Certification Course in DevOps
Certification Course in DevOps
Overview
The DevOps course syllabus covers essential topics for a foundational understanding of
the domain, including the history of DevOps, objectives, software development life
cycle, and virtual development tools. Serving as a gateway to careers in app
development, web development, data sciences, machine learning, and artificial
intelligence, the curriculum requires prerequisites like software installation skills and
some programming and Linux experience.
Students can advance their careers by delving into tools such as Ansible, Puppet,
Nagios, Jenkins, and Docker. The course empowers learners to become adept
practitioners in integrating and monitoring software throughout its development cycle.
The learning journey involves problem identification and the application of the DevOps
workflow to address issues systematically.
Why Choose this Program?
- Exposure to various trending tools and technologies enhances skill sets, fostering adaptability and innovation in dynamic work environments.
- A valuable tool for every organization, facilitating efficiency, collaboration, and
staying competitive in an ever-evolving technological landscape. - Learn to streamline processes across different teams, optimizing workflow and
communication for enhanced productivity and organizational success. - Cultivate a tech-savvy workforce, fostering a culture of continuous learning and
adaptation to emerging trends, positioning the organization for sustained growth
and success.
Salient Features of This Program
- Targeted for High School Students (8-12) Preferred
- Career Mentorship Program
- Real-Life Insights Included
- Project-Based Skill Development
You Get A Completion Certificate
After successfully finishing the DevOps Certification Course, you’ll receive a certificate
recognizing your expertise in Robotic Process Automation. This achievement not only
validates your skills but also strengthens your career prospects. It unlocks better
opportunities in your field, highlighting your mastery in DevOps.
Course Curriculum
| TOPIC NAME | CONTENT |
| Version control with Git | – Git for organization – Installing Git – Common commands |
| Git, Jenkins, Maven | – Workflows – Branching and Merging |
| Integration with Jenkins | – Management of Jenkins – Adding a slave node |
| Testing with Selenium | – Introduction – Framework – Handling |
| Containerization with Docker | – Introduction – Challenges – Images and containers |
| Ecosystem and Networking | – Docker Swarm – Network types – Container networking |
| Kubernetes | – Implementation – Understanding cluster architecture – Installing the Kubernetes dashboard – Rolling updates |
FAQ's
Frequently Asked Questions
-
What are the Prerequisites for the DevOps Certification Course?
DevOps prerequisites include basic computer knowledge, scripting language proficiency, Linux fundamentals, and access to AWS free accounts for practical learning. These requirements are easily attainable, making the course accessible to individuals with basic computer science knowledge. -
What are the Projects Included in this Program?
The DevOps Certification Course encompasses projects like AWS DevOps, Web Development with DevOps, and Container-Based applications. All practical sessions and projects occur on AWS Cloud. Upon enrollment, assistance in setting up an AWS Free Tier account is provided. VMs are supplied for offline practice, making projects beginner-friendly for skill development. -
What Are the Core Technologies used in DevOps Certification Course?
DevOps certification courses typically cover core technologies such as Python for scripting, AWS Cloud for infrastructure, Git for version control, containers for deployment, Jenkins for continuous integration, and Maven for project management. These tools facilitate efficient collaboration and automation in the software development lifecycle. -
What is a DevOps Certification Course and is it good for high school students?
DevOps Certification Course fosters collaboration in software development. Tailored for high school students, it offers valuable skills in coding, automation, and teamwork, enhancing future career opportunities.