This comprehensive course is designed to equip bioinformatics professionals, researchers, and students with the essential skills to master version control and collaboration using Git and GitHub. With a focus on the unique needs of the bioinformatics field, this course provides a step-by-step guide to using Git and GitHub for managing bioinformatics projects efficiently and effectively.

The course begins with an introduction to version control concepts and the fundamentals of Git, gradually progressing to advanced topics such as branching strategies, merging, and resolving conflicts. Students will learn how to harness the power of GitHub for collaborative research, including managing issues, pull requests, and project boards.

Module 1: Introduction to Version Control and Git

• Understanding version control and its importance in bioinformatics

• Introduction to Git and its role in version control

• Installing and configuring Git on your local machine

Module 2: Basic Git Commands and Concepts

• Initializing a Git repository

• Adding and committing changes

• Viewing the commit history

• Working with branches and merging changes

Module 3: Advanced Git Topics

• Branching strategies in Git

• Resolving conflicts in Git

• Rebasing and cherry-picking commits

• Using Git for collaborative workflows

Module 4: Introduction to GitHub

• Overview of GitHub and its features

• Creating a GitHub account and setting up a profile

• Understanding GitHub repositories and collaboration tools

Module 5: Collaborative Workflows with GitHub

• Managing issues and feature requests

• Using pull requests for code review and contribution

• Integrating GitHub with continuous integration tools

Module 6: Project Management with GitHub

• Creating and managing project boards

• Organizing and prioritizing work using GitHub projects

• Using GitHub Actions for automation

Each module will include lectures, practical exercises, and hands-on projects to reinforce learning and practical application.

Through hands-on exercises and real-world examples tailored to the bioinformatics domain, students will gain practical experience in using Git and GitHub for project management, code sharing, and open-source contribution. By the end of the course, students will have the skills and confidence to apply Git and GitHub effectively in their bioinformatics projects, enhancing productivity and collaboration in their research endeavors.