Executive Development Programme in C Programming: Git Strategies for Agile Development

This course is designed for mid-to-senior level executives and managers with a basic understanding of C programming who wish to enhance their skills in using Git for agile development. Participants will gain practical knowledge of Git commands and workflows essential for modern software development, including branching, merging, and version control strategies. They will learn to integrate Git into their existing development processes to improve collaboration and streamline project management.

By the end of this course, attendees will be able to implement Git best practices to support agile methodologies, thereby boosting their team's productivity and code quality. They will also understand how to leverage Git for continuous integration and deployment, enabling faster and more efficient software delivery.

1. 1. Introduction to Git for C Programmers: Learners will understand the basics of Git, including its role in version control and how it integrates with C programming. They will gain practical skills in initializing repositories, creating branches, and basic commit operations.
2. 2. Git Workflow and Best Practices for C Projects: This module covers best practices for using Git in C projects, such as commit messages, branch management, and merge strategies. Learners will practice creating and managing branches, resolving merge conflicts, and implementing Git hooks.
3. 3. Advanced Git Commands for C Development: Learners will explore advanced Git commands that are essential for C development, such as rebase, cherry-pick, and interactive rebase. They will learn how to use these commands to maintain a clean and organized project history.
4. 4. Git for Agile Development in C: This module focuses on integrating Git with Agile development methodologies for C projects. Learners will understand how Git supports Agile practices like continuous integration and delivery, and they will practice implementing these practices in their projects.
5. 5. Collaboration and Code Reviews in Git for C: Learners will learn how to collaborate effectively with others using Git for C projects. They will practice creating pull requests, performing code reviews, and incorporating feedback to improve code quality.
6. 6. Git Hooks for C Project Automation: This module introduces Git hooks and how they can be used to automate tasks in C projects. Learners will write custom hooks to perform actions like pre-commit checks and post-commit notifications.
7. 7. Git for Distributed Teams in C Development: Learners will understand how to work in a distributed team setting using Git for C projects, including setting up remote repositories and handling branching and merging across multiple locations.
8. 8. Troubleshooting and Debugging Git Issues in C Projects: This module covers common issues that arise when using Git with C projects and how to troubleshoot them. Learners will practice diagnosing and resolving issues like merge conflicts, corrupt repositories, and repository corruption.
9. 9. Git Integration with Continuous Integration/Continuous Deployment (CI/CD) for C: Learners will learn how to integrate Git with CI/CD pipelines for C projects, including setting up automated builds, tests, and deployments. They will practice configuring and managing CI/CD pipelines using popular tools like Jenkins or GitHub Actions.
10. 10. Advanced Git Strategies for C Programmers: This final module explores advanced strategies for using Git effectively in C development, including best practices for merging large changes, managing large repositories, and optimizing Git performance. Learners will apply these strategies to real-world C projects to enhance their development workflow.