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Quick Facts
| Medium Of Instructions | Mode Of Learning | Mode Of Delivery | Frequency Of Classes |
|---|---|---|---|
| English | Self Study, Virtual Classroom | Video and Text Based | Weekends |
Courses and Certificate Fees
| Certificate Availability | Certificate Providing Authority |
|---|---|
| yes | IBMBelhaven University, Mississippi |
The fees for course is Advanced Certification Program in DevOps is -
| Head | Amount |
| Total Admission Fee | ₹ 75,012 |
| EMI Starts at | ₹ 8,000 |
The Syllabus
- Module 01 – Infrastructure Setup
- Module 02 – Introduction to DevOps
- Module 03 – Version Control with Git
- Module 04 – Containerization Using Docker – 1
- Module 05 – Configuration Management using Puppet
- Module 06 – Ansible
- Module 07 – Continuous Testing using Selenium
- Module 08 – Continuous Integration with Jenkins
- Module 09 – Introduction to Kubernetes Part 1
- Module 10 – Introduction to Kubernetes Part 2
- Module 11 – Continuous Monitoring using ELK
- Module 12 – Terraform Modules & Workspaces
- Module 01 – Introduction to Cloud Computing & AWS
- Module 02 – Elastic Compute and Storage Volumes
- Module 03 – Load Balancing, Autoscaling and DNS
- Module 04 – Virtual Private Cloud
- Module 05 – Storage – Simple Storage Service (S3)
- Module 06 – Databases and In-Memory DataStores
- Module 07 – Management and Application Services
- Module 08 – Access Management and Monitoring Services
- Module 09 – Automation and Configuration management
- Module 10 – AWS Migration
- Module 11 – Architecting AWS – whitepaper
- Module 12 – DevOps on AWS
- Module 13 – Amazon FSx and Global Accelerator
- Module 14 – AWS Architect Interview Questions
- Module 01 – Introduction to Kubernetes
- Module 02 – Kubernetes Architecture
- Module 03 – Introduction to Pods and Services
- Module 04 – Introduction to Volumes
- Module 05 – Ingress, Dashboard, and Kubernetes best security practices
- Module 06 – Monitoring
- Module 01 – Introduction to Git
- Module 02 – Architecture of Git
- Module 03 – Working with remote repositories
- Module 04 – Branching and Merging
- Module 05 – Git Methodology
- Module 06 – Git plugin with IDE (Eclipse)
- Module 01 – Python Environment Setup and Essentials
- Module 02 – Python language Basic Constructs
- Module 03 – OOP concepts in Python
- Module 04 – Database connection
- Module 05 – NumPy for mathematical computing
- Module 06 – SciPy for scientific computing
- Module 07 – Matplotlib for data visualization
- Module 08 – Pandas for data analysis and machine learning
- Module 09 – Exception Handling
- Module 10 – Multi Threading & Race Condition
- Module 11 – Packages and Functions
- Module 12 – Web scraping with Python
- Module 01 – Introduction to Cloud Computing & AWS
- Module 02 – Database services
- Module 03 – Object Storage
- Module 04 – Autoscaling and load balancing
- Module 05 – Virtual Private Cloud
- Module 06 – Application services, AWS Lambda and CLI
- Module 07 – IAM and monitoring
- Module 08 – Configuration management and automation
- Module 09 – Architecting AWS – whitepaper
- Module 10 – AWS Architect Questions
- Module 11 – AWS Migration
- Module 12 – AWS Security
- Module 13 – Infrastructure Setup
- Module 14 – Introduction to DevOps
- Module 15 – Software Version Control
- Module 16 – Containerization using Docker – Part I
- Module 17 – Containerization using Docker – Part II
- Module 18 – Configuration Management using Puppet
- Module 19 – Configuration Management using Ansible
- Module 20 – Continuous Testing
- Module 21 – Continuous Integration using Jenkins
- Module 22 – Continuous Orchestration using Kubernetes
- Module 23 – Continuous Monitoring using Nagios
- Module 24 – DevOps on AWS
- Module 25 – Deploying Infrastructure with Terraform
- Module 26 – Terraform Modules & Workspaces
- Module 01 – Introduction to Microsoft Azure
- Module 02 – Introduction to ARM & Azure Storage
- Module 03 – Introduction to Azure storage
- Module 04 – Azure Virtual Machines
- Module 05 – Azure App and Container service
- Module 06 – Azure Networking – I
- Module 07 – Azure Networking – II
- Module 08 – Authentication and Authorization in Azure using RBAC
- Module 09 – Microsoft Azure Active Directory
- Module 10 – Azure Monitoring
- Module 11 – Infrastructure Setup
- Module 12 – Introduction to DevOps
- Module 13 – Continuous Testing
- Module 14 – Continuous Integration using Jenkins
- Module 15 – Software Version Control
- Module 16 – Continuous Deployment: Containerization with Docker
- Module 17 – Containerization with Docker: Ecosystem and Networking
- Module 18 – Configuration Management using Puppet
- Module 19 – Configuration Management using Ansible
- Module 20 – Continuous Orchestration using Kubernetes
- Module 21 – Continuous Monitoring using Nagios
- Module 22 – Terraform Modules & Workspaces
- Module 23 – Azure DevOps and Azure Repos
- Module 24 – Azure Artifacts and Azure Test Plans
- Module 25 – Azure Pipelines
- Module 26 – Azure Boards
- Module 27 – Terraform with Azure
- Module 28 – MAVEN
- Module 29 – SONARQUBE
- Module 30 – XLDEPLOY
- Module 31 – TEAMCITY
- Module 32 – JFROG
- Module 33 – MS BUILD
- Module 34 – NEXUS
- Module 35 – NPM
- Module 36 – ELK
- Module 01 – Introduction to Linux
- Module 02 – File Management
- Module 03 – Files and Processes
- Module 04 – Introduction to Shell Scripting
- Module 05 – Conditional, Looping statements and Functions
- Module 06 – Text Processing
- Module 07 – Scheduling Tasks
- Module 08 – Advanced Shell Scripting
- Module 09 – Database Connectivity
- Module 10 – Linux Networking
- Module 01 – Azure Fundamentals
- Module 02 – Introduction to Terraform
- Module 03 – Terraform Installation
- Module 04 – Terraform Configuration Management
- Module 05 – Provisioners, Loops, Built-in Functions, & Data Source
- Module 06 – Terraform Workflow & State Management
- Module 07 – Workspace in Terraform
- Module 08 – Terraform Security & Command Line Interface (CLI)
- Module 09 – Terraform Cloud & Enterprise Capabilities
- Module 10 – Azure DevOps Hands-on labs
- Module 01 – JIRA Software for Beginners
- Module 02 – Dashboards
- Module 03 – Admin Interface
- Module 04 – JIRA Administration
- Module 05 – JIRA Workflows
- Module 06 – Overview of Some Use Cases
- Module 07 – JIRA Plugins
- Module 01 – Introduction to Docker
- Module 02 – Storing Data in Docker
- Module 03 – Docker Compose
- Module 04 – Container Orchestration
- Module 05 – Networking in Docker
- Module 06 – Docker Monitoring
- Module 07 – Introduction to Kubernetes
- Module 08 – Kubernetes Architecture
- Module 09 – Introduction to Pods and Services
Belhaven University, Mississippi Frequently Asked Questions (FAQ's)
1: Why should I enroll in this DevOps Architect PG program?
This online DevOps Architect PG program by Belhaven University will give you the hands-on experience you will need in the industry and help you become a successful DevOps Architect with a strong background in various essential skillsets and tools. All the program courses meet industry standards and requirements. After completion of the program, you will receive a PG certification from Belhaven University.
As part of the program, you will also get the opportunity to work on several industry-relevant projects and assignments. Completing the program will qualify you to apply to some of the top-paying jobs worldwide.
2: How can I receive my PG certification in DevOps Architect?
To get the certification, you will need to sign up for our DevOps Architect online PG program. Once you successfully complete the program under the guidance of the faculty at Belhaven University, including the projects and assignments, you will receive your PG certification.
3: Where can I get more information regarding this PG certification program?
You can contact our course advisors for more information on the DevOps Architect PG program by Belhaven University. You will receive all the assistance you require relating to the program.
4: Do you offer live training or pre-recorded lectures?
Our Learning Management System (LMS) ensures a customized learning experience that includes both live sessions & self-paced videos. In case you miss a live session, you will be able to watch the recorded video of the session so you don’t have to worry about missing out on a lesson.
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