DevOps Mastery Program

Course Introduction

---

This course spans 3 weeks, 15 LIVE online sessions of 2 hours each, totaling 30 hours

DevOps has taken the Software Development world by storm in the last few years, making the traditional Software Engineering process much more efficient, disciplined, easily repeatable and making engineering process tasks highly automated. As a result, the demand for DevOps professionals have increased tremendously. Not only have exclusive DevOps roles have emerged offering lucrative career options, all Developers and Engineers are also expected to have solid DevOps knowledge and become full-stack.

The DevOps market is expected to grow at a CAGR of 20-25% yearly between 2021-26. This underscores the phenomenal rate at which DevOps professionals will be needed in the Market.

Virtually, every company in the world with a significant Software Development practice is in need of DevOps professionals and the gap in demand-supply is massive at this moment indicating the huge opportunity that lies ahead for skilled professionals. A simple search in Naukri.com reveals more than 30,000 DevOps openings in India at the moment this page is written.

The DevOps Mastery Program from Teksands is crafted to provide you with deep knowledge of a full gamut of DevOps tools including Git, Jenkins, Docker, Ansible, Terraform, Kubernetes, Prometheus, and Grafana. This DevOps program is completely hands-on driven and covers all DevOps areas such as Continuous Development, Configuration Management and Continuous Integration, and finally, Continuous Monitoring of software throughout its development life cycle.

---

Intended Audience

---

• All Software Developers, Engineers including Data Engineers, AI/ML Engineers, IoT Engineers, professionals from all other specific disciplines today need to apply DevOps in their Engineering practices.
• Infra and Production Engineers whose role convers functions such as Deployments, Migrations, Monitoring, etc are especially in need for DevOps tools and technologies.
• Professionals who are aiming to become specialist DevOps Engineers.

---

Courses Features

---

1. 30 Hours of Live Instructor-led Sessions
2. 11 Course Modules
3. Hands-on Projects
4. Assignments
5. Lifetime Access
6. Forum
7. Certification
8. CAREER ASSISTANCE FROM OUR PLACEMENT CELL

 

Detailed Description Of the Courses

This course, DevOps Mastery will provide 30 hours of intense LIVE Training to the Learners.

1. DevOps Introduction: Understand how DevOps facilitate collaborative approaches to make the Application Development team and the IT Operations team of an organization to seamlessly work with better communication. In this section you will learn about the DevOps process areas introduction and introduction to DevOps Pipelines.
2. Version Control with Git: A version control system is based around the concept of managing changes on your applications, facilitating concurrent development and synchronisations between changes. In this section, you will learn Git, the most popular version control tool in use today. You will learn how to create branches, manage concurrency, cloning, checkout, merging, and all other commonly used commands.
3. Continuous Integration using Jenkins: Jenkins is an open-source automation tool written in Java with plugins built for Continuous Integration purposes and is the most popular tool now for Continuous Integration automation. In this section, you will learn how to deploy code and manage pipelines using Jenkins, including managing master-slave architecture and notifications management.
4. Configuration Management Using Ansible: Configuration management is a process for maintaining computer systems, servers, and software in a desired, consistent state. In this section, you will learn Ansible, the most popular Configuration Management tool in use today, concepts such as Inventory, Hosts and Tasks, how to create playbooks, and more.
5. Containerization using Docker: Containerization is the process of bundling an application together with all of its required libraries, frameworks, configuration files and dependencies so that it can be run efficiently in different computing environments. In this section, you will learn in detail about Docker and how to create and manage containers using Docker including concepts such as Images, Networks, Swarms, Docker-compose, Container Registries and more.
6. Orchestration using Kubernetes: Kubernetes is a powerful open-source system, initially developed by Google, for managing containerized applications in a clustered environment. In this section, you will learn about Container Orchestration, Kubernetes Architecture, Deployments, Microservices and more.
7. Monitoring using Prometheus and Grafana: Grafana is an open source solution for running data analytics, pulling up metrics that make sense of the massive amount of data & to monitor our apps with the help of cool customizable dashboards and Prometheus is an open-source systems monitoring and alerting toolkit. In this section, you will learn the concepts of Monitoring, and Monitoring using Graphana and Prometheus.
8. Provisioning using Terraform: Provisioning is the enterprise-wide configuration, deployment and management of multiple types of IT system resources. In this section, you will learn about Infrastructure provisioning automation using Terraform.
9. Selenium: Selenium is a free (open-source) automated testing framework used to validate web applications across different browsers and platforms. In this section, you will learn about test automation and use of Selenium to Automate test cases for your application, and also integrate.
10. Nagios: Nagios provides a monitoring, alerting, graphing, and reporting platform for your entire infrastructure, including servers, operating systems, applications, network devices, websites, hypervisors, cloud servers, and much more. In this section, you will learn Nagios Network Monitoring, Nagios Server, and commonly used commands.
11. AWS EC2 and IAM: In this section, you will learn about AWS fundamentals, setting up an AWS instance, Creating Security Groups, AWS CLI, understand virtualisation, etc.

 

What will you learn?

---

Course Projects

---