Introduction
This master's program includes six individual courses. Each course focuses on a different skill, programming language, and supporting skill. These courses include Python, Linux, Docker, AWS DevOps, and Splunk.
What Will You Gain From This Course?
Following the completion of this course, the students will be able to:
Skills Acquired:
Who Can Benefit From This Course?
This course is designed for:
Course Content
6 Courses - Certificate Of Completion
The first course of this master's program is on Linux. This course covers the fundamental concepts of Linux. Since Linux is an important part of DevOps, this self-paced module will help the students master important Linux concepts like Linux installations, packages, architecture, file system, user management, scripting data & various useful commands and utilities with sufficient hands-on. Moreover, the students will also learn about using Linux for software development, security administration, and virtualization. Overall, this consists of nine modules and will require just three hours to complete.
The second course in this master's training program focuses on Python. The students will learn Python scripting, which will help them to use their applications easily and rapidly. This course is ideal for both beginner and advanced students as it covers basic Python scripting. The students will learn about the concepts of Python, perform operations on variable types, learn about the importance of Python in a real-time environment, and develop applications based on object-oriented programming concepts. This course consists of fifteen modules and can be completed in just eleven hours.
The third course in this master's program focuses on DevOps. Through this program, the students will gain an in-depth knowledge of various DevOps tools, especially Git, Jenkins, Docker, Ansible, Terraform, Kubernetes, Prometheus, and Grafana. Moreover, the course has a hands-on section that consists of interactive projects, exercises, and assignments that can help students learn best practices in continuous development, configuration management, and integration. The participants will also get to know ways to monitor the software continuously throughout its development life cycle. This is a live instructor-led training course that consists of thirty-six modules and will take twelve hours to complete.
The fourth course in this comprehensive training program is focused on Docker. This course is perfect for beginners who are just exploring Docker as well as professional engineers preparing for their Docker Certification Exam. The students will get to know about containerization origins and then create their own app and deploy it as well. Through this course, the students will gain hands-on experience with different storage strategies. Apart from this, students will get an opportunity to deploy multi-container apps with the help of Docker Compose. Moreover, the students will get an opportunity to manage clusters using Docker Swarm as well. This course will require fifteen hours to complete and consist of just eighteen modules.
The fifth and second last course within this master class is all about Kubernetes. Since this course focuses on Kubernetes, the learner will get to learn everything from scratch. The student can expect to know more about intricate details of Kubernetes architecture, deployment, scaling, and management. Following the completion of this course, the participant will earn some hands-on experience in developing seamless applications. This course will only require eight hours to complete, and it consists of twenty-one modules.
Finally, the last course in this master's program focuses on the AWS DevOps exam. This professional exam mainly helps in analyzing the gained knowledge and then helps the students get a certification as validation. The students will be judged based on their technical knowledge of provisioning, operating, and managing distributed application systems on the AWS platform. The students will also be assessed based on the advanced skills related to CodeCommit, Codepipeline, CloudFormation, OpsWorks, and Beanstalk. This course can be completed in just nine hours and consists of thirty-six modules.
Description
This comprehensive DevOps Engineer Masters Program is a perfect beginner-friendly course that offers a zero-to-hear journey. Any beginner student with zero understanding of DevOps can opt for this course, and by the end of this course, they will not just be able to understand the fundamentals of DevOps but will be able to complete DevOps-related projects and put these concepts into practice.
This master's program has a perfect ratio of theory-based lectures, demos, projects, assignments, and hands-on exercises that can help the students put everything to use. Unlike most of the other courses, this master's program helps the students to understand real-life issues that can be solved with the help of DevOps.
Some of the important concepts that the students will get to explore within this master training program include core DevOps concepts, i.e., integration, continuous delivery, and continuous monitoring. The students will also get to master Git, CI/CD Tools, Containerization, Kubernetes, Infrastructure as Code (IaC), AWS, Azure, or GCP, and tools like Prometheus and Grafana for monitoring system health and performance.
Meet the Instructor
Edureka is a leading global online learning website that offers the best virtual courses related to tech. The platform aims to empower people and organizations to acquire the skills needed to succeed in today's competitive job market. While most virtual learning platforms are designed to help beginner or tech students explore and specialize in tech languages, these platforms allow people from all walks of life, regardless of their educational background and expertise. Edureka offers a wide range of instructor-led online courses about technology, data science, cloud computing, DevOps, big data, artificial intelligence, and digital marketing. Each course on the platform is designed by an expert in the industry and offers a comprehensive and immersive learning experience. For an overall learning experience, each course has interactive exercises, video lectures, and case studies.