Corporate Microsoft Azure Solutions Architect Training Course
Edstellar's instructor-led Microsoft Azure Solutions Architect training course equips professionals with the necessary skills and knowledge to deploy and manage Azure solutions. The course is essential for teams to build expertise in designing and implementing secure and efficient cloud solutions on the Azure platform.
Microsoft Azure Solutions Architect Corporate Training Course
Drive Team Excellence with Microsoft Azure Solutions Architect Training for Employees
Empower your teams with expert-led on-site/in-house or virtual/online Microsoft Azure Solutions Architect Training through Edstellar, a premier corporate training company for organizations globally. Our tailored Microsoft Azure Solutions Architect corporate training course equips your employees with the skills, knowledge, and cutting-edge tools needed for success. Designed to meet your specific needs, this Microsoft Azure Solutions Architect group training program ensures your team is primed to drive your business goals. Transform your workforce into a beacon of productivity and efficiency.
Microsoft Azure Solutions Architect plays a crucial role within the tech industry, focusing on designing solutions that run on Microsoft Azure. The course is significant for organizations to optimize their cloud infrastructure for enhanced performance, cost-efficiency, and security. The need for trained Azure Solutions Architects is growing, as they play a key role in guiding businesses through digital transformation, ensuring that cloud strategies align with organizational goals. Microsoft Azure Solutions Architect training course is essential for understanding cloud architecture, deployment, and management, enhancing professional growth.
Edstellar's instructor-led Microsoft Azure Solutions Architect training course is an exceptional program tailored for both virtual/onsite training delivery. The course is a blend of theoretical knowledge and hands-on experience conducted by industry experts, ensuring professionals are well-prepared to tackle real-world challenges. Edstellar's curriculum is customized to meet the team's unique needs, covering everything from basic principles to advanced concepts in cloud architecture.
Key Skills Employees Gain from Microsoft Azure Solutions Architect Training
Microsoft Azure Solutions Architect skills corporate training will enable teams to effectively apply their learnings at work.
- Azure Security
- Monitoring & Management
- Service Selection
- Cloud Architecture
- Automation Scripting
- Business Alignment
Microsoft Azure Solutions Architect Training for Employees: Key Learning Outcomes
Edstellar’s Microsoft Azure Solutions Architect training for employees will not only help your teams to acquire fundamental skills but also attain invaluable learning outcomes, enhancing their proficiency and enabling application of knowledge in a professional environment. By completing our Microsoft Azure Solutions Architect workshop, teams will to master essential Microsoft Azure Solutions Architect and also focus on introducing key concepts and principles related to Microsoft Azure Solutions Architect at work.
Employees who complete Microsoft Azure Solutions Architect training will be able to:
- Integrate Azure security services to build defense mechanisms for protecting data and applications in the cloud
- Utilize Azure's monitoring and management tools to maintain optimal performance and availability of cloud services
- Analyze Azure's diverse service portfolio to select and implement the most effective services for specific project needs
- Apply principles of cloud architecture to design and deploy secure, scalable Azure solutions that align with business objectives
- Develop automation scripts to streamline the deployment and management of Azure resources, enhancing operational efficiency
Key Benefits of the Microsoft Azure Solutions Architect Corporate Training
Attending our Microsoft Azure Solutions Architect classes tailored for corporations offers numerous advantages. Through our on-site/in-house or virtual/online Microsoft Azure Solutions Architect training classes, participants will gain confidence and comprehensive insights, enhance their skills, and gain a deeper understanding of Microsoft Azure Solutions Architect.
- Develop strategies for integrating Azure services, enhancing application scalability
- Learn to design and implement reliable Azure solutions that meet business requirements
- Develop the ability to analyze and optimize cloud expenditures, enhancing the return on Azure investment
- Explore advanced features of Azure, including AI, machine learning, and IoT, to drive innovation in the organization
- Equip professionals with knowledge of managing Azure resources, ensuring optimal performance and cost efficiency
Microsoft Azure Solutions Architect Training Topics and Outline
Our virtual and on-premise Microsoft Azure Solutions Architect training curriculum is divided into multiple modules designed by industry experts. This Microsoft Azure Solutions Architect training for organizations provides an interactive learning experience focused on the dynamic demands of the field, making it relevant and practical.
- Introduction to Cloud computing
- Defining cloud computing
- Cloud service models (IaaS, PaaS, SaaS)
- Benefits and challenges of cloud computing
- What is Microsoft Azure?
- Overview of Azure
- History of Microsoft Azure
- Azure's market position
- Microsoft Azure services
- Categories of Azure services
- Azure services
- Choosing the right Azure service
- Azure Portal
- Navigating the Azure portal
- Customizing the dashboard
- Managing Azure resources via the portal
- Azure CLI
- Introduction to Azure command line interface
- Basic Azure CLI commands
- Automating tasks with Azure CLI
- Azure PowerShell
- Overview of Azure PowerShell
- Differences between Azure CLI and PowerShell
- Scripting with Azure PowerShell
- Azure resources & subscriptions
- Azure subscriptions
- Managing Azure resources
- Azure resource groups
- Azure Resource Manager
- What is Azure Resource Manager (ARM)?
- ARM templates and their structure
- Deploying resources with ARM templates
- Managing Azure resources
- Tools for managing Azure resources
- Role-Based Access Control (RBAC)
- Resource tagging and organization
- Azure tags
- Implementing tags in Azure
- Tagging strategies for resource management
- Reporting and billing with tags
- Azure storage account & its types
- Types of Azure storage accounts
- Creating and configuring storage accounts
- Data redundancy options
- Azure blob storage
- Blob storage
- Creating and managing containers and blobs
- Access control and security
- Azure Content Delivery Network (CDN)
- Basics of CDN
- Setting up an Azure CDN
- Integrating CDN with Azure services
- Azure files storage
- Introduction to Azure files
- Mounting Azure files shares
- Azure file sync
- Setting up Azure file sync
- Sync groups and cloud endpoints
- Monitoring and troubleshooting
- Azure table storage
- Overview of table storage
- Designing and implementing tables
- Querying and managing data
- Azure queue storage
- Basics of queue storage
- Creating and managing queues
- Handling messages in queues
- Azure storage explorer
- Introduction to storage explorer
- Connecting to Azure storage accounts
- Managing storage resources with storage explorer
- Azure Shared Access Signature (SAS)
- Understanding SAS
- Generating and managing SAS tokens
- Azure databox
- What is Azure databox?
- Secure data transfer with databox
- Azure storage replication
- Data replication options in Azure
- Configuring replication
- Understanding replication latencies
- Data replication options
- Comparing replication options
- Choosing the right replication strategy
- Cost implications of replication
- Azure import/export service
- Using the import/export service for data transfer
- Preparing for import/export
- Tracking and security considerations
- Azure virtual machines
- Creating and configuring VMs
- VM sizes and types
- Managing and maintaining VMs
- Data disks in Azure
- Adding data disks to VMs
- Disk caching options
- Disk performance considerations
- Azure VMs & interfaces
- Understanding VM interfaces
- Customizing and securing VM access
- Network and storage configurations
- ARM templates
- Advanced ARM template functionalities
- Parameter files and template functions
- Deploying complex environments with ARM templates
- VHD templates
- Overview of VHDs in Azure
- Creating custom VHDs
- Uploading and using VHDs for VMs
- Custom images of Azure VM
- Creating custom images
- Sharing and managing custom images
- Automating VM deployments with custom images
- Virtual machine scale sets
- Introduction to VM scale sets
- Configuring and managing scale sets
- Autoscaling and updating policies
- Virtual machine availability sets
- Designing highly available VM deployments
- Configuring availability sets
- App service web app for containers
- Hosting containers in Azure app service
- Configuring container settings
- Continuous deployment for containers
- App service plan
- Choosing the right app service plan
- Scaling app service plans
- Pricing and performance considerations
- Networking for an app service
- Integrating app services with Azure networking
- Custom domains and SSL certificates
- Network security features
- Deployment slots
- Using deployment slots for staging environments
- Configuring auto-swap for zero downtime deployments
- Slot-specific settings and rollbacks
- Container image
- Building and storing container images
- Azure container registry integration
- Azure Kubernetes Service
- Overview of AKS
- Deploying and managing Kubernetes clusters
- AKS security and networking features
- Azure Container Registry
- Managing container images with ACR
- ACR tasks and automation
- Securing and scaling ACR
- Azure virtual networks
- Creating and configuring Vnets
- Vnet peering and connectivity options
- Integrating on-premises networks with Azure
- Azure Vnet components
- Subnets
- Network security and firewall options
- Routing and network flow control
- IP address – public & private IPs
- Assigning and managing IP addresses
- Static vs. dynamic IP addressing
- IP strategies for high availability
- Azure Vnet subnets
- Designing subnet structures
- Network segmentation and isolation
- Subnet delegation and service endpoints
- Azure Network Interface Cards (NIC)
- Configuring NICs for Azure VMs
- Multiple NICs and advanced networking
- NIC security features
- Network Security Group (NSG)
- Understanding NSGs and their rules
- NSG monitoring and logging
- Route tables
- Custom routing in Azure
- Associating route tables with subnets
- Forced tunneling and UDRs
- Service Tags
- Utilizing service tags in NSG rules
- Simplifying network security management
- Service tag updates
- Azure DNS
- Configuring Azure DNS zones
- DNS records and delegation
- Integrating Azure DNS with on-premises DNS
- Private DNS
- Private domain hosting in Azure
- Integrating private DNS with virtual networks
- Name resolution across virtual networks
- Application gateway
- Setting up application gateway
- Web application firewall (WAF) features
- URL-based routing and SSL termination
- Azure front door service
- Overview of front door service
- Configuring routing and acceleration
- Protection against global threats
- Azure traffic manager
- Traffic routing methods
- Endpoint monitoring and failover
- Traffic manager profile configuration
- Application security groups
- Implementing ASGs for micro-segmentation
- Simplifying network security management
- ASG strategies
- Azure load balancers
- Types of load balancers in Azure
- Configuring internal and public load balancers
- Health probes and load balancing rules
- Azure firewall
- Stateful firewall as a service
- Rules and threat intelligence
- Integrating Azure firewall with other Azure services
- Azure bastion
- Secure and seamless RDP/SSH access
- Setting up Bastion hosts
- Bastion and network security
- Network watcher
- Network diagnostic and visualization tools
- Network performance monitoring and troubleshooting
- Azure express route
- Dedicated private connectivity to Azure
- Express route circuits and peering
- QoS and MPLS support
- Express route circuits
- Planning and provisioning Express route circuits
- Connectivity models and partners
- Redundancy and high availability
- Express route peering
- Private, public, and Microsoft peering configurations
- Routing and network optimization
- Peering configuration and management
- Identity and access management in Azure
- Overview of Azure IAM
- Managing identities and access control
- Integrating with external identity providers
- Role Based Access Management (RBAC)
- Understanding RBAC in Azure
- Predefined roles and custom roles
- Role definitions
- Creating and managing custom roles
- Role definition structure and properties
- Assigning roles at different scopes
- Role assignment in Azure resources
- Securing resources with RBAC
- Role assignment strategies
- Auditing and compliance reporting
- Azure users & groups
- Managing Azure AD users and groups
- Synchronization with on-premises directories
- Group-based access management
- RBAC Policies
- Policy definition and assignment
- Evaluating policy compliance
- Remediation and exceptions
- Azure Active Directory (Azure AD)
- Azure AD overview and core features
- Directory synchronization and federation
- Integrating Azure AD with SaaS applications
- Windows AD Vs. Azure AD
- Comparing Windows Active Directory and Azure AD
- Migration paths and interoperability
- Hybrid identity models
- Azure AD users
- Managing user accounts in Azure AD
- Self-service password management
- User lifecycle management
- Azure AD groups
- Group management in Azure AD
- Dynamic groups and membership rules
- Access management with groups
- Azure AD domains
- Adding and verifying custom domains
- Domain configuration and DNS considerations
- Multi-domain strategies
- Azure AD tenants
- Understanding Azure AD tenants
- Managing multiple tenants
- Tenant isolation and collaboration
- Authentication options
- Authentication methods in Azure AD
- Configuring single sign-on (SSO)
- Passwordless authentication methods
- Azure AD connect
- Synchronizing on-premises directories with Azure AD
- Custom synchronization rules
- Monitoring and troubleshooting Azure AD Connect
- Self Service Password Reset (SSPR)
- Configuring SSPR
- User experience and security considerations
- Auditing and reporting SSPR activities
- Multi-Factor Authentication (MFA)
- Enabling and configuring MFA
- MFA methods and end-user experience
- Security and compliance implications
- Resource locks
- Preventing accidental deletion or modification
- Applying locks to resources
- Managing and auditing resource locks
- Azure monitor
- Overview of Azure monitor
- Collecting, analyzing, and acting on telemetry data
- Integration with other Azure services
- Azure metrics
- Understanding and using metrics
- Creating and configuring metric alerts
- Visualizing metrics with dashboards
- Log analytics
- Collecting and querying log data
- Setting up log-based alerts
- Using Kusto Query Language (KQL)
- Alerts and actions
- Configuring alerts in Azure
- Action groups and action types
- Application insights
- Application performance monitoring
- Custom telemetry and live metrics
- Troubleshooting applications with application insights
- Backup reports
- Monitoring backup status and health
- Configuring backup reports
- Analyzing backup trends and patterns
- Recovery services vault
- Setting up and configuring recovery services vaults
- Policy management for backups
- Restoring data from backups
- Backing up Azure virtual machines
- VM backup options in Azure
- Configuring and managing VM backups
- Recovery and restoration processes
- VM backup policies
- Defining and applying backup policies
- Schedule and retention settings
- Compliance and auditing of backup policies
- Restoring Azure virtual machines
- Restoration options for Azure VMs
- Performing a restore operation
- MFA fraud alerts
- Configuring and responding to MFA fraud alerts
- User training and awareness
- MFA bypass options
- Conditions for bypassing MFA
- Managing bypass policies securely
- MFA trusted IPs
- Configuring trusted IPs for MFA
- Security implications of trusted IPs
- MFA verification methods
- Available verification methods for MFA
- Choosing the right method
- Azure key vault
- Managing secrets, keys, and certificates
- Key vault integration with Azure services
- Azure AD managed identities
- Utilizing managed identities for Azure resources
- Securely accessing resources without storing credentials
- Azure AD application management
- Registering and managing applications in Azure AD
- Configuring application permissions
- Secure application access with Azure AD
- Understanding VM migration
- Migration strategies for virtual machines
- Pre-migration assessments
- Azure Migrate
- Overview of Azure Migrate services
- Setting up an Azure Migrate project
- Conducting server and database migrations
- Azure site recovery
- Using Azure site recovery for migration
- DR planning as part of migration
- Server assessment
- Assessing servers for migration readiness
- Using Azure Migrate for assessments
- Server migration
- Migrating servers to Azure
- Post-migration tasks and optimization
- NoSQL and SQL database
- Differences between NoSQL and SQL databases
- Cosmos DB
- Introduction to Cosmos DB
- Key features and capabilities
- Choosing the right API model
- Multiple APIs and Data models
- Working with SQL, MongoDB, Cassandra, and Gremlin APIs
- Data modeling for each API
- Request Units
- Understanding Request Units (RUs)
- Estimating and optimizing RU consumption
- Request Unit calculator
- Using the RU calculator tool
- Planning capacity and scaling
- Achieving elastic scale
- Scaling up and out in Cosmos DB
- Partitioning strategies for global distribution
- Partition key
- Choosing an effective partition key
- Impact of partition key on performance and scalability
- Cross-partition queries
- Writing efficient cross-partition queries
- Optimizing query performance
- Replication
- Setting up global distribution
- Understanding consistency levels in Cosmos DB
- Turnkey global distribution
- Enabling and managing global distribution
- Designing for high availability and low latency
- Replication and consistency
- Consistency models in Cosmos DB
- Choosing the right consistency level
- Consistency levels
- Detailed overview of each consistency level
- Document database
- Working with documents in Cosmos DB
- CRUD operations and indexing
- Cosmos DB resource model
- Understanding the resource model
- Resource properties, self-links, and URLs
- Data migration tool
- Tools available for data migration to Cosmos DB
- Planning and executing a migration
- Rich query with SQL
- Advanced query techniques using SQL API
- Leveraging SQL operators and functions
- SQL operators and functions
- Commonly used SQL functions in Cosmos DB
- Writing complex queries with operators
- Client development
- Developing applications with Cosmos DB SDKs
- Indexing policies
- Customizing indexing policies in Cosmos DB
- Impact of indexing on performance
- Users, permissions, and resource tokens
- Managing access control in Cosmos DB
- Using resource tokens for fine-grained access
- Server-side programming model
- Writing stored procedures, triggers, and UDFs
- Triggers
- Implementing pre and post-operation triggers
- User-defined functions (UDFs)
- Creating and using UDFs in Cosmos DB
- Enhancing query capabilities with UDFs
- Table API
- Working with the Table API in Cosmos DB
- Migrating from Azure Table Storage to Cosmos DB
- Cosmos DB graph database
- Introduction to graph databases in Cosmos DB
- Modeling data with vertices and edges
- Vertices and edges
- Creating and managing graph elements
- Designing effective graph schemas
- Populating the graph
- Importing and exporting graph data
- Techniques for populating a graph database
- Bi-directional relationships
- Modeling relationships in a graph database
- Querying connected data
- Writing gremlin queries
- Basics of the Gremlin query language
- Advanced Gremlin techniques for complex queries
- Azure Table Storage
- Overview of Azure Table Storage
- Migrating to Cosmos DB for enhanced capabilities
This Corporate Training for Microsoft Azure Solutions Architect is ideal for:
What Sets Us Apart?
Microsoft Azure Solutions Architect Corporate Training Prices
Our Microsoft Azure Solutions Architect training for enterprise teams is tailored to your specific upskilling needs. Explore transparent pricing options that fit your training budget, whether you're training a small group or a large team. Discover more about our Microsoft Azure Solutions Architect training cost and take the first step toward maximizing your team's potential.
Request for a quote to know about our Microsoft Azure Solutions Architect corporate training cost and plan the training initiative for your teams. Our cost-effective Microsoft Azure Solutions Architect training pricing ensures you receive the highest value on your investment.
Our customized corporate training packages offer various benefits. Maximize your organization's training budget and save big on your Microsoft Azure Solutions Architect training by choosing one of our training packages. This option is best suited for organizations with multiple training requirements. Our training packages are a cost-effective way to scale up your workforce skill transformation efforts..
125 licenses
64 hours of training (includes VILT/In-person On-site)
Tailored for SMBs
350 licenses
160 hours of training (includes VILT/In-person On-site)
Ideal for growing SMBs
900 licenses
400 hours of training (includes VILT/In-person On-site)
Designed for large corporations
Unlimited licenses
Unlimited duration
Designed for large corporations
Target Audience for Microsoft Azure Solutions Architect Training Course
The Microsoft Azure Solutions Architect training course is ideal for cloud architects, solution architects, IT managers, software engineers, DevOps engineers, and system administrators.
The Microsoft Azure Solutions Architect training program can also be taken by professionals at various levels in the organization.
Microsoft Azure Solutions Architect training for managers
Microsoft Azure Solutions Architect training for staff
Microsoft Azure Solutions Architect training for leaders
Microsoft Azure Solutions Architect training for executives
Microsoft Azure Solutions Architect training for workers
Microsoft Azure Solutions Architect training for businesses
Microsoft Azure Solutions Architect training for beginners
Microsoft Azure Solutions Architect group training
Microsoft Azure Solutions Architect training for teams
Microsoft Azure Solutions Architect short course
Prerequisites for Microsoft Azure Solutions Architect Training
Professionals with basic knowledge of cloud computing concepts can take up the Microsoft Azure Solutions Architect training course.
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Bringing you the Best Microsoft Azure Solutions Architect Trainers in the Industry
The instructor-led Microsoft Azure Solutions Architect training is conducted by certified trainers with extensive expertise in the field. Participants will benefit from the instructor's vast knowledge, gaining valuable insights and practical skills essential for success in Microsoft Azure Solutions Architect Access practices.
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Training Delivery Modes for Microsoft Azure Solutions Architect Group Training
At Edstellar, we understand the importance of impactful and engaging training for employees. To ensure the training is more interactive, we offer Face-to-Face onsite/in-house or virtual/online Microsoft Azure Solutions Architect training for companies. This method has proven to be the most effective, outcome-oriented and well-rounded training experience to get the best training results for your teams.
Instructor-led Training
Engaging and flexible online sessions delivered live, allowing professionals to connect, learn, and grow from anywhere in the world.
Instructor-led Training
Customized, face-to-face learning experiences held at your organization's location, tailored to meet your team's unique needs and objectives.
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Instructor-led Training
Interactive workshops and seminars conducted at external venues, offering immersive learning away from the workplace to foster team building and focus.
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