This module helps learners to enter the environment of DevOps, where the order of development and operations is hand-in-hand. Students in BBSMIT know what DevOps aims to achieve, its cultural pillars, and how it is used in the current software provision.
Students introduce the most important roles that a DevOps Engineer should perform, such as automation, deployment, monitoring, and infrastructure management.
In this part, the main principles of DevOps are presented based on collaboration, continuous delivery, and automation throughout the software lifecycle.
Learners will be presented with the Agile approach, CI/CD pipeline with fast deployment, and IaC that creates a scalable infrastructure controlled by version.
This module will establish a strong command line tools and scripts knowledge, needed by every DevOps engineer. With BBSMIT, students get to know how to move, manipulate, and automate actions within a Linux environment.
First terminal commands that students need to know include commands to handle files, navigate the computer system, and control processes on Linux-based systems.
The learners will learn how to compose simple Bash scripts to execute simple repetitive tasks, making them more efficient in systems administration and deployment.
This page can be used to discuss the structure of the Linux file system, file and directory permissions, and necessary networking commands used in practice in the context of DevOps operations.
In this module, the learners are trained to work with Git, as part of version control, working with teams on repositories, and working with code repositories. One of BBSMIT's activities involves introducing students to the Git workflows.
Students are taught the basics of Git, such as cloning, committing, and pushing the code, but more so hosting and versioning repositories on GitHub.
By developing their branches, merging branches, and organizing code reviews by means of pull requests, learners learn how to collaborate effectively in their workflow.
Teamwork, project organization, issues, wikis, and discussions in GitHub are highlighted in this section.
This module brings up the idea of automation of code integration and testing. Learners at BBSMIT lay pipelines to secure safer, faster deployment that will be consistent.
The students will install and configure Jenkins to generate pipelines to automate the steps of coding, building, and running.
Students learn about GitHub Actions to perform the automation of tasks in GitHub itself to implement CI.
This section instructs on creating automated pipelines that will test and validate any changes made in the code and merge them back into the main branch.
In this module, automated configuration and installation of infrastructure in powerful tools such as Ansible are covered. The learners at BBSMIT get to streamline their server provisioning to deploy a quick and error-free deployment.
Students are introduced to the agentless automation framework called Ansible, which is used to manage servers, install software, and orchestrate.
Writing reusable Ansible playbooks and roles, Learners practise writing and building configuration definitions and automation tasks on infrastructure.
This section explains how to automate setups and configurations of systems on various servers in real real-time environment using Ansible.
This module is about container technology, where developers may bundle applications with their dependencies together. At BBSMIT, students are trained to use Docker to deploy lightweight and scalable deployments.
Learners get to know the fundamentals behind Docker, such as containers, images, Docker Engine, and executing isolated environments.
Students will develop their own personal Docker images, handle versions, and know how to push/pull Docker images deployed in Docker Hub.
This chapter tells about multi-container environments with Docker Compose and container networking as a way to communicate services.
In this module, the learners will be equipped with Kubernetes, which is an industry-standard container orchestration platform. Students are offered a practical experience of handling containerized applications to scale at BBSMIT.
Learners also get to know the Kubernetes infrastructure such as Pod, Nodes, Services, and the control plane that helps in the orchestration and scaling of the system.
Students train on activating the applications in manifests and kubectl commands to perform desirable deployments with effectiveness and duplication.
This will include Helm in package management and ConfigMaps in environment-specific configuration on a Kubernetes cluster.
In this module, you will get to know more about the cloud platforms and learn how DevOps engineers implement and operate on the infrastructure in the cloud. In BBSMIT, students are introduced to using popular cloud services.
Students will have an introduction to major cloud providers, core services, regions, and uses of each platform.
Students install virtual machines, create storage, and allocate resources through cloud service providers such as AWS EC2 or Google Compute Engine.
This part lesson teaches VPCs, subnets, firewalls, and load balancers to provide scalability and secure deployment of the cloud.
The module is devoted to the automation of the entire release path: build, production. Learners at BBSMIT make sure that software is furnished regularly and in a dependable manner.
The learners build CI/CD pipelines to support easier deployments utilizing systems such as Jenkins, GitHub Actions, or GitLab CI.
Safe deployment methods, Blue-Green and Canary rollouts, are discussed with learners to reduce deployment risk and downtime.
The section educates the student on the configuration of the rollback mechanism and testing the deployment to look at the performance, errors, and whether users are satisfied.
This module guides the learners on how they can handle infrastructure using code rather than manual configurations. At BBSMIT students learn to automate cloud resource provisioning with recent tools such as Terraform.
Students learn the basics of Terraform and its syntax, and how to define cloud infrastructure as code in the form of a declaration.
Principles The learners use reusable Terraform scripts to write and manage the infrastructure elements such as VMs, databases, and networking on platforms such as AWS, Azure, and GCP.
This part is devoted to the use of Infrastructure as Code to provide, scale, and manage cloud environments in detail and in a repeatable way.
In this module, learners are taught to monitor the performance of the system, as well as identify the problem as it occurs. At BBSMIT, students are taught skills in the use of monitoring tools and log analysis.
The students are taught how to collect metrics using Prometheus and Grafana visual dashboards to track system performance.
Students will practice using ELK Stack (Elasticsearch, Logstash, Kibana) to query, process, and display distributed system logs.
The section explains the process of configuring alerts and observing the uptime of applications, resource consumption, and the well-being of the infrastructure in general.
The specified module is focused on the protection of DevOps pipelines and infrastructure. At BBSMIT the students learn under secure coding and implementation of tools to protect systems.
Students learn the DevSecOps process of continuous security by learning how to combine security into the DevOps process.
Students work with sensitive credentials using solutions such as HashiCorp Vault and AWS Secrets Manager safely.
In this section, the discussion is based on a scanning of the risks regarding security and implementing the hardening of the servers and applications.
This module aims to build good communication and teamwork skills applicable to real practice in DevOps. Students of the BBSMIT are prepared to work in multifunctional teams productively.
Students develop skills of recording procedures and communicating with fellow workers in different departments.
Students get to know how to work best across-functionally with developers, testers, and system admins.
This part discusses Agile methods and Scrum rites like sprints, stand-ups, or retrospectives in DevOps projects.
This last module will consist of the combination of all the skills obtained in the course. At BBSMIT, the students are given a complete project that includes all DevOps pipelines so they can demonstrate what they have learned.
Students construct an application for a deployment pipeline in DevOps in its entirety.
Students will use the cloud and deploy their applications and utilize observability with Prometheus, Grafana, and logging stacks.
In this section, the learners will be prepared with professional resumes and will have mock technical interviews about the DevOps occupation.
In the DevOps Engineer Professional Training Program at BBSMIT become a job-ready DevOps Engineer.
Automate, CI/CD, deploy to the cloud, Kubernetes, security, and meter monitoring- all in one big course.
Why Do BBSMIT?
Limited seats! Enroll by registering at BBSMIT and kickstart a DevOps career.
Role of a DevOps Engineer DevOps Principles & Lifecycle Agile, CI/CD & Infrastructure as Code (IaC) Concepts
Linux Command Line Essentials Shell Scripting Basics (Bash) File Systems, Permissions, and Networking
Git & GitHub Essentials Branching, Merging & Pull Requests Repository Management & Collaboration
Jenkins Pipeline Setup GitHub Actions Basics Automated Build & Test Pipelines
Introduction to Ansible Writing Playbooks & Roles Automating Server Configurations
Docker Fundamentals Building & Managing Docker Images Docker Compose & Networking
Kubernetes Architecture & Components Deploying Applications on Kubernetes Helm Charts & ConfigMaps
Introduction to AWS / Azure / GCP Deploying Cloud Instances & Storage Networking & Load Balancing
CI/CD Pipeline Deployment Blue-Green & Canary Deployments Rollbacks & Monitoring Deployments
Introduction to Terraform Writing Terraform Scripts Managing Cloud Infrastructure Programmatically
Prometheus & Grafana Basics Log Management with ELK Stack Alerts & System Health Monitoring
DevSecOps Fundamentals Secrets Management (Vault, AWS Secrets Manager) Vulnerability Scanning & Hardening
Communication & Documentation in Teams Working with Development & IT Teams Agile & Scrum Methodology
Full CI/CD Pipeline Project Cloud Deployment with Monitoring Resume Preparation & Mock Interviews
Programing
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