Courses

Description

Microsoft Azure is a cloud platform that offers substructure, managed services, and everything else you may require for your business applications. It is appropriate for businesses that want to influence cloud servers, and who wish to service a broad array of quick services to work at balanced and at low-cost than on-premises at your place.This path covers the basics that a Solutions Architect on Microsoft Azure will require to use Microsoft Azure as their cloud platform for a plan.

The AZ-300 Microsoft Azure Architect Technologies training course will organize you for a career as a certified Azure Cloud Solutions Architect. The AZ-300 Microsoft Azure Architect Technologies certification training course covers the progressive activities for working with the Azure platform, with managing Azure resources, figuring and installing virtual machines and networks, and grasping Azure Cognitive Services Solutions.

AZ-300 Microsoft Azure Architect Technologies is a stepping stone for professionals who want to become certified in Microsoft Azure architect technologies. This certification allows you to learn secure, scalable and reliable solutions for businesses in order to grow and develop.The certification lets you learn every basic concept related to the Azure domain and infrastructure.

Benefits of Az-300 Microsoft Azure Architect Technologies Training:

  • Learn the utilization of various tools in order to enlarge the cloud and Azure storage for your organization.
  • Get insight into the implementation of authentication in order to safeguard valuable data of your organization.
  • Configuration and deployment of the infrastructure become relatively easy to carry out effective working in an organization.
  • Get a clear perspective of implementations of workload and security.
  • Comprehend all the details in order to effectively understand the varied objectives of the certification examination.
  • Learn how to develop fault-free applications and their deployments in real-time environments.

REQUIREMENTS:

In order to be eligible to take the certification, a candidate must have an overall knowledge of the Azure platform.

Apart from this, a strong threshold of the following concepts are also crucial in order to take the certification with ease:

  1. Networking
  2. Database applications 
  3. Web applications

 

Exam Pattern of The Az-300 Microsoft Azure Architect Technologies Certification Training:

  • The examination consists of 40-60 questions and a candidate is required to complete the examination in the total time span of 150 minutes.
  • A candidate needs to secure a minimum of 700 scores in order to obtain the certification. The exam consists of a mix of questions like multiple choice questions, drag and drop, case studies, active screen, review screen, built a list, short answers, etc.

Who Should Take Az-300 Microsoft Azure Architect Technologies Certification Training?

This certification is the best fit for the individuals who have gained a phenomenal knowledge related to the following subjects:

  • Disaster recovery and governance
  • Data management
  • Visualization
  • Budgeting
  • Business continuity
  • The course is also suitable for cloud solution architects and DevOps professionals.

COURSE HIGHLIGHTS:

  • Currently, you can avail two modes of training at the price of one, like you can get e-learning with the instructor-led live online virtual classroom training.
  • Complimentary study kit
  • Sample papers and mock test papers are rendered to all the participants for effectual understanding.
  • A total of 36 hours of training sessions is provided by our well qualified and experienced trainers.

Curriculum

  • Sl. No.
  • Chapter
  • Chapter - 1
  • Introduction to Microsoft Azure and Its Services
  • Chapter - 1.1
  • Azure Subscriptions
  • Chapter - 1.2
  • Azure Resources
  • Chapter - 1.3
  • Azure Free Tier Account
  • Chapter - 1.4
  • Azure Resource Manager
  • Chapter - 1.5
  • Azure Resource Manager Template
  • Chapter - 1.6
  • Azure Storage
  • Chapter - 1.7
  • Types of Azure Storage
  • Chapter - 2
  • Azure Virtual Machines and Networking
  • Chapter - 2.1
  • Azure Resource Manager Virtual Machine
  • Chapter - 2.2
  • Virtual Machines in ARM Template
  • Chapter - 2.3
  • Overview of Azure Virtual Machine
  • Chapter - 2.4
  • Azure Managed Disks
  • Chapter - 2.5
  • Azure Blob Storage
  • Chapter - 2.6
  • Networking in Azure
  • Chapter - 2.7
  • Subnets, NIC, NSG, IP Addresses, DNS
  • Chapter - 3
  • Azure VMSS and Availability Zones
  • Chapter - 3.1
  • Resiliency
  • Chapter - 3.2
  • Azure Availability Sets
  • Chapter - 3.3
  • Azure Availability Zone
  • Chapter - 3.4
  • Autoscaling
  • Chapter - 3.5
  • Virtual Machine Scale Set
  • Chapter - 3.6
  • Fault Domain
  • Chapter - 3.7
  • Update Domain
  • Chapter - 3.8
  • Load Balancer
  • Chapter - 3.9
  • Application Gateway
  • Chapter - 3.10
  • Azure Disk Encryption
  • Chapter - 4
  • Azure App Services and Its Features
  • Chapter - 4.1
  • Azure App Service Web Apps
  • Chapter - 4.2
  • App Service Security
  • Chapter - 4.3
  • Serverless Computing Concepts
  • Chapter - 4.4
  • Function Apps
  • Chapter - 4.5
  • Azure Event Grid
  • Chapter - 4.6
  • Azure Service Bus
  • Chapter - 4.7
  • Azure App Service Logic App
  • Chapter - 4.8
  • Using Shell Commands to create Web App
  • Chapter - 4.9
  • Background Tasks
  • Chapter - 4.10
  • Swagger tool
  • Chapter - 5
  • Advanced Azure Hybrid Connectivity and Site Recovery
  • Chapter - 5.1
  • Hybrid Connectivity
  • Chapter - 5.2
  • VNet S2S VPN
  • Chapter - 5.3
  • VNet Peering
  • Chapter - 5.4
  • Service Chaining
  • Chapter - 5.5
  • Azure VPN Gateway
  • Chapter - 5.6
  • Policy-Based Gateway
  • Chapter - 5.7
  • Route Based Gateway
  • Chapter - 5.8
  • Swagger tool
  • Chapter - 5.9
  • Gateway Connections
  • Chapter - 5.10
  • Express Route
  • Chapter - 5.11
  • VNet Routing
  • Chapter - 5.12
  • User-Defined Route
  • Chapter - 5.13
  • Border Gateway Protocol
  • Chapter - 5
  • Advanced Azure Hybrid Connectivity and Site Recovery
  • Chapter - 5.1
  • Hybrid Connectivity
  • Chapter - 5.2
  • VNet S2S VPN
  • Chapter - 5.3
  • VNet Peering
  • Chapter - 5.4
  • Service Chaining
  • Chapter - 5.5
  • Azure VPN Gateway
  • Chapter - 5.6
  • Policy-Based Gateway
  • Chapter - 5.7
  • Route Based Gateway
  • Chapter - 5.8
  • Swagger tool
  • Chapter - 5.9
  • Gateway Connections
  • Chapter - 5.10
  • Express Route
  • Chapter - 5.11
  • VNet Routing
  • Chapter - 5.12
  • User-Defined Route
  • Chapter - 5.13
  • Border Gateway Protocol
  • Chapter - 6
  • Azure Storage Solution and Design Patterns
  • Chapter - 6.1
  • Cloud design patterns
  • Chapter - 6.2
  • Cache-aside pattern
  • Chapter - 6.3
  • Sharding Pattern
  • Chapter - 6.4
  • Azure SQL DB
  • Chapter - 6.5
  • Azure Elastic Pool
  • Chapter - 6.6
  • Azure Data Lakes
  • Chapter - 6.7
  • Azure Data Factory
  • Chapter - 6.8
  • Azure Cosmos DB
  • Chapter - 7
  • Azure Kubernetes Service
  • Chapter - 7.1
  • Application Environment Components
  • Chapter - 7.2
  • Docker
  • Chapter - 7.3
  • DockerFile
  • Chapter - 7.4
  • Docker Image
  • Chapter - 7.5
  • Azure Container Registry
  • Chapter - 7.6
  • Azure Container Instance
  • Chapter - 7.7
  • Orchestration
  • Chapter - 7.8
  • Azure Kubernetes Service
  • Chapter - 7.9
  • Diagnostics Logs
  • Chapter - 7
  • Azure Kubernetes Service
  • Chapter - 7.1
  • Application Environment Components
  • Chapter - 7.2
  • Docker
  • Chapter - 7.3
  • DockerFile
  • Chapter - 7.4
  • Docker Image
  • Chapter - 7.5
  • Azure Container Registry
  • Chapter - 7.6
  • Azure Container Instance
  • Chapter - 7.7
  • Orchestration
  • Chapter - 7.8
  • Azure Kubernetes Service
  • Chapter - 7.9
  • Diagnostics Logs
  • Chapter - 8
  • Azure Active Directory and Role-Based Access Control Topics
  • Chapter - 8.1
  • Access Control
  • Chapter - 8.2
  • Role-Based Access Control
  • Chapter - 8.3
  • Validation in applications (permits, Azure AD, Azure AD Connect, token-based)
  • Chapter - 8.4
  • Multi-factor authentication (MFA)
  • Chapter - 8.5
  • Claims-based authorization
  • Chapter - 8.6
  • Role-based access control (RBAC) authorization
  • Chapter - 8.7
  • End-to-end encryption
  • Chapter - 8.8
  • Azure confidential computing
  • Chapter - 8.9
  • SSL and TLS communications
  • Chapter - 8.10
  • Azure Key Vault
  • Chapter - 8.11
  • Configure Fraud alerts
  • Chapter - 8.12
  • Bypass option trusted IPs
  • Chapter - 8.13
  • Managed Service Identity
  • Chapter - 8.14
  • Service Principal authentication
  • Chapter - 9
  • Azure Messaging Service (Events, Hubs, Queue and Bus)
  • Chapter - 9.1
  • Azure Messaging Service
  • Chapter - 9.2
  • Azure Service Bus
  • Chapter - 9.3
  • Azure Events Hub
  • Chapter - 9.4
  • Azure Events Grid
  • Chapter - 9.5
  • Azure Notifications Hub
  • Chapter - 9.6
  • Auto Scale Ruling in Azure
  • Chapter - 9.7
  • Transient Fault Handling
  • Chapter - 10
  • Azure Monitoring and Insights Service
  • Chapter - 10.1
  • Azure Monitoring
  • Chapter - 10.2
  • Azure Analytics
  • Chapter - 10.3
  • Azure Alerts
  • Chapter - 10.4
  • Azure Resource Metrics
  • Chapter - 10.5
  • Azure Activity Log
  • Chapter - 10.6
  • Service Health
  • Chapter - 10.7
  • Azure Log Analytics
  • Chapter - 10.8
  • Azure App Insights

FAQ

  • Q1. What is an Azure Architect?

  • A Microsoft Azure Solutions Architect is a proved practiced at architecting and handling all facets of Azure infrastructure, resolutions and is accountable for designing solutions to encounter the business needs of an organization.
  • Q2. What is Microsoft Azure?

  • Microsoft Azure is customary of cloud services intended to help any organization address daily business tasks. Azure permits you to make, succeed, and install applications on a broad network using Azure tools and tools and frameworks.
  • Q3. Who are the trainers for this training program?

  • Our trainers are certified and highly qualified with over years of experience in training and are working in the field.
  • Q4. What is covered under the 24*7 support assurance?

  • We deliver 24*7 supports via email, chat, and calls. We also have a committed team that offers assistance through our community medium. You will have lifetime access to the community medium, even after the accomplishment of your course with us.
  • Q5. What if I miss a session?

  • We offer a recording of each session for future reference.

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