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Microsoft Certified Azure Administrator Associate AZ-104 Training Course

Course Description

Microsoft Certified Azure Administrator Associate AZ-104 Training Course

Become a part of the Azure revolution with our Microsoft Certified Azure Administrator Associate training course. Aligned with the 2020 edition of Exam AZ-104 Microsoft Azure Administrator, this course is best suited for professionals wishing to be successful as an Azure Administrator.

AZ-104 Certification Course Overview

Simplilearn’s Azure Administrator training provides you with a deep understanding of the entire administrative lifecycle in Azure environments. This Azure course shows you how to maintain services related to computing, storage, network, and security. Enhance your Azure Administrator skills and prepare to ace the AZ-104 Azure Administrator exam.

Eligibility

The Azure Administrator course is best suited for Azure administrators and engineers, system administrators looking to expand into Azure, and IT professionals.

Pre-requisites

The Azure Administrator certification course requires professionals to be proficient in using PowerShell and the Command Line Interface. They should also have prior experience with Azure Portal, ARM templates, operating systems, virtualization, cloud infrastructure, storage structures, and networking.

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Course Syllabus

Module 1 Course Introduction

1.1 Course Welcome
1.2 Az 104 Agenda
1.3 Disclaimer

Module 2 Identity

2.1 Identity Introduction
2.2 AAD Features and Benefits
2.3 AZure AD vs ADDS
2.4 Azure Active Directory Lab Activity 1
2.5 Managing Azure AD with Powershell Lab Activity
2.6 All about Azure AD Groups
2.7 Managing Azure AD Groups with Powershell Lab Activity
2.8 What is MFA
2.9 Multi Factor Authentication LAB Activity
2.10 Authentication methods
2.11 Types of Azure AD Users
2.12 Self Service
2.13 Azure AD Editions
2.14 AZure AD Domain Join
2.15 Azure AD Connect
2.16 Azure AD connect Health
2.17 Azure AD B2B
2.18 Azure ad b2c
2.19 Monitoring azure AD

Module 3 Governance and Compliance

3.1 Management Groups
3.2 Create a Management Group
3.3 Azure Subscr ptions
3.4 How Do you get a subscription
3.5 Azure Subscription Usage
3.6 Subscription User Types
3.7 Resource Limits
3.8 Resource Tags
3.9 Pricing Calculator
3.10 Billing Alerts
3.11 Reservations
3.12 RBAC Concepts
3.13 RBAC ROLES
3.14 Azure AD Roles and Permissions
3.15 Role Definitions
3.16 RBAC Definitions Powershell
3.17 Azure AD Users and Powershell
3.18 Azure Policy
3.19 Azure Policy Lab Activity
3.20 Azure Policy WalkThrough and LAB Activity

Module 4 Azure Administration

4.1 Azure Portal
4.2 Azure Mobile App
4.3 Azure Portal Demo
4.4 Azure CLoud Shell
4.5 Azure CLoud SHell Demo
4.6 Introduction to Powershell
4.7 Introduction to powershell II
4.8 What is a powershell Modules
4.9 Azure Modules for Powershell
4.10 Manage Resource groups with PS
4.11 Azure RM vs AZ
4.12 Demo Working with Azur CLI locally
4.13 Benefits of Resource Manager
4.14 Resource providers
4.15 Resource Providers Lab Activity
4.16 Moving Resources
4.17 Resource Group demonstration
4.18 Advantages of ARM Templses
4.19 What is JSON
4.20 Parameters and variables
4.21 Azure Resource manager templates
4.22 Understanding JSON
4.23 Demonstration Run templates with PS
4.24 Intracting with VM using Powershell
4.25 Cleaning up Resources With Powershell
4.26 ARM viz

Module 5 Virtual Networking

5.1 Azure Network Introduction
5.2 Purpose of Virtual Networks
5.3 Virtual Networks Lab
5.4 Creating VIrtual network with PS Lab Activity
5.5 what are subnets
5.6 Multiple NICs Lab Activity
5.7 IP Addressing
5.8 Private IP Adresses
5.9 Public IP address
5.10 Manage IP Address Lab Activity
5.11 Azure service endpoints
5.12 Why use Service Endpoints
5.13 Service Endpoints Demo
5.14 Services that support Service Endpoint
5.15 Domain and custom Domains
5.16 Azure DNS
5.17 DNS Delegation
5.18 Private zone Scenario I
5.19 Private zone Scenario II
5.20 Private DNS Demo
5.21 Scope of NSG
5.22 NSG Demo
5.23 What are NSG s

Module 6 Interconnectivity

6.1 Interconnectivity Intro
6.2 Vnet peering
6.3 Benefits of Network Peering
6.4 Vnet Peering Labs
6.5 Gateway transit
6.6 Service Chaining
6.7 Virtual NEtwork Gateway I
6.8 Azure Connectivity Comparision
6.9 Express Route I
6.10 Express Route II
6.11 Express Route III
6.12 Interconnectivity Conclusion
6.13 Virtual Network Gateway Lab
6.14 Virtual Network Gateway Lab II

Module 7 Network Traffic Management

3.16 Traffic manager profiles Lab Activity
7.1 System Routes
7.2 User Defined Routes
7.3 What is Load Balancer I
7.4 What is Load Balancer II
7.5 Public Load Balancer
7.6 Internal Load Balancer
7.7 Load Balancer SKU s
7.8 Load Balancer Lab Part 1
7.9 Load Balancer Lab Part 2
7.10 Load Balancer Lab Part 3
7.11 Azure Traffic Manager
7.12 Priority Routing
7.13 performance Routing
7.14 Geographic Routing
7.15 Weighted Routing

Module 8 Azure Storage

8.1 Azure Storage
8.2 Azure Storage Account
8.3 Standard and premium storage accounts
8.4 Storage types
8.5 Creating Storage Account Lab Activity
8.6 Create Storage Accout with Powershell Lab ACtivity
8.7 Create Storage Accout with CLI Lab Activity
8.8 Azure Storage Explorer Introduction
8.9 Azure Blob Containers
8.10 Storage Performance Tiers
8.11 Uploading Blobs
8.12 Blob access Policies
8.13 Blob Storage Pricing
8.14 Blob Storage Lab Activity
8.15 Azure Files
8.16 Files Vs Blobs
8.17 Create Azure file Share Lab Activity
8.18 Creating File Share with Poweshell and Mouting on Linux Lab Activity
8.19 Secure File Transfer
8.20 File Share Snaphots
8.21 FIle Share Snapshots Lab Activity
8.22 Storage Security
8.23 Authorization Options
8.24 Shared Access Signatures
8.25 Shared Access Signatures Lab Activity
8.26 Storage Service Encryption
8.27 Customer Managed Keys
8.28 SAS Best Practices
8.29 Blob Public access level

Module 9 Azure Virtual Machines

9.1 Supported Operating Systems
9.2 What is not supported
9.3 What is Azure Compute
9.4 Virtual Machines 1 Lab
9.5 Virtual Machines II Lab
9.6 Virtual Machines III Lab
9.7 Virtual Machines IV Lab
9.8 Virtual Machines V Lab
9.9 Virtual Machine VI
9.10 Creating VM with Powershell
9.11 Managing Linux Instances
9.12 Maintenance and Downtime
9.13 Availability Sets
9.14 Fault Domain and Update domain
9.15 Custom Script Extensions
9.16 CSE Lab

Module 10 Serverless Computing

10.1 Serverless Computing Introduction
10.2 App Service Plan
10.3 App Service Plan pricing tiers
10.4 App Service Plan Scaling
10.5 Auto scaling Features Lab
10.6 Autoscale considerations
10.7 Creating a web app
10.8 Azure App service Features
10.9 Azure web app deployment options
10.10 Azure app deployment Slots
10.11 Authentication and Authorization
10.12 Web App Custom Domains
10.13 App Services – Backup and Restore
10.14 What are containers
10.15 Containers vs Virtual Machines
10.16 Advantages of Containers
10.17 What is Orchestration services
10.18 Azure Container Instances Lab I
10.19 Azure Container Instances Lab II
10.20 Azure Container Instances Deploy with CLI Lab III
10.21 Build Custom Apps and Azure Container Registry
10.22 Azure Container Groups
10.23 What is Docker
10.24 Docker Terminologies
10.25 Azure Kubernetes Services
10.26 Azure Kubernetes Services Features
10.27 AKS Clusters and Nodes
10.28 AKS Networking Services
10.29 AKS Volumes
10.30 AKS Security
10.31 AKS and Azure Ad
10.32 Kubernetes service Accounts
10.33 Azure AD Roles and Cluster Roles
10.34 Kubernetes LAB Activity I
10.35 Kubernetes LAB Activity II
10.36 Kubernetes LAB Activity III
10.37 Kubernetes Architecture

Module 11 Data Protection

11.1 Data Protection Intro
11.2 Storage Account Replication Options
11.3 Local Redundant Storage
11.4 zone redundant storage
11.5 GRS and RA GRS
11.6 GZRS and RA GZRS
11.7 Comparing Replication Strategies
11.8 Azure Backup
11.9 Recovery Services Vault Backup I
11.10 Recovery Services Vault Backup II
11.11 Recovery Services Vault Backup III
11.12 Azure Site Recovery
11.13 Virtual Machine Data Protection
11.14 Images vs snapshots
11.15 Azure Site Recovery Replication LAB

Module 12 Monitoring

12.1 Azure Monitoring Service Introduction
12.2 KEY capabilities
12.3 Monitoring Data Platform
12.4 LOg Data
12.5 Data Types
12.6 Azure Advisor
12.7 Azure Advisor Lab
12.8 Azure activity Log
12.9 Event Category
12.10 Azure Alerts
12.11 Log Analytics
12.12 Log Analytics Demo
12.13 Network Watcher
12.14 Connection Monitor
12.15 Topology
12.16 IP Flow Verify
12.17 Next Hop
12.18 Connection Troubleshoot

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You Will Get Certification After Completetion This Course.

Instructor Led Lectures
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Visual Demonstrations, Educational Games & Flashcards
IT Tutor Pro Formerly It Nuggets recognizes that all students do not learn alike and different delivery mediums are needed in order to achieve success for a large student base. With that in mind, we delivery our content in a variety of different ways to ensure that students stay engaged and productive throughout their courses.
Mobile Optimization & Progress Tracking
Our courses are optimized for all mobile devices allowing students to learn on the go whenever they have free time. Students can access their courses from anywhere and their progress is completely tracked and recorded.
Practice Quizzes And Exams
IT Tutor Pro Formerly It Nuggets Online’s custom practice exams prepare you for your exams differently and more effectively than the traditional exam preps on the market. Students will have practice quizzes after each module to ensure you are confident on the topic you are learning.
World Class Learning Management System
IT Tutor Pro Formerly It Nuggets provides the next generation learning management system (LMS). An experience that combines the feature set of traditional Learning Management Systems with advanced functionality designed to make learning management easy and online learning engaging from the user’s perspective.

Frequently Asked Questions

How does online education work on a day-to-day basis?
Instructional methods, course requirements, and learning technologies can vary significantly from one online program to the next, but the vast bulk of them use a learning management system (LMS) to deliver lectures and materials, monitor student progress, assess comprehension, and accept student work. LMS providers design these platforms to accommodate a multitude of instructor needs and preferences.
Is online education as effective as face-to-face instruction?
Online education may seem relatively new, but years of research suggests it can be just as effective as traditional coursework, and often more so. According to a U.S. Department of Education analysis of more than 1,000 learning studies, online students tend to outperform classroom-based students across most disciplines and demographics. Another major review published the same year found that online students had the advantage 70 percent of the time, a gap authors projected would only widen as programs and technologies evolve.
Do employers accept online degrees?
All new learning innovations are met with some degree of scrutiny, but skepticism subsides as methods become more mainstream. Such is the case for online learning. Studies indicate employers who are familiar with online degrees tend to view them more favorably, and more employers are acquainted with them than ever before. The majority of colleges now offer online degrees, including most public, not-for-profit, and Ivy League universities. Online learning is also increasingly prevalent in the workplace as more companies invest in web-based employee training and development programs.
Is online education more conducive to cheating?
The concern that online students cheat more than traditional students is perhaps misplaced. When researchers at Marshall University conducted a study to measure the prevalence of cheating in online and classroom-based courses, they concluded, “Somewhat surprisingly, the results showed higher rates of academic dishonesty in live courses.” The authors suggest the social familiarity of students in a classroom setting may lessen their sense of moral obligation.
How do I know if online education is right for me?
Choosing the right course takes time and careful research no matter how one intends to study. Learning styles, goals, and programs always vary, but students considering online courses must consider technical skills, ability to self-motivate, and other factors specific to the medium. Online course demos and trials can also be helpful.
What technical skills do online students need?
Our platform typically designed to be as user-friendly as possible: intuitive controls, clear instructions, and tutorials guide students through new tasks. However, students still need basic computer skills to access and navigate these programs. These skills include: using a keyboard and a mouse; running computer programs; using the Internet; sending and receiving email; using word processing programs; and using forums and other collaborative tools. Most online programs publish such requirements on their websites. If not, an admissions adviser can help.
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