Source Code Management (SCM), also known as version control, is a tool which is used to track modifications to a source code repository. The main need for a source code management tool is to allow multiple developers to work on the same codebase simultaneously while also providing a way to track and revert changes as necessary.

Git is primarily used for Source Code Management (SCM),with its robust feature set of initialising and tracking the changes during software development.

The need for Source Code Management:

• challenges like maintaining a code base
• avoidance of critical mishaps like conflict overwriting 
• The navigation of a project's history one change at a time makes tracking down bugs, undoing changes, or reviewing a developer's code much more manageable.

How does Git act as a needful resource for the company?

• Allow developers to keep track of updates to their code over time
• Allow developers to easily combine their code updates with previous updates or new updates made by other people
• is an incredibly effective way to collaborate on development projects
• Allow developers to easily share code over the Internet
• Git-based repository enables developers to work from a local copy
• Automated Software delivery
• Continuous integration and delivery.

By learning Source Code Management with Git,your team can leverage the features of clear code reviews, asset version control, feedback loops, and powerful branching patterns to help your developers solve problems and ship value. 

Uptut can bring that leverage to your team with industry leaders and market experts as your trainers, set apart with a hands-on curriculum.

• Introduction to version control and Git
• Setting up Git and creating a repository
• Basic Git commands (init, add, commit, status, log, etc.)
• Branching and merging in Git
• Resolving merge conflicts
• Using Git for collaboration (pull, push, remote)
• Git workflows (centralised, feature branch, etc.)
• Git hooks and customising Git's behaviour
• Advanced Git features (stashing, rebasing, etc.)
• Using Git with Github, Gitlab, Bitbucket, etc.
• Git troubleshooting and resolving common issues
• Best practices for using Git in a team environment

Advanced Topics –

• Using Git in a Continuous Integration/Continuous Deployment (CI/CD) pipeline
• Git history visualization and navigation tools
• Git submodules and subtrees
• Git bisect for debugging and identifying bugs in code
• Git stash and cherry-pick
• Git reflog and resetting commits
• Git blame and tracking changes
• Git rerere (reuse recorded resolutions)
• Git filter-branch and rewriting history
• Git notes and attaching additional information to commits
• Git sparse and scripting with Git plumbing commands
• Git and distributed version control systems (DVCS)

• Introduction to version control and Git
• Setting up Git and creating a repository
• Basic Git commands (init, add, commit, status, log, etc.)
• Branching and merging in Git
• Resolving merge conflicts
• Using Git for collaboration (pull, push, remote)
• Git workflows (centralised, feature branch, etc.)
• Git hooks and customising Git's behaviour
• Advanced Git features (stashing, rebasing, etc.)
• Using Git with Github, Gitlab, Bitbucket, etc.
• Git troubleshooting and resolving common issues
• Best practices for using Git in a team environment

Advanced Topics –

• Using Git in a Continuous Integration/Continuous Deployment (CI/CD) pipeline
• Git history visualization and navigation tools
• Git submodules and subtrees
• Git bisect for debugging and identifying bugs in code
• Git stash and cherry-pick
• Git reflog and resetting commits
• Git blame and tracking changes
• Git rerere (reuse recorded resolutions)
• Git filter-branch and rewriting history
• Git notes and attaching additional information to commits
• Git sparse and scripting with Git plumbing commands
• Git and distributed version control systems (DVCS)

• Developers
• DevOps Engineers
• Test Engineers
• Project Managers
• IT professionals
• Data Scientists
• System Administrators
• QA Engineers