Jenkins can automatically build and test code changes as they are pushed to a version control system and then deploy the changes to a live system if the tests pass. Additionally, Jenkins can trigger automatic rollbacks in case of issues with the deployed code.

Benefits your team will gain:

• Faster delivery: Automating the build, test, and deployment process allows for faster delivery of code changes, reducing the time it takes to get new features and bug fixes to customers.
• Increased efficiency: Automating repetitive tasks and reducing manual intervention in the delivery process can increase efficiency and reduce the chance of errors.
• Improved software quality: Automated testing and deployment can help to catch bugs and errors early in the development process, resulting in higher-quality software.
• Better collaboration: Jenkins allows multiple team members to work on code simultaneously and merge their changes automatically, improving collaboration and reducing the chance of conflicts.
• Easy rollbacks: Jenkins can automatically roll back code changes in case of issues, making it easy to recover from mistakes and keep the system running smoothly
• Scalability: Jenkins is highly scalable, allowing it to handle many builds, tests, and deployments, making it suitable for large organisations.

Better traceability: Jenkins keeps track of all the changes, builds, deployments, and test results, which makes it easy to trace back and identify the cause of an issue, and helps in auditing.

• Introduction to Jenkins and continuous integration: This section will cover the basics of Jenkins and the concepts of continuous integration and delivery.
• Setting up a Jenkins environment: This section will cover the installation and configuration of Jenkins, including setting up build agents, creating jobs, and configuring security.
• Building and testing code with Jenkins: This section will cover how to use Jenkins to automatically build and test code, including configuring and running tests and viewing test results.
• Deploying code with Jenkins: This section will cover how to use Jenkins to deploy code to a live system, including configuring deployment environments and deploying code to different environments such as QA, staging, and production.
• Advanced Jenkins features: This section will cover advanced Jenkins features such as pipeline as code, Jenkinsfile, and Jenkins plugins, and how to use them to improve the efficiency and reliability of the delivery process.
• Best practices and troubleshooting: This section will cover best practices for using Jenkins in a corporate environment and troubleshooting common issues that may arise during the implementation and deployment process.
• Hands-on exercises and real-life scenarios: This section would allow the learners to apply the knowledge they have gained in a real-life scenario and hands-on exercises.
• Jenkins plugins and integrations: This section will cover the different plugins and integrations available for Jenkins and how to use them to extend the functionality of Jenkins.
• Jenkins security and access control: This section will cover the security features of Jenkins, including how to configure and manage access to Jenkins and how to secure the Jenkins environment.
• Jenkins in a distributed environment: This section will cover how to set up and manage Jenkins in a distributed environment, including setting up and configuring multiple Jenkins masters and build agents and managing load balancing and scaling.
• Scaling Jenkins: This section will cover how to scale Jenkins to handle many builds, tests, and deployments.
• Jenkins and cloud integration: This section will cover how to integrate Jenkins with cloud platforms such as AWS, Azure, and GCP.

• Introduction to Jenkins and continuous integration: This section will cover the basics of Jenkins and the concepts of continuous integration and delivery.
• Setting up a Jenkins environment: This section will cover the installation and configuration of Jenkins, including setting up build agents, creating jobs, and configuring security.
• Building and testing code with Jenkins: This section will cover how to use Jenkins to automatically build and test code, including configuring and running tests and viewing test results.
• Deploying code with Jenkins: This section will cover how to use Jenkins to deploy code to a live system, including configuring deployment environments and deploying code to different environments such as QA, staging, and production.
• Advanced Jenkins features: This section will cover advanced Jenkins features such as pipeline as code, Jenkinsfile, and Jenkins plugins, and how to use them to improve the efficiency and reliability of the delivery process.
• Best practices and troubleshooting: This section will cover best practices for using Jenkins in a corporate environment and troubleshooting common issues that may arise during the implementation and deployment process.
• Hands-on exercises and real-life scenarios: This section would allow the learners to apply the knowledge they have gained in a real-life scenario and hands-on exercises.
• Jenkins plugins and integrations: This section will cover the different plugins and integrations available for Jenkins and how to use them to extend the functionality of Jenkins.
• Jenkins security and access control: This section will cover the security features of Jenkins, including how to configure and manage access to Jenkins and how to secure the Jenkins environment.
• Jenkins in a distributed environment: This section will cover how to set up and manage Jenkins in a distributed environment, including setting up and configuring multiple Jenkins masters and build agents and managing load balancing and scaling.
• Scaling Jenkins: This section will cover how to scale Jenkins to handle many builds, tests, and deployments.
• Jenkins and cloud integration: This section will cover how to integrate Jenkins with cloud platforms such as AWS, Azure, and GCP.

• Software Developers
• DevOps Engineers
• System Admins
• QA Engineers
• Project Managers
• Technical Support Engineers
• Any IT professional who is responsible for software development and delivery in an organisation