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Microsoft Azure DevOps Engineer Certification Training for AZ-400

4.8 (511 Ratings)

The Microsoft Azure DevOps certification training will help learners master the concepts of both DevOps and Azure and develop formidable skills in cloud architecture, Resource Manager, Virtual Network Connectivity, Windows PowerShell, and Azure administration, among others. In this AZ-400 certification course, you will receive material issued by Microsoft for ‘Integrating On-premises Identity Infrastructure with Microsoft Azure’ and ‘Implementing security in all modules of Azure Infrastructure.’ Enroll now and become a Microsoft Certified DevOps Engineer Expert.

Key Highlights

70 Hrs Instructor Led Training
108 Hrs Self-paced Videos
Certification
Job Assistance
Flexible Schedule
Lifetime Free Upgrade
Mentor Support

Microsoft Azure DevOps Training Overview

What will you learn in this best Azure DevOps training course?

You will learn the following topics in this training:

  • Azure Resource Manager
  • Virtual Network Connectivity
  • Windows PowerShell
  • Azure Administration
  • Git, Docker, Ansible, and Jenkins
  • SVN, Maven, and Nagios
  • Azure Boards, Azure Repos, and Azure Pipelines
  • Azure Test Plans and Azure Artifacts

Although anybody with basic knowledge in Azure can take up this Microsoft Azure DevOps course, it is recommended for:

  • Software Developers
  • Cloud Professionals and Solutions Architects
  • Project Managers and Technical Leads
  • Learners who want to build a career around Azure DevOps
  • Those who want to clear AZ-400 certification

Basic knowledge of any programming language will be beneficial for this best Azure DevOps course.

The cost of the Microsoft Certified: DevOps Engineer Expert certification or Exam AZ-400: Designing and Implementing Microsoft DevOps Solutions is US$165 or ₹4,800.

You should enroll in this Azure DevOps certification course because:

  • The demand for DevOps is at an all-time high, and more than 80% of all companies would adopt DevOps shortly – Gartner
  • The average salary of a professional who has mastered DevOps and Azure is around US$130,000 per year – Business Insider
  • People who have skills in both Azure with DevOps Engineer have great demand in the marketplace – Indeed

Our online training will help you learn Azure and DevOps and hence upgrade your career.

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There's no indication that the demand for the benefits that DevOps offers will run out anytime soon. - DevOps Zone
DevOps Market growth predicted at 20% till 2026. - Global Market Insights, Inc.

Career Transition

59% Average Salary Hike

$1,08,000 Highest Salary

700+ Career Transitions

300+ Hiring Partners

Career Transition Handbook

Skills Covered

Azure subscriptions

Role-based Access Control (RBAC)

Azure Content Delivery Network (CDN)

Azure Resource Manager (ARM)

Terraform

Git

Docker

Selenium

Maven

Jenkins

Puppet

Ansible

Kubernetes

Nagios

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Course Fees

Self Paced Training

  • 108 Hrs e-learning videos
  • Flexible Schedule
  • Lifetime Free Upgrade

$439

Online Classroom Preferred

  • Everything in Self-Paced Learning, plus
  • 70 Hrs of Instructor-led Training
  • One to one doubt resolution sessions
  • Attended as many batches as you want for Lifetime
  • Job Assistance
04 Dec

SAT - SUN

08:00 PM TO 11:00 PM IST (GMT +5:30)

07 Dec

TUE - FRI

07:00 AM TO 09:00 AM IST (GMT +5:30)

12 Dec

SAT - SUN

08:00 PM TO 11:00 PM IST (GMT +5:30)

18 Dec

SAT - SUN

08:00 PM TO 11:00 PM IST (GMT +5:30)

$614 10% OFF Expires in

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  • Enterprise grade learning management system (LMS)
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  • Enterprise grade reporting

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Microsoft Azure DevOps Course Curriculum

Live Course Self Paced

Module 01 - Introduction to Microsoft Azure

Preview

1.1 Introduction to cloud computing
1.2 What is Microsoft Azure?
1.3 Microsoft Azure Services
1.4 Creating a Microsoft Azure Account
1.5 Azure CLI, Azure PowerShell
1.6 Managing Azure Resources & Subscriptions
1.7 Azure Resource Manager
1.8 Microsoft Azure Architecture

Hands-on Exercise:

1. Creating a Microsoft Azure account
2. Configuring Azure PowerShell
3. Configuring Azure CLI

Module 02 - Introduction to ARM & Azure Storage

Preview

2.1 Azure Resources & Subscriptions
2.2 Azure Resource Manager
2.3 Managing Azure Resources
2.4 Azure Tags
2.5 Azure Storage Account & its types
2.6 Azure Blob Storage
2.7 Azure Content Delivery Network (CDN)
2.8 Azure Files Storage
2.9 Azure File Sync

Hands-on Exercise: 

1. Manage Resource Groups in Azure
2. Move resource from one resource group to another
3. Apply tags
4. Create storage account
5. Access storage account
6. Create blob storage
7. Upload in blob storage
8. Create a file share
9. Creating and using CDN Endpoint

3.1 Azure Table Storage
3.2 Azure Queue Storage
3.3 Azure Storage Explorer
3.4 Azure Shared Access Signature (SAS)
3.5 Azure Databox
3.6 Azure Storage Replication
3.7 Data Replication Options
3.8 Azure Import/Export Service

Hands-on Exercise:

1. Attach & Detach an External Storage Account
2. Storage explorer – Blob, file
3. queues and table storage
4. Backup-archive
5. Backup – Snapshots
6. Backup – AZCopy
7. Azure Shared Access Signature (SAS)
8. use Azure Data Factory Copy Data tool to transfer data to Azure

4.1 Azure Virtual Machines
4.2 Data Disks in Azure
4.3 Azure VMs & Interfaces
4.4 ARM templates
4.5 VHD templates
4.6 Custom Images of Azure VM
4.7 Virtual Machine Scale Sets
4.8 Virtual Machine Availability Sets

Hands-on Exercise: 

1. Creating and Configuring an Azure VM
2. Deploying a custom image of Azure VM
3. Virtual Machine Scale Sets.

5.1 App Service Web App for Containers
5.2 App Service plan
5.3 Networking for an App Service
5.4 Deployment slots
5.5 Container image
5.6 Azure Kubernetes Service
5.7 Azure Container Registry

Hands-on Exercise:

1. Create an App Service Web App for Containers
2. Create a container image
3. configure Azure Kubernetes Service
4. publish and automate image deployment to the Azure Container Registry

6.1 Azure Virtual Networks
6.2 Azure Vnet Components
6.3 IP Address – Public & Private IPs
6.4 Azure Vnet Subnets
6.5 Azure Network Interface Cards (NIC)
6.6 Network Security Group (NSG)
6.7 Route Tables
6.8 Service Tags
6.9 Azure DNS
6.10 Private DNS

Hands-on Exercise: 

1. Vnet creation
2. Create and configure vnet-vnet peering
3. Verify virtual network connectivity
4. Assign static IP to VM
5. Create route tables
6. Add routes
7. Create NIC
8. Attach NIC to VM
9. Create DNS
10. Add RecordSet
11. Create NSG
12. Add security rule to NSG
13. Attach NSG to subnet
14. Verify NSG is applied

7.1 Application Gateway
7.2 Azure Front Door Service
7.3 Azure Traffic Manager
7.4 Application Security Groups
7.5 Azure Load Balancers
7.6 Azure Firewall
7.7 Azure Bastion
7.8 Network Watcher
7.9 Azure Express Route
7.10 Express Route Circuits
7.11 Express Route Peering

Hands-on Exercise:

1. Create internal load balancer
2. Create Public load balancer
3. Application Gateway
4. Implement the Azure Front Door Service
5. implement Azure Traffic Manager
6. Deploy and configure Azure Bastion Service

8.1 Identity and Access Management in Azure
8.2 Role Based Access Management (RBAC)
8.3 Role Definitions
8.4 Role Assignment in Azure Resources
8.5 Azure Users & Groups
8.6 RBAC Policies

Hands-on Exercise:

1. Create a custom role for Azure Resources
2. Assign a role to configure access to Azure resources

9.1 Azure Active Directory (Azure AD)
9.2 Windows AD Vs Azure AD
9.3 Azure AD Users
9.4 Azure AD Groups
9.5 Azure AD Domains
9.6 Azure AD Tenants
9.7 Authentication Options
9.8 Azure AD Connect
9.9 Self Service password Reset (SSPR)
9.10 Multi Factor Authentication (MFA)
9.11 Resource Locks

Hands-on Exercise:

1. Add or delete users using Azure Active Directory
2. Add or delete tenants using Azure Active Directory
3. Create a basic group and add members
4. Applying Resource Locks

10.1 Azure Monitor
10.2 Azure Metrics
10.3 Log Analytics
10.4 Alerts and actions
10.5 Application Insights
10.6 Backup reports
10.7 Recovery Services Vault
10.8 Backing Up Azure Virtual Machines
10.9 VM Backup Policies
10.10 Restoring Azure Virtual machines,

Hands-on Exercise:

1. configure and interpret azure metrics
2. configure Log Analytics
3. query and analyse logs
4. set up alerts and actions
5. create a Recovery Services Vault
6. Backing up and restoring a Virtual Machine

11.1 EC2 Walkthrough

11.2 Installation of DevOps Tools on cloud

  • Git
  • Docker
  • Maven
  • Jenkins
  • Puppet
  • Ansible
  • Kubernetes
  • Nagios

12.1 What is Software Development
12.2 Software Development Life Cycle
12.3 Traditional Models for SDLC
12.4 Why DevOps?
12.5 What is DevOps?
12.6 DevOps Lifecycle
12.7 DevOps Tools

13.1 What is Continuous Testing?
13.2 What is Maven?
13.3 Running Test Cases on Chromium Web Driver
13.4 What is Headless Mode?

Hands-on Exercise – 

1. Using Maven to import dependencies in Eclipse
2. Implementing a headless test using Chrome WebDriver

14.1 Introduction to Continuous Integration
14.2 Jenkins Master Slave Architecture
14.3 Understanding CI/CD Pipelines
14.4 Creating an end to end automated CI/CD Pipeline

Hands-on Exercise –

1. Creating a Jenkins Master Slave on AWS
2. Installing Plug-ins in Jenkins
3. Creating Jenkins Builds
4. Creating Scheduled Builds
5. Triggering Jobs using Git Web Hooks
6. Using the Pipeline Plugin in Jenkins

15.1 What is Version Control?
15.2 Types of Version Control System
15.3 Introduction to SVN
15.4 Introduction to Git
15.5 Git Lifecycle
15.6 Common Git Commands
15.7 Working with Branches in Git
15.8 Merging Branches
15.9 Resolving Merge Conflicts
15.10 Git Workflow

Hands-on Exercise – 

1. Git Life cycle Commands
2. Pushing Code to GitHub
3. Stashing Code in Git
4. Creating, Deleting Git Branches
5. Reverting a Push to GitHub
6. Merging branches using git merge
7. Merging branches using git rebase
8. Resolving merge conflicts using git merge tool

16.1 Introduction to Docker
16.2 Understanding Docker Lifecycle
16.3 Components of Docker Ecosystem
16.4 Common Docker Operations
16.5 Creating a DockerHub Account
16.6 Committing changes in a Container
16.7 Pushing a Container Image to DockerHub
16.8 Creating Custom Docker Images using Dockerfile

Hands-on Exercise – 

1. Common Docker Operations
2. Creating a DockerHub Account
3. Committing Changes to a Container
4. Pushing container to DockerHub
5. Creating Local Image Repository
6. Building an Image using Dockerfile

17.1 What are Docker Volumes
17.2 Deploying a Multi-Tier Application using Docker Network
17.3 Using Docker Compose to deploy containers
17.4 What is Container Orchestration
17.5 Container Orchestration Tools
17.6 Introduction to Docker Swarm
17.7 Deploying a 2-Node Cluster using Docker Swarm

Hands-on Exercise – 

1. Creating Docker Volumes
2. Using Docker Compose to deploy multiple containers
3. Deploying a Multi Node Cluster using Docker Swarm
4. Deploying a multi-service app on Docker Swarm

18.1 Need of Configuration Management
18.2 Configuration Management Tools
18.3 What is Puppet
18.4 Puppet Architecture
18.5 Setting up Master Slave using Puppet
18.6 Puppet Manifests
18.7 Puppet Modules
18.8 Applying configuration using Puppet
18.9 Puppet File Server

Hands-on Exercise – 

1. Setting up Master Slave on AWS
2. Testing Connection of nodes with Puppet
3. Creating a Manifest
4. Deploying Manifest on Node
5. Creating a Module
6. Deploying sample software on nodes using Puppet Modules and Manifests
7. Implementing a File Server Module on Puppet

19.1 What is Ansible?
19.2 Ansible vs Puppet
19.3 Ansible Architecture
19.4 Setting up Master Slave using Ansible
19.5 Ansible Playbook
19.6 Ansible Roles
19.7 Applying configuration using Ansible

Hands-on Exercise – 

1. Installing Ansible on AWS
2. Creating a Playbook using YAML
3. Creating an Ansible Role
4. Using Roles in Playbook

20.1 Introduction to Kubernetes
20.2 Docker Swarm vs Kubernetes
20.3 Kubernetes Architecture
20.4 Deploying Kubernetes using Kubeadms
20.5 Alternate ways of deploying Kubernetes
20.6 YAML Files
20.7 Creating a Deployment in Kubernetes using YAML
20.8 Services in Kubernetes
20.9 Ingress in Kubernetes
20.10 Case Study – Kubernetes Architecture

Hands-on Exercise – 

1. Setting up Kubernetes using kubeadm
2. Installing Kubernetes using kops and GCK
3. Creating a Deployment
4. Creating Services
5. Creating an Ingress
6. Demonstrating the use of Ingress, services and deployments together

21.1 What is Continuous Monitoring?
21.2 Introduction to Nagios
21.3 Nagios Architecture
21.4 Monitoring Services in Nagios
21.5 What are NRPE Plugins?
21.6 Monitoring System Info using NRPE plugins

Hands-on Exercise – 

1. Installing Nagios
2. Monitoring of different servers using Nagios

22.1 What is Infrastructure as a code
22.2 IaC vs Configuration Management
22.3 Introduction to Terraform
22.4 Installing Terraform on AWS
22.5 Basic Operations in Terraform

  • init
  • plan
  • apply
  • destroy

22.6 Terraform Code Basics
22.7 Deploying and end-to-end architecture on AWS using Terraform

Hands-on Exercise – 

1. Installing Terraform
2. Initializing AWS Terraform Provider
3. Creating an EC2 instance using Terraform
4. Updating changes to EC2 using Terraform
5. Destroying EC2 using Terraform
6. Deploying EC2 inside a custom VPC using Terraform

23.1 Azure devops architecture
23.2 key features
23.3 azure devops tools
23.4 azure devops organizations and projects
23.5 Introduction to Azure Repos
23.6 Compare TFVC and Git
23.7 Key concepts in azure repos
23.8 Search your code in Repos
23.9 what is TFVC
23.10 Azure Repos Integrations

24.1 What are Azure artifacts
24.2 Key concepts in artifacts
24.3 working with packages
24.4 Feeds
24.5 views and upstream sources
24.6 Connecting to azure pipelines
24.7 What are Azure test plans
24.8 Exploratory and manual testing
24.9 Test from kanban board
24.10 Creating Test Plans
24.11 Testing web apps

25.1 What is Azure Pipelines
25.2 Why use Azure Pipelines
25.3 Deploying to Azure
25.4 Key concepts in Pipelines
25.5 CI Triggers in pipelines
25.6 YAML Basics
25.7 Ecosystems and Integration
25.8 Setting up CI build
25.9 Adding Tests to the Pipeline
25.10 Agents and Tasks

26.1 What is Azure Boards
26.2 Why use azure boards
26.3 agile project management best practices
26.4 Basic concepts of Azure Boards
26.5 Connecting boards to github
26.6 Work items
26.7 Kanban boards
26.8 Sprints
26.9 Scrum and plans
26.10 Azure Boards integrations

27.1 What is Infrastructure as a code?
27.2 IaC vs Configuration Management
27.3 Introduction to Terraform
27.4 Installing Terraform on AWS
27.5 Basic Operations in Terraform

  • init
  • plan
  • apply
  • destroy

27.6 Terraform Code Basics
27.7 Deploying and end-to-end architecture on Azure using Terraform

Hands-on Exercise – 

1. Installing Terraform
2. Initializing Azure Terraform Provider
3. Creating an Resource Group using Terraform
4. Creating Network components in Azure using Terraform
5. Deploying VM inside a custom Virtual Network in Azure using Terraform

Self Paced

28.1 AGENDA
28.2 WHY MAVEN?
28.3 WHAT IS MAVEN?
28.4 WHAT DOES MAVEN DO?
28.5 BUILDING POM FILES
28.6 MAVEN REPOSITORIES
28.7 MAVEN INSTALLATION
28.8 MAVEN HANDS-ON

29.1 AGENDA
29.2 WHAT IS SOFTWARE TESTING?
29.3 DYNAMIC TESTING
29.4 STATIC TESTING
29.5 WHAT IS SONARQUBE?
29.6 FEATURES OF SONARQUBE
29.7 SONARQUBE INSTALLATION
29.8 SONARQUBE HANDS-ON

30.1 AGENDA
30.2 WHAT IS XLDEPLOY?
30.3 FEATURES OF XLDEPLOY
30.4 XLDEPLOY INSTALLATION
30.5 XLDEPLOY HANDS-ON

31.1 AGENDA
31.2 WHAT IS TEAMCITY?
31.3 FEATURES OF TEAMCITY
31.4 TEAMCITY INSTALLATION
31.5 TEAMCITY HANDS-ON

32.1 AGENDA
32.2 WHAT IS AN ARTIFACT?
32.3 WHAT IS JFROG ARTIFACTORY?
32.4 WHY SHOULD WE USE JFROG FOR DEVOPS?
32.5 JFROG ARTIFACTORY INSTALLATION
32.6 JFROG ARTIFACTORY HANDS-ON

33.1 AGENDA
33.2 WHAT IS MS BUILD?
33.3 MS BUILD PROJECT FILE
33.4 MS BUILD INSTALLATION
33.5 MS BUILD HANDS-ON

34.1 AGENDA
34.2 WHAT IS AN ARTIFACT?
34.3 WHAT IS NEXUS REPOSITORY?
34.4 FEATURES OF NEXUS REPOSITORY
34.5 NEXUS VS ARTIFACTORY
34.6 NEXUS REPOSITORY INSTALLATION
34.7 NEXUS REPOSITORY HANDS-ON

35.1 AGENDA
35.2 WHAT IS NODE.JS?
35.3 WHAT IS NPM?
35.4 NPM INSTALLATION
35.5 NPM HANDS-ON – LAUNCHING A SAMPLE WEB SERVER
35.6 NPM HANDS-ON – USING EXPRESS.JS TO WRITE SAMPLE WEB SERVER CODE + COMMON COMMANDS
35.7 NPM HANDS-ON – CREATING A NODE.JS DOCKER IMAGE

36.1 AGENDA
36.2 WHAT IS ELK?
36.3 COMPONENTS OF ELK
36.4 ELK FLOW
36.5 FEATURES OF ELK
36.6 ELK INSTALLATION
36.7 ELK HANDS-ON – ANALYSING APACHE LOGS WITH LOGSTASH & KIBANA
36.8 ELK HANDS-ON – ANALYSING .CSV LOGS WITH LOGSTASH & KIBANA
36.9 ELK HANDS-ON – ANALYSING REAL TIME WEB LOGS WITH BEATS & KIBANA

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Microsoft Azure DevOps Certification for AZ-400

How can I become Microsoft Azure Certified DevOps Engineer?

To become a Microsoft Azure Certified DevOps Engineer, you should start by enrolling yourself in an Azure DevOps training, attain all the knowledge and skills that will help you become an expert in this domain, gain practical experience through industry-grade projects, apply for the AZ-400 certification exam and clear it, and start applying for jobs. With the help of our course, you will be able to gain the required knowledge and skills to clear the certification exam and become a Microsoft Azure Certified DevOps Engineer.

To acquire the Microsoft AZ-400 certification, you need to follow the Azure DevOps certification path steps mentioned below:

  • First, earn the AZ-900 or Azure Fundamentals certification. This is the foundation level examination that acts as a significant milestone in the path of gaining the AZ-400 certification. Although it is not mandatory, the AZ-900 certification is recommended for both beginners and professionals.
  • Next, you need to get an Azure Associate certification, either the Azure Administrator (AZ-104) certification or the Azure Developer (AZ-204) certification.
  • Finally, after obtaining these certifications, you need to gain all the required knowledge and skills to opt for the AZ-400 exam and clear it.

To prepare for the AZ-400 exam, you need to excel in the topics mentioned below:

  1. Develop an instrumentation strategy
  • Designing and implementing logging
  • Designing and implementing of telemetry
  • Integration of logging and monitoring solutions
  1. Develop a Site Reliability Engineering (SRE) strategy
  • Building an actionable alerting strategy
  • Next, designing a strategy for failure prediction
  • Designing and implementing a health check
  1. Develop a security and compliance plan
  • Designing a strategy for authentication and authorization
  • Designing a strategy for managing sensitive information
  • Building security and compliance
  • Designing governance enforcement mechanisms
  1. Manage source control
  • Creating a modern source control strategy
  • Planning and implementing branching strategies for the source code
  • Configuring repositories
  • Integrating tools and source control
  1. Facilitate communication and collaboration
  • Communicating information about deployment and release with business stakeholders
  • Generating the documentation of the DevOps process
  • Automating communication with members of the team
  1. Define and implement continuous integration
  • Design-build automation
  • Designing a package management strategy
  • Designing a strategy to manage application infrastructure
  • Implementing and maintaining build strategy
  • Designing a process to standardize builds around the company
  1. Define and implement a continuous delivery and release management strategy
  • Creating deployment templates and scripts
  • Implementing a solution for orchestration automation
  • Planning the deployment environment strategy

The AZ-400 exam consists of 40-60 questions that you need to complete within 150-210 minutes. The passing score of the exam is 700 out of 800. The type of questions that maybe asked in this exam are mentioned below:

  • Single and multiple-choice questions
  • Arrange in correct sequence questions
  • Case studies with a number of questions

At the end of this Microsoft AZ-400 training program, there will be a quiz that perfectly investigates your grasp on the subject.

Intellipaat course completion certificate will be awarded upon the completion of the project work (after expert review) and upon scoring at least 60 percent marks in the quiz.

Our certification is well-recognized in top 80+ MNCs, such as Ericsson, Cisco, Cognizant, Sony, Mu Sigma, Saint-Gobain, Standard Chartered, TCS, Genpact, Hexaware, etc.

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Azure DevOps Engineer Training FAQs

Why should I take up the Microsoft Azure DevOps training course from Intellipaat?

Our Microsoft Azure DevOps certification program gives you hands-on experience to take on some of the best jobs in the biggest corporations in the world. You can master the concepts of Azure and DevOps, along with working on step-by-step assignments that have high relevance in the corporate world. The curriculum of this course is designed by industry experts. Upon the completion of the training course, you can apply for some of the best jobs in top MNCs around the world at top salaries. Intellipaat offers lifetime access to videos, course materials, 24/7 support, and course material upgrading to the latest version at no extra fee. Hence, it is clearly a one-time investment.

There are numerous Azure DevOps jobs and related profiles that you will be eligible to apply for after the certification. Some of them are mentioned below:

  • Azure DevOps Engineer
  • Cloud DevOps Engineer
  • Cloud Engineer
  • Senior DevOps Engineer

Some of the other related certification courses on Microsoft Azure are on Azure Certification, Azure Fundamentals, Azure Data Engineer, Azure Developer Associate, Azure Masters, Azure Security and Azure Solutions Architect.

Here are the top resources available for Azure related DevOps. They are Tutorials, Interview Questions and everything about Amazon Web Services basics.

At Intellipaat, you can enroll in either the instructor-led online training or self-paced training. Apart from this, Intellipaat also offers corporate training for organizations to upskill their workforce. All trainers at Intellipaat have 12+ years of relevant industry experience, and they have been actively working as consultants in the same domain, which has made them subject matter experts. Go through the sample videos to check the quality of our trainers.

Intellipaat is offering 24/7 query resolution, and you can raise a ticket with the dedicated support team at any time. You can avail of email support for all your queries. If your query does not get resolved through email, we can also arrange one-on-one sessions with our support team. However, 1:1 session support is provided for a period of 6 months from the start date of your course.

Intellipaat is offering you the most updated, relevant, and high-value real-world projects as part of the training program. This way, you can implement the learning that you have acquired in real-world industry setup. All training comes with multiple projects that thoroughly test your skills, learning, and practical knowledge, making you completely industry-ready.

You will work on highly exciting projects in the domains of high technology, ecommerce, marketing, sales, networking, banking, insurance, etc. After completing the projects successfully, your skills will be equal to 6 months of rigorous industry experience.

Intellipaat actively provides placement assistance to all learners who have successfully completed the training. For this, we are exclusively tied-up with over 80 top MNCs from around the world. This way, you can be placed in outstanding organizations such as Sony, Ericsson, TCS, Mu Sigma, Standard Chartered, Cognizant, and Cisco, among other equally great enterprises. We also help you with the job interview and résumé preparation as well.

You can definitely make the switch from self-paced training to online instructor-led training by simply paying the extra amount. You can join the very next batch, which will be duly notified to you.

Once you complete Intellipaat’s training program, working on real-world projects, quizzes, and assignments and scoring at least 60 percent marks in the qualifying exam, you will be awarded Intellipaat’s course completion certificate. This certificate is very well recognized in Intellipaat-affiliated organizations, including over 80 top MNCs from around the world and some of the Fortune 500companies.

Apparently, no. Our job assistance program is aimed at helping you land in your dream job. It offers a potential opportunity for you to explore various competitive openings in the corporate world and find a well-paid job, matching your profile. The final decision on hiring will always be based on your performance in the interview and the requirements of the recruiter.

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