Bangalore - Classroom - DevOps Training & Workshop

DevOps Certified Professional (DCP) Training and Certifications - Bangalore
Why Choose "DevOps School"?
DevOps Public Batch - Bangalore - Info
   
Duration 6 Days (Weekends only)
Time 10:30 AM to 6:30 PM
Location Bangalore
Mode Classroom (Public Batch)
Fees INR 19999/- Per candidate
   
Features
  • Top 6 Tools - Live classroom training
  • Top 16 DevOps tools class recordings
  • Unlimited LAB on AWS each day
  • Lifetime Technical Support
  • Lifetime LMS access
  • Certification after training
  • Complete professional training
  • Complimentory Buffet Lunch Each day
  • Complimentory 2 Snacks Each day
  • Complete hands-on training
    • March
    • 28th
    • Saturday

DevOps Certified Professional (DCP) - Classroom - Workshop - Agenda

Day 1
Day 2
Day 3
Day 4
Day 5
Day 6

Fundamental Cloud Computing Terminology and Concepts

  • Introduction of AWS
  • Understanding AWS infrastructure
  • Understanding AWS Free Tier
  • IAM: Understanding IAM Concepts
  • IAM: A Walkthrough IAM
  • IAM: Demo & Lab
  • Computing:EC2: Understanding EC2 Concepts
  • Computing:EC2: A Walkthrough EC2
  • Computing:EC2: Demo & Lab
  • Storage:EBS: Understanding EBS Concepts
  • Storage:EBS: A Walkthrough EBS
  • Storage:EBS: Demo & Lab
  • Storage:S3: Understanding S3 Concepts
  • Storage:S3: A Walkthrough S3
  • Storage:S3: Demo & Lab
  • Storage:EFS: Understanding EFS Concepts
  • Storage:EFS: A Walkthrough EFS
  • Storage:EFS: Demo & Lab
  • Database:RDS: Understanding RDS MySql Concepts
  • Database:RDS: A Walkthrough RDS MySql
  • Database:RDS: Demo & Lab
  • ELB: Elastic Load Balancer Concepts
  • ELB: Elastic Load Balancer Implementation
  • ELB: Elastic Load Balancer: Demo & Lab
  • Networking:VPC: Understanding VPC Concepts
  • Networking:VPC: Understanding VPC components
  • Networking:VPC: Demo & Lab
  • What is Virtualization?
  • What is Containerization?
  • Why Containerization?
  • How Docker is good fit for Containerization?
  • How Docker works?
  • Docker Architecture
  • Docker Installations & Configurations
  • Docker Components
  • Docker Engine
  • Docker Image
  • Docker Containers
  • Docker Registry
  • Docker Basic Workflow
  • Managing Docker Containers
  • Creating our First Image
  • Understading Docker Images
  • Creating Images using Dockerfile
  • Managing Docker Images
  • Using Docker Hub registry
  • Docker Networking
  • Docker Volumes

Why you are here?

  • Introduction of Configuration Management
  • Understand the problems in Servers config management
  • Finding out the solutions for Servers config management
  • What is Ansible
  • Benefits of Ansible
  • Ansible Vs Chef Vs Puppet

Lets understand Ansible

  • Ansible Architecture
  • How Ansible Works?

Lets get startted with Ansible

  • Introduction to YAML
  • Setup Ansible Developement Environment
  • Introduction of Ansible Commands lines
  • Introduction of Ansible Modules
  • Introduction of Ansible Play
  • Introduction of Ansible Playbook
  • Introduction of Ansible Configurations
  • Introduction of Ansible Inventory

Lets start config mgmt using Ansible

  • Writing a Play Using Modules
  • Writing a Playbook
  • Writing a Inventory
  • Running a Playbook in Local Server
  • Running a Playbook in Remote Server


Lets understand Continuous Integration

  • What is Continuous Integration
  • Benefits of Continuous Integration
  • What is Continuous Delivery
  • What is Continuous Deployment
  • Continuous Integration Tools
  • Jenkins Vs TeamCity Vs Bamboo

What is Jenkins

  • History of Jenkins
  • Release of Jenkins
  • Jenkins Vs Jenkins Enterprise

Jenkins Installation

  • Prerequisites
  • Installing Jenkins using Yum
  • Installing Jenkins using Apt
  • Installing Jenkins using MSI
  • Installing Jenkins using Tomcat
  • Installing as a Service
  • Starting and Stopping Jenkins
Creating a Simple Job
  • Simple Java and Maven Based Application
  • Simple Java and Ant Based Application
  • Simple Java and Grovy Based Application
  • Simple DOTNET and MSBuild Based Application
  • Simple C++ using Batch Application

Jenkins Dashboard Tour

  • Understand Freestyle Project
  • Freestyle General Tab
  • Freestyle Source Code Management Tab
  • Freestyle Build Triggers Tab
  • Freestyle Build Environment
  • Freestyle Build
  • Freestyle Post-build Actions
  • Manage Jenkins
  • My Views
  • Credentials
  • People
  • Build History
  • Understanding the Need of Kubernetes
  • Understanding Kubernetes Architecture
  • Understand Kubernetes concepts
  • Understanding Kubernetes Masters and its Component
  • Understanding Kubernetes Nodes and its Component
  • Understand Kubernetes Concepts
  • Understand Kubernetes Terminology
  • Installing and Configuring Kubernetes Tools
    • Kubectl
    • Kubeadm
    • Kops
  • Getting Started Kubernetes with KOPS on AWS
  • Configure Kubernetes Clusters AWS
  • Define your first Kubernetes pod
  • Working with Kubernetes pod
  • Define your first replication controllers pod
  • Working with Kubernetes replication controllers
  • Define your first Kubernetes Services
  • Working with Kubernetes Services
  • Define your first Kubernetes Lebels
  • Working with Kubernetes Lebels
  • Deploy a Java Stake app using Kubernetes
  • Deploy a Nodejs Stake app using Kubernetes

Deploying Your First Terraform Configuration

  • Introduction
  • What's the Scenario?
  • Terraform Components
  • Demo Time!

Updating Your Configuration with More Resources

  • Introduction
  • Terraform State and Update
  • What's the Scenario?
  • Data Type and Security Groups
  • Demo Time!

Self Learning Material

Video Mode using LMS

Video Mode using LMS

Video Mode using LMS

Agenda: Jira Essential Training (Classroom)

  • Overview of Jira
  • Use cases of Jira
  • Architecture of Jira
  • Installation and Configuraration of Jira in Linux
  • Installation and Configuraration of Jira in Windows
  • Jira Terminologies
  • Understanding Types of Jira Projects
  • Working with Projects
  • Working with Jira Issues
  • Adding Project Components and Versions
  • Use Subtasks to Better Manage and Structure Your Issues
  • Link Issues to Other Resources
  • Working in an Agile project
  • Working with Issues Types by Adding/Editing/Deleting
  • Working with Custom Fields by Adding/Editing/Deleting
  • Working with Screens by Adding/Editing/Deleting
  • Searching and Filtering Issues
  • Working with Workflow basic
  • Introduction of Jira Plugins and Addons.
  • Jira Integration with Github

What is Git?

  • Understanding version control
  • The history of Git
  • About distributed version control
  • Who should use Git?

Installing Git

  • Installing Git on a Mac
  • Installing Git on Windows
  • Installing Git on Linux
  • Configuring Git
  • Exploring Git auto-completion
  • Using Git help

Getting Started

  • Initializing a repository
  • Understanding where Git files are stored
  • Performing your first commit
  • Writing commit messages
  • Viewing the commit log

Git Concepts and Architecture

  • Exploring the three-trees architecture
  • The Git workflow
  • Using hash values (SHA-1)
  • Working with the HEAD pointer

Making Changes to Files

  • Adding files
  • Editing files
  • Viewing changes with diff
  • Viewing only staged changes
  • Deleting files
  • Moving and renaming files
  • Using Git with a Real Project
  • Introducing the Explore California web site
  • Initializing Git
  • Editing the support phone number
  • Editing the backpack file name and links

Undoing Changes

  • Undoing working directory changes
  • Unstaging files
  • Amending commits
  • Retrieving old versions
  • Reverting a commit
  • Using reset to undo commits
  • Demonstrating a soft reset
  • Demonstrating a mixed reset
  • Demonstrating a hard reset
  • Removing untracked files

Ignoring Files

  • Using .gitignore files
  • Understanding what to ignore
  • Ignoring files globally
  • Ignoring tracked files
  • Tracking empty directories

Navigating the Commit Tree

  • Referencing commits
  • Exploring tree listings
  • Getting more from the commit log
  • Viewing commits
  • Comparing commits

Branching

  • Branching overview
  • Viewing and creating branches
  • Switching branches
  • Creating and switching branches
  • Switching branches with uncommitted changes
  • Comparing branches
  • Renaming branches
  • Deleting branches
  • Configuring the command prompt to show the branch

Merging Branches

  • Merging code
  • Using fast-forward merge vs. true merge
  • Merging conflicts
  • Resolving merge conflicts
  • Exploring strategies to reduce merge conflicts
  • Fast Forward Merge
  • Three way Merge
  • Rebasing
Remotes
  • Using local and remote repositories
  • Adding a remote repository
  • Creating a remote branch
  • Cloning a remote repository
  • Tracking remote branches
  • Pushing changes to a remote repository
  • Fetching changes from a remote repository
  • Merging in fetched changes
  • Checking out remote branches
  • Pushing to an updated remote branch
  • Deleting a remote branch
  • Enabling collaboration
  • A collaboration workflow

Requirements

  • Installing SonarQube
  • Analyzing Source Code
  • UI Tips
  • Browsing a Project

Going Further

  • Issues
  • Measures
  • Plugin Library
  • Local and Branch Analysis
  • Introduction to Apache Maven
  • Advantage of Apache Maven over other build tools
  • Understanding the Maven Lifecycle and Phase
  • Understanding the Maven Goals
  • Understanding the Maven Plugins
  • Understanding the Maven Repository
  • Understanding and Maven Release and Version
  • Prerequisite and Installing Apache Maven
  • Understanding and using Maven Archetypes
  • Understanding Pom.xml and Setting.xml
  • Playing with multiples Maven Goals
  • Introducing Maven Dependencies
  • Introducing Maven Properties
  • Introducing Maven Modules
  • Introducing Maven Profile
  • Introducing Maven Plugins
  • Demo and Lab: How can Maven benefit my development process?
  • Demo and Lab: How do I setup Maven?
  • Demo and Lab: How do I make my first Maven project?
  • Demo and Lab: How do I compile my application sources?
  • Demo and Lab: How do I compile my test sources and run my unit tests?
  • Demo and Lab: How do I create a JAR and install it in my local repository?
  • Demo and Lab: How do I use plugins?
  • Demo and Lab: How do I add resources to my JAR?
  • Demo and Lab: How do I filter resource files?
  • Demo and Lab: How do I use external dependencies?
  • Demo and Lab: How do I deploy my jar in my remote repository?
  • Demo and Lab: How do I create documentation?
  • Demo and Lab: How do I build other types of projects?
  • How do I build more than one project at once?
  • Understanding a Package management
  • What is Sonatype Nexus
  • Repository Manager Concepts
  • Installating Sonatype Nexus
  • Introduction of User Interface Sonatype Nexus
  • Configuration of Sonatype Nexus
  • Users and Roles of Sonatype Nexus
  • Creating Maven Hosted/Proxy/Group type repository
  • How to upload a artifacts using Maven from Sonatype Nexus
  • How to download a artifacts using Maven from Sonatype Nexus
  • Introduction of Configuration Management
  • Why Puppet
  • Introduction of Puppet release
  • Working with Puppet Open Source
  • Puppet Open Source Architecture
  • Understabnding Puppet's internals
  • Installing and upgrading Puppet agents
  • Writing Puppet Programs file using Resource types
    • exec
    • file
    • filebucket
    • group
    • notify
    • package
    • resources
    • schedule
    • service
    • stage
    • tidy
    • user
  • Puppet Development Kit overview and workflow
    • Tools included in PDK
    • Installing Puppet Development Kit
    • Developing modules
    • Creating modules
    • Converting modules to PDK
    • Customizing module configuration
    • Building a module package
    • Testing modules
    • Validating module syntax and style

Crash Demo of Setting up Puppet master

Crash Demo of Setting up Puppet Agent

Crash Demo of setting up environment

Crash Demo of running puppet module using master

Day - 2

  • Working with Puppet Facter
    • Facter release notes
    • Core facts
    • Custom facts
    • Custom facts walkthrough
    • External facts
    • Configuring Facter with facter.conf
  • Writing Advance Puppet Programs using Puppet language
    • Language visual index
    • The Puppet language style guide
    • Code comments
    • Variables
    • Resources
    • Relationships and ordering
    • Classes
  • Defined resource types
  • Bolt tasks
  • Type aliases
  • Expressions and operators
  • Conditional statements and expressions
  • Function calls
  • Built-in functions
  • Node definitions
  • Facts and built-in variables
  • Reserved words and acceptable names
  • Custom resources
  • Values and data types
  • Templates

Getting started

  • Integrations
  • Infrastructure
  • Host Map
  • Events
  • Dashboards

Tagging

  • Assigning Tags
  • Using Tags

Agent

  • Basic Agent Usage
  • Kubernetes
  • Autodiscovery
  • Proxy
  • Network
  • Prometheus Checks
  • Troubleshooting
  • Adding Python packages
  • Security

Integrations

  • AWS
  • Azure
  • Cloud
  • Google Cloud
  • Monitoring

Watchdog

  • Overview

Graphing

  • Dashboards
  • Metrics
  • Notebooks
  • Event Stream
  • Infrastructure
  • From the query to the graph
  • Graphing JSON

Alerting

  • Monitor Types
  • Manage Monitor
  • Check Summary
  • Notifications
  • Downtimes

APM (Tracing)

  • Setup
  • Advanced Usage
  • Use the APM UI
  • Getting Further
  • Trace API
  • Community Libraries

Log Management

  • Log Collection & Integrations
  • Processing
  • Live Tail
  • Explorer
  • Logging without Limits
  • Log monitor
  • Archives
  • Security

Developer Tools

  • DogStatsD
  • Metrics
  • Libraries
  • Community Office Hours
  • Write an Agent Check
  • Write a Prometheus Check
  • Integrations

API

  • Overview
  • Authentication
  • Success and errors
  • Rate limiting
  • Troubleshooting
  • Service Checks
  • Comments
  • Dashboard Lists
  • Downtimes

Account Management

  • Team management
  • Organization settings
  • SSO with SAML
  • Multi-org accounts

Security

  • Agent
  • APM (Tracing)
  • Log Management
  • Other considerations

What Is Splunk?

  • What Is Splunk?
  • Overview
  • Machine Data
  • Splunk Architecture
  • Careers in Splunk
  • Summary

Setting up the Splunk environment

  • Overview
  • Splunk Licensing
  • Getting Splunk
  • Installing Splunk
  • Adding Data to Splunk
  • Summary

Basic Searching Techniques

  • Overview
  • Demo: Adding More Data
  • Search in Splunk
  • Demo: Splunk Search
  • Splunk Search Commands
  • Demo: Splunk Processing Langauge
  • Splunk Reports
  • Demo: Reporting in Splunk
  • Splunk Alerts
  • Demo: Alerts in Splunk
  • Summary

Enterprise Splunk Architecture

  • Overview
  • Forwarders
  • Enterprise Splunk Architecture
  • Installing Forwarders
  • Demo: Installing Forwarders
  • Demo: Troubleshooting Forwarder Installation
  • Summary

Splunking for DevOps and Security

  • Overview
  • Splunk in DevOps
  • DevOps Demo
  • Splunk in Security
  • Enterprise Use Cases
  • Summary

Application Development in Splunkbase

  • Overview
  • What Is Splunkbase?
  • Navigating the Splunkbase
  • Creating Apps for Splunk
  • Benefits of Building in Splunkbase
  • Summary

Splunking on Hadoop with Hunk

  • Overview
  • What Is Hadoop?
  • Demo: Running HDFS Commands
  • What Is Hunk?
  • Demo: Installing Hunk
  • Demo: Moving Data from HDFS to Hunk
  • Summary
  • What is Application Performance Management?
  • Understanding a need of APM
  • Understanding transaction traces
  • What is Application Performance?
  • APM Benefits
  • APM Selection Criteria
  • Why NewRelic is best for APM?
  • What is NewRelic APM?
  • How does NewRelic APM work?
  • NewRelic Architecture
  • NewRelic Terminology

Installing and Configuring NewRelic APM Agents for Application

  • Register a Newrelic Trial account
  • Installing a JAVA Agent to Monitor your Java Application
  • Installing a PHP Agent to Monitor your PHP Application
  • Installing New Relic Agent for .NET Framework Application
  • Installing a Docker based Agent to Monitor your Docker based Application
  • Understanding of NewRelic Configration settings of newrelic.yml
  • Understanding of NewRelic Agent Configration settings

Working with NewRelic Dashboard

  • Understanding a transactions
  • Understanding Apdex and Calculating and Setting Apdex Threshold
  • Understanding Circuit break
  • Understanding Throughput
  • Newrelic default graphs
  • Understanding and Configuring Service Maps
  • Understanding and Configuring JVM
  • Understanding Error Analytics
  • Understanding Violations
  • Understanding and Configuring Deployments
  • Understanding and Configuring Thread Profiler
  • Depp Dive into Transaction Traces
  • Profiling with New Relic
  • Creating and managing Alerts
  • Working with Incidents
  • Sending NewRelic Alerts to Slack
  • Assessing the quality of application deployments

Day - 1

  • Introduction
  • Fortify Software System Requirements
  • Fortify Static Code Analyzer Installation Guide
  • Analysis Process Overview
  • Translating Java Code
  • Translating .NET Code
  • Translating C and C++ Code
  • Translating JavaScript Code
  • Translating Ruby Code
  • Translating ABAP Code

Day - 2

  • Translating Code for Mobile Platforms
  • Translating Apex and Visualforce Code
  • Translating Flex and ActionScript
  • Translating COBOL Code
  • Translating Other Languages
  • Integrating into a Build
  • Command-Line Interface
  • Command-Line Utilities
  • Troubleshooting
  • Filtering the Analysis
  • Scan Wizard
  • Sample Files
  • Configuration Options
devops trainer - rajesh kumar

DevOps Certified Professional Level Certification from www.devopscertification.co

The DevOpsCertification.co is bringing certified DevOps certification training and courses to the IT market. Working with thought leaders from the DevOps community, the IT Service Management field and the IT training market, the DevOpsCertification is setting the standard in quality for DevOps education and training.

What are the Location of DevOps Training in Bangalore by DevOpsSchool.com

DevOpsSchool offers well-designed DevOps courses and all other training programs, which are the market research and as per the relevant industries demands in a certain way where each participant can get benefits with more content in short duration of time. We conduct DevOps training in online, classroom training and public batches globally on regular basis.

Contact Us

   +91 700 483 5930 (Mantosh) 
  +91 700 483 5706 (Vikash)  
  Contact@DevopsSchool.com  
  DevopsSchool.com   
  +91 968 682 9970 (Biraj) 

Bangalore
DevOpsSchool Training Venue (Vervenest Technologies Private Limited)
3478J HAL 2ND Stage, Chirush Mansion,
2nd & 3rd Floors, 13th Main Road,
HAL 2nd Stage,Indiranagar, 13th A Main Rd,
Bengaluru, Karnataka 560008
Phone - +91 700 483 5930 (Mantosh) | +91 700 483 5706 (Vikash)
Email - Contact@DevopsSchool.com

About the DevOps

In this decade if you are associated with IT industry or software community then certainly you have heard about trending skillset "DevOps". Definitely it’s beneficial and very much rewarding to get the knowledge and certification on DevOps. But, let's do some discussion on why DevOps came into existence?
Earlier in Software Development Life Cycle (SDLC) we use to work in Waterfall Model for software development. You can understand the waterfall model in the below diagram:
waterfall-model
Requirement gathering >> System Design >> System implementation >> System testing >> System deployment >> System maintenance
This model worked well for many years but it had some drawbacks for Development and Operation team like as:
Development challenges:-

  • After writing codes there was long waiting time for code deployment and later if some changes required then getting pressure to work on old, current and new codes all together which means no room for unexpected changes or revisions.
  • One phase should be completed before working onto the next phase
And if we will talk about Operation team they were facing challenges like:-
  • Tough to maintain 100% uptime of the production environment
  • Tools were not that much reliable of Infrastructure Automation
  • The number of servers kept increasing over time, making it complex to monitor.
  • It was quite tough to provide feedback in the product and identify the problem.
The above issues could have been resolved if:-
  • Developers would have some arrangement that makes it possible to deploy code without any delay or waiting time.
  • A framework where work occurs on the present code itself and development sprints are short and very much arranged.
  • Better cooperation and collaboration between Development and Operations group.
  • System which allows 99% uptime.
  • Tools & systems which can be utilized for managing things easily.
  • Powerful monitoring and inputs framework on continuous basis.

Then agile came into picture which is an iterative based software development process where projects are broken down into various iterations or sprints which are 30 days or less for each iteration. Here every iterations has similar phase like waterfall models (Requirement gathering, planning, designing, development, testing, deployment and maintenance).

In this methodology team emphasis to releases the product with some high priority features in the first iteration or sprints. After this step the end-users pass the feedback and according to that changes or suggestions implemented and released again and again until you achieve the desired product features and quality. So, in a nutshell we can say trial and error approach.

waterfall-model

This concept has some challenges too like as:-
  • Collecting the right requirements during each iteration or sprint to meet the end-user needs and requirement is very necessary.
  • It required dedicated team which means all members of the team must be completely dedicated to the project, everyone must be involved equally if you want the whole team to learn and do better on the next one.
  • Because Agile focuses on quick delivery there might be an issue with hitting deadlines. This approach may seem simple but it is hard to execute. It requires commitment and for everyone to be on the same page ideally in the same physical space.
  • Not easy to predict time and effort required for larger projects
  • This method was not suitable for big and complex projects
  • Increased maintainability risks
  • There is lack of importance on required designing and documentation. As a result, final product can be feel different from what was the plan initially.

These were the common issues faced by Developers and Operations team earlier and it could be resolved as well and then there is DevOps model introduced to overcome these challenges.

Now let’s explore, what is DevOps?

We can say DevOps is a modern approach of software development process which overcomes the challenges of earlier working models where now Development and Operation team work together in collaboration and sharing end to end responsibilities from Requirement gathering >> System Design >> System implementation >> System testing >> System deployment >> System maintenance and monitoring and gathering feedback from the end users, then again implementing the changes and releasing the product without delaying any time.
Now this becomes a never ending process and DevOps logo defines it in very clear manner
waterfall-model

Why DevOps skill is essential for every Software Engineer?

  • DevOps changes the landscape completely and we can observe it by this example: if you will see today in the job descriptions, you look at the developers today there is no Java developer there is no DOTNET developers there are full stack developers. All of them are powered by tools, everybody wants to release faster, everybody want to be more secure and therefore, if you don’t know how to combine your skills and role with the power of tools and automation which is DevOps, you will fall behind.
  • As DevOps at its core is a cultural shift from traditional way of working to a new approach of working together which allows building, testing, and deploying software rapidly, frequently, and reliably. This approach no doubt helps organization and enterprises to achieve their goals quicker and faster turnaround time to deploy the new features, security issues, and bug fixes.
  • But, it affects the entire work process and this change cannot be possible to implement overnight. DevOps shift asked for automation at several stages which helps in achieving Continuous Development, Continuous Integration, Continuous Testing, Continuous Deployment, Continuous Monitoring, Virtualization and Containerization to provide a quality product to the end user at a very fast pace. This requires careful and gradual implementation so as to not make a mess of the functioning of the organization
  • DevOps implementation requires peoples who can understand the organization current scenarios and helps them to implement this shift accordingly. There is no single tool or magic pill that can fix existing issues in organizations and achieve the purpose of DevOps to work on collaboration. Therefore a software engineer nowadays must possess the DevOps skills and mindset and required various tools knowledge and they should have that sound knowledge to understand where to use these tools accordingly to automate the complete process

How Our DevOps course would help?

  • Our DevOps Certified Professional (DCP) training course is designed to make you a certified DevOps practitioner by providing you hands-on, lab based training which covers the best practices about Continuous Development, Continuous Testing, Configuration Management, including Continuous Integration, Continuous Deployment, Continuous Monitoring of the software project throughout its complete life cycle.
  • Our DevOps curriculum covers all the content based on the market-research and as per the relevant industries demands in a certain way where each participant can get benefits with more content in short duration of time
  • We have top-notch industry experts as our DevOps instructors, mentors and coaches with at least 10-12 years of experience.
  • We will make sure to be taught by the best trainers and faculties in all classroom public batches and workshops available in Bangalore/Bengaluru.
  • We provide our each participant one real-time scenario based project and assignments to work on where they can implement their learnings after training. This project helps them to understand real-time work scenarios, challenges and how to overcome them easily.
  • We have the only DevOps course in the industry where one can learn top 16 trending tools of DevOps
  • We are working in the training and consulting domain from last 4 years and based on our experience we know that one size does not fit to all which means we know that our pre-decided agenda sometimes cannot work for you. In that scenario you can discuss with our subject matter experts to create training solutions that will address your or your team specific requirements
  • After training each participant will be awarded with industry-recognized DevOps Certified Professional (DCP) certification from DevOpschool with association of DevOpsCertication.co which has a lifelong validity.

What is the benefits of DevOps Certified Professional (DCP) certifications?
Certifications always play an important role in any profession. It is considered as one of the best way to determine one’s credibility and worth in the professional career. The same thing is applicable in DevOps, if you are a certified DevOps professional then you will get certain benefits:

  • DevOps Certified Professional (DCP) certification assure recruiters that the DevOps professional whom we are going to hire have the skills, knowledge, and competency to perform the responsibilities what expected from them after hiring.
  • DevOps as a technology is dominating the job market. DevOps engineer ranks #2 on Glassdoor's best jobs rankings. The role of DevOps certified professional has seen a 200% jump in postings on indeed" according to SD times report
  • This certified course helps anyone who aspires to make a career as a DevOps professional.
  • DevOps Certified Engineer is one of the most highly paid job roles in the world. Pay scale even for junior level DevOps practitioner is quite high.
  • According to indeed and other job portals, 80% of the companies pay more than $90000 starting salary to a DevOps Certified Professionals. Also, 35% pay at least $115000 and 17% more than $125000
  • Obviously there are several factors which affects salary for like geography, skills, company, it varies accordingly. In Cities like Bangalore/Hyderabad DevOps Certified Professional can expect - INR 3,25,672 - 19,42,394 which is not at all a bad package.
  • DevOps is going to stay here for long time. Therefore organizations and as well as professionals need to change as they have no choice but to evolve. If they will evolve then then demands of certified professionals will definitely increase and the sooner you do it, the sooner you will be in a leading position.
Why to Learn DevOps?
  • Technical benefits: Continuous software delivery
  • Technical benefits: Less complex problems to fix
  • Technical benefits: Faster resolution of problems
  • Business benefits: Faster delivery of features
  • Business benefits: More stable operating environments
  • Business benefits: More time available to add value (rather than fix/maintain)
Pre-requisites
  • Basic understanding of linux/unix system concepts
  • Familiarity with Command Line Interface (CLI)
  • Familiarity with a Text Editor
  • Experience with managing systems/applications/infrastructure or with deployments/automation
Who should enroll it?

This course is a foundation to anyone who aspires to become a DevOps Engineer, a Service Engineer in the field of Enterprise Infrastructures. The following professionals are the key beneficiaries of this course:

  • DevOps Engineer
  • Build and Release Engineer
  • AppOps Engineer
  • Site Reliability Engineer
  • System Administrator
  • Operations Engineer
  • Automation Engineer
Course Objective

After the completion of DevOps course at DevOpsSchool, you will be able to:

  • Understand the need for DevOps and the problems it resolves.
  • Explore the DevOps background, approach, and best practices
  • Integrate test automation with DevOps
  • Implement continuous testing
  • Learn how DevOps practices and principles improve software quality and efficiency
  • Understand the differences between DevOps and traditional operational methodologies
  • Read More

Training Flow

DevOps Flow
DevOps

Frequently Asked Questions

What training materials I would get after the workshop?

After the training each participant will get LIFETIME ACCESS of our Learning Management System (LMS) where you will get materials in the form of Class recordings, Notes, PDF slides, Web reference step by step guide, questions and answers, test module, exercise and sample projects.

Is 6 days is enough to cover all these topics?

Yes, All of our training demo and lab would be done in AWS cloud platform where we can save lots of time for setting up the infrastructure for demo and lab. Our trainer also designed the course for quick learning and grasping method.

Will I get snacks and lunch?

Yes, Snacks and Lunch would be served at training venue free of cost from our end.

Would I get support after the workshop?

Yes, we have DevOpsSchool forum. After the training you may post your issues and Instructors would reply you within 24 hours.

What about certification?

After successful completion of our DevOps workshop in Bangalore, every participants would be awarded with DevOps certificates approved by DevOpsSchool and DevOpsCertification.co Certification program which is industry recognized and does holds high value.

How to confirm for the enrollment?

Once you make the payment based on the given instructions, you will receive the joining KIT within 12 hours.

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Hear Words Straight From Our Clients About DevOpsSchool
Hear Words Straight From Our Clients About DevOpsSchool
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