COURSE DESCRIPTION
The Azure training program is a six-months training designed to prepare IT career aspirants for 4 career options within the Cloud Space. Our training package prepares you for Solutions Architect, Cloud Engineer, DevOps Engineer and Security Architect/Engineer roles. The program is well tailored for those with little or no IT knowledge/Experience. You will be trained from the basics of using your laptop and mature you to a sophisticated Cloud Professional!
In addition to the training, we prep you for interviews and work with you to develop a resume that outline the skills you acquire during the training.
Further, the training equips you for the following Certification Exams:
1. AZ-900 – Azure Fundamentals
2. AZ-104 – Azure Admin
3. AZ-305 – Designing Microsoft Azure Infrastructure Solutions
4. AZ-400 – Designing and Implementing Microsoft DevOps Solutions
Our End-to-End training is offered at a discounted rate of $3000 with the option to pay by instalment starting with a deposit of $1000 and the balance of $2,000 to be paid $500 monthly.
For a detailed curriculum and training schedule, please refer to our latest technology stack.
COURSE PREREQUISITES
You do not need to have an IT background to take this course as you will be guided step by step from the beginning through the end. All the necessary information will be provided during the duration of the course. Just need to have the hunger to succeed.
LEARNING OUTCOMES
- Azure Active Directory (Azure AD) objects
- Governance
- Role-based access control (RBAC)
- Subscriptions
- Azure Active Directory (Azure AD) objects
- Manage and Secure Storage
- Configure Azure files and Azure Blob Storage
- Automate deployment of virtual machines (VMs) by using Azure Resource Manager templates
- Configure VMs
- Create and configure containers
- Create and configure Azure App Service
- Implement and manage virtual networking
- Secure access to virtual networks
- Configure load balancing
- Monitor and troubleshoot virtual networking
- Integrate an on-premises network with an Azure virtual network
- Monitor resources by using Azure Monitor
- Implement backup and recovery
- Implement cloud infrastructure monitoring
- Design for cost optimization
- Design a solution for logging and monitoring
- Design a solution for backup and recovery
- Design for high availability
- Design migrations
- Design security for applications
- Application Delivery – SDLC Automation
- Agile and Jira
- Linux
Course Features
- Lectures 179
- Quizzes 0
- Duration 25 weeks
- Skill level All levels
- Language English
- Students 87
- Certificate No
- Assessments Yes
Curriculum
- 28 Sections
- 179 Lessons
- 25 Weeks
- Subscriptions7
- Azure Active Directory (Azure AD) objects8
- Governance4
- Role-based access control (RBAC)3
- Azure Active Directory (Azure AD) objects8
- Manage and Secure Storage12
- 5.0Configure network access to storage accounts
- 5.1Create and configure storage accounts
- 5.2Generate shared access signature (SAS) tokens
- 5.3Manage access keys
- 5.4Configure Azure AD authentication for a storage account
- 5.5Configure access to Azure Files
- 5.6Export from Azure job
- 5.7Import into Azure job
- 5.8Install and use Azure Storage Explorer
- 5.9Copy data by using AZCopy
- 5.10Implement Azure Storage replication
- 5.11Configure blob object replication
- Configure Azure files and Azure Blob Storage5
- Automate deployment of virtual machines (VMs) by using Azure Resource Manager templates5
- Configure VMs8
- Create and configure containers6
- Create and configure Azure App Service8
- Implement and manage virtual networking7
- 11.0Create and configure virtual networks, including peering
- 11.1Configure private and public IP addresses
- 11.2Configure user-defined network routes
- 11.3Implement subnets
- 11.4Configure endpoints on subnets
- 11.5Configure private endpoints
- 11.6Configure Azure DNS, including custom DNS settings and private or public DNS zones
- Secure access to virtual networks5
- Configure load balancing3
- Monitor and troubleshoot virtual networking5
- Integrate an on-premises network with an Azure virtual network3
- Monitor resources by using Azure Monitor5
- Implement backup and recovery6
- Implement cloud infrastructure monitoring7
- Design for cost optimization2
- Design a solution for logging and monitoring5
- 20.0Determine levels and storage locations for logs
- 20.1Plan for integration with monitoring tools including Azure Monitor and Azure Sentinel
- 20.2Recommend appropriate monitoring tool(s) for a solution
- 20.3Choose a mechanism for event routing and escalation
- 20.4Recommend a logging solution for compliance requirements
- Design a solution for backup and recovery7
- 21.0Recommend a recovery solution for Azure hybrid and on-premises workloads that meets
- 21.1Recovery objectives (RTO, RLO, RPO)
- 21.2Design and Azure Site Recovery solution
- 21.3Recommend a solution for recovery in different regions
- 21.4Recommend a solution for geo-redundancy of workloads
- 21.5Recommend a solution for Azure Backup management
- 21.6Design a solution for data archiving and retention
- Design for high availability5
- Design migrations6
- 23.0Assess and interpret on-premises servers, data, and applications for migration
- 23.1Recommend a solution for migrating applications and VMs
- 23.2Recommend a solution for migration of databases
- 23.3Determine migration scope, including redundant, related, trivial, and outdated data
- 23.4Recommend a solution for migrating data (Storage Migration Service, Azure Data Box,
- 23.5Azure File Sync-based migration to hybrid file server
- Design security for applications3
- Application Delivery - SDLC Automation22
- 25.0Understanding CI & CD
- 25.1Continuous Integration Goals
- 25.2Continuous delivery
- 25.3Continuous deployment goals
- 25.4Immutable infrastructure
- 25.5Azure DevOps
- 25.6Options for source code management
- 25.7Branching off master
- 25.8Creating a Build Spec YAML file
- 25.9Azure DevOps CI
- 25.10AppSpec file
- 25.11Azure DevOps webhook
- 25.12Deploying ARM template from pipeline.
- 25.13Testing Pyramid,Continuous Testing with IaCTesting Scenarios in a CI/CD Pipeline
- 25.14Best Practices for unit test
- 25.15Integration tests and unit tests
- 25.16Fault tolerance testing
- 25.17In-place deployments
- 25.18Blue-Green deployment
- 25.19Red-black deployment
- 25.20Immutable or disposal updates
- 25.21Application deployment strategies
- Agile and Jira5
- Linux9
- 27.0Introduction to the command line
- 27.1Managing physical storage
- 27.2Install and configure software components and services
- 27.3Monitor and manage running processes
- 27.4Manage and secure files and file systems
- 27.5Administer users and groups
- 27.6Review the system log files and journal for issues
- 27.7Troubleshoot problems and analyze systems with Red Hat Insights
- 27.8Remotely manage systems with SSH