Engineers" course may be useful, equipping learners with fundamental skills in managing the source code that forms the basis of all builds. A Build Engineer heavily relies on robust version control system practices, including effective branching strategies, merging code, and utilizing pull requests for stable integrations. The course's practical project involving setting up Git repositories and enabling DevOps workflow on the Dev branch directly relates to configuring and optimizing the input for build processes. Understanding how to manage changes with Git commits and tags is also important for tracking and reverting builds.

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Software Engineer specializing in Infrastructure

A Software Engineer specializing in Infrastructure focuses on designing, building, and maintaining the foundational systems and tools that support software development and operations. This can include developing internal platforms, automating infrastructure, or optimizing deployment processes. While not primarily writing application code, this role extensively uses version control for infrastructure as code, automation scripts, and internal tooling. The "Git and GitHub for DevOps Engineers" course may be useful, providing the essential Git and GitHub proficiency needed to manage these critical codebases. Learners will gain practical experience in repository creation, branching strategies, and pull requests, which are vital for collaborative infrastructure development. Understanding how to set up a production-ready Git environment and enable DevOps workflows directly supports the infrastructure engineer's goal of building reliable and efficient systems.

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Cloud Engineer

A Cloud Engineer designs, implements, and manages cloud-based infrastructure and services. This often involves working with Infrastructure as Code (IaC) to provision and manage resources, necessitating strong version control practices for configurations and scripts. The "Git and GitHub for DevOps Engineers" course may be useful, as it helps build a foundation in managing codebase changes, which is critical for Cloud Engineers. The course covers installing Git on Linux and includes an AWS Account Setup bonus lecture, providing a starting point for cloud-specific considerations. Understanding Git workflows, branching strategies, and pull requests is essential for collaborating on IaC, managing multiple environments, and ensuring consistency in cloud deployments, directly supporting the operational aspects of a Cloud Engineer's responsibilities.

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Technical Project Manager

A Technical Project Manager guides development teams through complex technical projects, overseeing processes, timelines, and resource allocation. While not hands-on coding, understanding the technical tools and workflows is paramount for effective management and communication. The "Git and GitHub for DevOps Engineers" course may be useful, enabling a Technical Project Manager to grasp the intricacies of code management and collaboration that drive project success. Mastery of Git workflows, branching strategies, and pull requests, particularly in the context of "enabling DevOps workflow on the Dev branch" and "Release code onto Production," provides invaluable insight into the software delivery pipeline. This understanding helps in setting realistic expectations, identifying potential bottlenecks, and facilitating smoother communication between developers and operations, ensuring projects are delivered efficiently.

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Solutions Architect

A Solutions Architect designs and oversees the implementation of complex technical solutions, defining the overall structure and components of a system. This involves making critical decisions about technology stacks, deployment strategies, and development workflows. The "Git and GitHub for DevOps Engineers" course may be useful, helping to build a foundation for designing robust version control and CI/CD strategies, which are integral parts of any modern software architecture. Solutions Architects benefit from understanding "how the Git project does work" and setting up "production-ready Git environments." Concepts such as branching strategies, pull requests, and protected branches are crucial for designing scalable and maintainable development processes. This course can help you recommend and implement effective version control practices, ensuring architectural soundness from the ground up for a Solutions Architect.

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Automation Engineer

An Automation Engineer designs, develops, and implements automated solutions to streamline operational processes, improve efficiency, and reduce manual effort. This often involves scripting, managing automation frameworks, and integrating with other systems. The "Git and GitHub for DevOps Engineers" course may be useful, as robust version control is fundamental for managing automation scripts and configurations. Automation Engineers frequently use Git for tracking changes to their automation code, collaborating with teams, and integrating with CI/CD pipelines. The course's coverage of creating repositories, managing branches, resolving merge conflicts, and using pull requests ensures that automation code is developed and deployed reliably. Understanding "how the Git project does work" and enabling DevOps workflows helps ensure automation efforts are integrated seamlessly into the broader software delivery process.

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Quality Assurance Engineer specializing in Automation

A Quality Assurance Engineer specializing in Automation focuses on developing and maintaining automated test suites and frameworks to ensure software quality. This role involves writing test code, managing test environments, and integrating automation into the CI/CD pipeline. The "Git and GitHub for DevOps Engineers" course may be useful, providing essential skills for managing test automation codebases. Just like application developers, QA Automation Engineers rely on Git and GitHub for version control of their test scripts, frameworks, and configuration files. The course's focus on creating repositories, managing branches, collaborating through pull requests, and resolving merge conflicts is directly applicable to ensuring the integrity and collaboration of automated test assets. Understanding these workflows helps integrate testing seamlessly into the broader development and release process for a Quality Assurance Engineer specializing in Automation.

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Technical Writer focusing on Developer Documentation

A Technical Writer focusing on developer documentation creates clear, concise, and accurate content for engineers, including API documentation, user guides for tools, and process outlines. This role requires understanding developer workflows and often involves using version control systems to manage documentation itself, especially when documentation lives alongside code. The "Git and GitHub for DevOps Engineers" course may be useful, helping to build a foundation in the core tools and practices that developers use daily. Understanding concepts like creating repositories, working with branches, committing changes, and using pull requests is highly advantageous for collaborating with engineers, contributing directly to documentation stored in Git, and maintaining version control of technical content. This insight allows a Technical Writer to effectively navigate developer environments and contribute more efficiently to integrated documentation efforts.

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Data Engineer

A Data Engineer designs, builds, and maintains data pipelines and infrastructure to collect, process, and store large datasets. While their primary focus is data, they often write code for ETL processes, manage infrastructure as code for data platforms, and develop automation scripts, all of which benefit from robust version control. The "Git and GitHub for DevOps Engineers" course may be useful for a Data Engineer, providing essential skills for managing their code and configurations effectively. The course's coverage of creating repositories, managing branches, and collaborating through pull requests is directly applicable to managing data pipeline codebases and ensuring reproducible data environments. By understanding Git workflows and enabling DevOps practices, Data Engineers can better manage their projects, collaborate with team members, and ensure the integrity and versioning of their critical data infrastructure code.

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Security Engineer specializing in Application Security

A Security Engineer specializing in Application Security focuses on identifying, preventing, and mitigating security vulnerabilities within software applications and their development lifecycle. This involves reviewing code, integrating security into CI/CD pipelines, and establishing secure development practices. The "Git and GitHub for DevOps Engineers" course may be useful, providing insights into how code is managed and deployed, which is crucial for securing the software supply chain. Understanding Git workflows, branching strategies (especially protected branches), pull requests, and the process of "Release code onto Production" allows a Security Engineer to identify potential security control points and integrate security checks effectively. This knowledge helps in designing security policies for version control, ensuring code integrity, and promoting secure coding and deployment practices throughout the development lifecycle.

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