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CloudBees CJE Exam Topics, Blueprint and Syllabus

Certified Jenkins Engineer (CJE)

Last Update December 25, 2024
Total Questions : 186

Our Jenkins Engineer CJE exam questions and answers cover all the topics of the latest Certified Jenkins Engineer (CJE) exam, See the topics listed below. We also provide CloudBees CJE exam dumps with accurate exam content to help you prepare for the exam quickly and easily. Additionally, we offer a range of CloudBees CJE resources to help you understand the topics covered in the exam, such as Jenkins Engineer video tutorials, CJE study guides, and CJE practice exams. With these resources, you can develop a better understanding of the topics covered in the exam and be better prepared for success.

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CloudBees CJE Exam Overview :

Exam Name	Certified Jenkins Engineer (CJE)
Exam Code	CJE
Actual Exam Duration	The duration of the CloudBees CJE (Certified Jenkins Engineer) exam is 90 minutes.
What exam is all about	CloudBees CJE (Certified Jenkins Engineer) exam is a certification exam that tests the knowledge and skills of individuals in using Jenkins, an open-source automation server, to build, test, and deploy software applications in a continuous integration and continuous delivery (CI/CD) environment. The exam covers topics such as Jenkins installation and configuration, pipeline creation and management, plugin management, security, and troubleshooting. Passing the CloudBees CJE exam demonstrates an individual's proficiency in using Jenkins to improve software development processes and increase productivity.
Passing Score required	You can visit the official website of CloudBees or contact their customer support team to get the latest information about the passing score required in the CloudBees CJE Exam.
Competency Level required	Based on the general requirements for cloud computing and DevOps certifications, the competency level required for the CloudBees CJE exam is likely to be intermediate to advanced. Candidates should have a solid understanding of DevOps principles, continuous integration and delivery (CI/CD) practices, and cloud computing technologies. They should also have experience working with Jenkins and other related tools, as well as knowledge of scripting languages such as Groovy and Bash. Additionally, candidates should be familiar with containerization technologies such as Docker and Kubernetes, and have experience deploying applications to cloud platforms like AWS, Azure, or Google Cloud.
Questions Format	Based on the exam objectives and the format of other certification exams, the CloudBees CJE exam is likely to have a mix of multiple-choice, drag-and-drop, and scenario-based questions. The exam may also include questions that require candidates to identify correct syntax or code snippets. The questions are designed to test the candidate's knowledge and understanding of various concepts related to continuous integration and continuous delivery.
Delivery of Exam	Based on the information available on the CloudBees website, the CloudBees CJE exam is delivered online and is proctored remotely. The exam is timed and consists of multiple-choice questions. Candidates need to have a reliable internet connection and a webcam to take the exam.
Language offered	Based on the exam objectives listed on the CloudBees website, it can be assumed that the exam will test knowledge of various programming languages, including Java, Groovy, and scripting languages such as Bash and Python. Additionally, knowledge of Jenkins and related technologies such as Docker, Kubernetes, and Git will also be tested.
Cost of exam	You can visit the official website of CloudBees or contact their customer support to get the latest pricing details.
Target Audience	The CloudBees Certified Jenkins Engineer (CJE) certification is designed for professionals who are responsible for managing and maintaining Jenkins environments. The target audience for this certification includes: 1. Jenkins administrators who are responsible for managing and maintaining Jenkins environments. 2. DevOps engineers who use Jenkins as part of their continuous integration and delivery (CI/CD) pipeline. 3. Software developers who use Jenkins to automate their build and deployment processes. 4. IT professionals who want to enhance their skills in Jenkins administration and management. 5. System administrators who want to learn how to integrate Jenkins with other tools and technologies. 6. Technical leads who want to ensure that their teams are using Jenkins effectively and efficiently. 7. Anyone who wants to demonstrate their expertise in Jenkins administration and management.
Average Salary in Market	The average salary for a CloudBees Certified Jenkins Engineer (CJE) is around $107,000 per year in the United States. However, the salary may vary depending on the location, experience, and industry.
Testing Provider	You can visit the official CloudBees website to register for the exam and find authorized training partners who can provide the exam.
Recommended Experience	according to the CloudBees website, the recommended experience for the CloudBees CJE (Certified Jenkins Engineer) exam includes: 1. Experience with Jenkins: Candidates should have a good understanding of Jenkins and its core concepts, including building, testing, and deploying software. 2. Knowledge of DevOps principles: Candidates should have a solid understanding of DevOps principles and practices, including continuous integration and continuous delivery. 3. Familiarity with cloud platforms: Candidates should have experience working with cloud platforms such as AWS, Azure, or Google Cloud Platform. 4. Experience with scripting languages: Candidates should have experience with scripting languages such as Bash, Python, or Groovy. 5. Understanding of software development: Candidates should have a good understanding of software development principles and practices, including version control, testing, and deployment. 6. Familiarity with containerization: Candidates should have experience working with containerization technologies such as Docker and Kubernetes. 7. Knowledge of security best practices: Candidates should have a good understanding of security best practices and how to implement them in a Jenkins environment.
Prerequisite	According to the CloudBees website, the prerequisites for the CloudBees Certified Jenkins Engineer (CJE) exam are: 1. Experience with Jenkins: Candidates should have a good understanding of Jenkins and its core concepts, including building, testing, and deploying software. 2. Knowledge of DevOps principles: Candidates should have a solid understanding of DevOps principles and practices, including continuous integration and continuous delivery. 3. Familiarity with cloud computing: Candidates should have a basic understanding of cloud computing concepts and technologies, including virtualization, containers, and cloud platforms like AWS, Azure, or Google Cloud. 4. Experience with scripting languages: Candidates should have experience with scripting languages like Bash, Python, or Groovy, which are commonly used in Jenkins pipelines. 5. Familiarity with version control systems: Candidates should have experience with version control systems like Git, SVN, or Mercurial, which are commonly used in software development and Jenkins pipelines. 6. Understanding of networking and security: Candidates should have a basic understanding of networking and security concepts, including firewalls, SSL/TLS, and authentication mechanisms.
Retirement (If Applicable)	it is recommended to check the official CloudBees website or contact their support team for the latest information on exam retirement dates.
Certification Track (RoadMap):	The certification track/roadmap for the CloudBees Certified Jenkins Engineer (CJE) exam includes the following steps: 1. Jenkins Fundamentals: This is the first step in the certification track, which covers the basics of Jenkins, including installation, configuration, and usage. 2. Jenkins Administration: This step covers advanced topics related to Jenkins administration, such as security, backup and restore, and plugin management. 3. Jenkins Pipeline: This step covers the use of Jenkins Pipeline, which is a powerful tool for defining and managing complex workflows. 4. CloudBees Jenkins Enterprise: This step covers the use of CloudBees Jenkins Enterprise, which is a commercial version of Jenkins that includes additional features and support. 5. CloudBees Jenkins Platform: This step covers the use of CloudBees Jenkins Platform, which is a complete DevOps solution that includes Jenkins, as well as other tools for continuous integration and delivery. 6. CloudBees Certified Jenkins Engineer (CJE) Exam: This is the final step in the certification track, which is a comprehensive exam that tests your knowledge and skills in using Jenkins and related tools. Overall, the certification track/roadmap for the CloudBees CJE exam is designed to help you become an expert in using Jenkins and related tools for continuous integration and delivery.
Official Information	https://www.cloudbees.com/jenkins/certification
Take Self-Assessment	Use CloudBees CJE Practice Test to Assess your preparation - Save Time and Reduce Chances of Failure

CloudBees CJE Exam Topics :

Section	Weight	Objectives
1. Key CI/CD/Jenkins Concepts	18%	This topic comprises approximately 18% of the exam. Questions cover the following topics: •Continuous Delivery/Continuous Integration Concepts Define continuous integration, continuous delivery, continuous deployment Difference between CI and CD Stages of CI and CD Continuous delivery versus continuous deployment •Jobs What are jobs in Jenkins? Types of jobs Scope of jobs •Builds?What are builds in Jenkins? What are build steps, triggers, artifacts, and repositories? Build tools configuration •Source What are source code management systems and how are they used? Cloud-based SCMs Jenkins changelogs Incremental updates v clean check out Checking in code Infrastructure-as-Code Branch and Merge Strategies •Testing Benefits of testing with Jenkins Define unit test, smoke test, acceptance test, automated verification/functional tests •Notifications Types of notifications in Jenkins Importance of notifications •Distributed Builds What are distributed builds? Functions of masters and agents •Plugins What are plugins? What is the plugin manager? •Jenkins Rest API How to interact with it Why use it? •Security Authentication versus authorization Matrix security Definition of auditing, credentials, and other key security concepts •Fingerprints What are fingerprints? How do fingerprints work? •Artifacts How to use artifacts in Jenkins Storing artifacts •Using 3rd party tools How to use 3rd party tools •Installation Wizard What is the Jenkins Installation Wizard? How to use the Wizard? Which configurations are covered by the Installation Wizard?
2. Jenkins usage (features and functionality)	23%	This topic comprises approximately 23% of the exam. Questions cover the following topics: •Jobs Organizing jobs in Jenkins Parameterized jobs Usage of Freestyle/Pipeline/Matrix jobs •Builds Setting up build steps and triggers Configuring build tools Running scripts as part of build steps •Source Code Management Polling source code management Creating hooks Including version control tags and version information •Testing Testing for code coverage Test reports in Jenkins Displaying test results Integrating with test automation tools Breaking builds •Notifications Setup and usage Email notifications, instant messaging Alarming on notifications •Distributed Builds Setting up and running builds in parallel Setting up and using SSH agents, JNLP agents, cloud agents Monitoring nodes •Plugins Setting up and using Plugin Manager Finding and configuring required plugins •CI/CD Using Pipeline (formerly known as “Workflow”) Integrating automated deployment Release management process Pipeline stage behavior •Jenkins Rest API Using REST API to trigger jobs remotely, access job status, create/delete jobs •Security Setting up and using security realms User database, project security, Matrix security Setting up and using auditing Setting up and using credentials •Fingerprints Fingerprinting jobs shared or copied between jobs •Artifacts Copying artifacts Using artifacts in Jenkins Artifact retention policy •Alerts Making basic updates to jobs and build scripts Troubleshooting specific problems from build and test failure alerts
3. Building Continuous Delivery (CD) Pipelines	16%	This topic comprises approximately 16% of the exam. Questions cover the following topics: •Pipeline Concepts Value stream mapping for CD pipelines Why create a pipeline? Gates within a CD pipeline How to protect centralized pipelines when multiple groups use same tools Definition of binary reuse, automated deployment, multiple environments Elements of your ideal CI/CD pipeline - tools?Key concepts in building scripts (including security/password, environment information, etc.) •Upstream and downstream?Triggering jobs from other jobs Setting up the Parameterized Trigger plugin Upstream/downstreamjobs •Triggering Triggering Jenkins on code changes Difference between push and pull When to use push vs. pull •Pipeline (formerly known as “Workflow”) Benefits of Pipeline vs linked jobs Functionalities offered by Pipeline How to use Pipeline Pipeline stage view •Folders How to control access to items in Jenkins with folders Referencing jobs in folders •Parameters Setting up test automation in Jenkins against an uploaded executable Passing parameters between jobs Identifying parameters and how to use them: file parameter, string parameter Jenkins CLI parameters •Promotions Promotion of a job Why promote jobs? How to use the Promoted Builds plugin •Notifications How to radiate information on CD pipelines to teams •Pipeline Multibranch and Repository Scanning Usage of Multibranch jobs Scanning GitHub and BitBucket Organization ScanningbasicSCMrepositories •Pipeline Global Libraries How to share code across Pipelines Usages of the Shared Libraries Interaction with Folders and Repository scanning Security and Groovy sandbox
4. CD-as-Code Best Practices	10%	This topic comprises approximately 10% of the exam. Questions cover the following topics: •Distributed builds architecture •Fungible (replaceable) agents •Master-agent connectors and protocol •Tool installations on agents •Cloud agents •Traceability •High availability