Learn cloud basics
Build foundational knowledge of Azure services and cloud concepts.
Cloud · Azure services, architecture, and deployment
Microsoft Azure
Understand Azure fundamentals, subscriptions, resource groups, compute, storage, networking, identity, databases, security, monitoring, deployment, and cloud cost management.
Move from Azure basics to a complete Azure Cloud Solution project with resource organization, compute deployment, storage, networking, monitoring, and operational documentation.
Course overview
Microsoft Azure is a cloud platform used to build, deploy, manage, and scale applications and services. Azure provides services for compute, storage, networking, databases, identity, security, monitoring, AI, and DevOps.
This course introduces cloud concepts, Azure architecture, subscriptions and resource groups, virtual machines, App Service, Azure Storage, virtual networks, Microsoft Entra ID, Azure SQL, security controls, monitoring, backups, deployment workflows, and cost-management practices.
The proposed capstone is an Azure Cloud Solution project for a chosen approved use case. It covers resource organization, compute deployment, storage configuration, networking, security, monitoring, documentation, and a professional demonstration.
A well-designed Azure solution balances performance, security, reliability, scalability, maintainability, and cost. Cloud resources should be intentionally configured and regularly reviewed.
Prerequisites
This course is designed for beginners with basic computer knowledge. No prior Azure experience is required.
- Basic computer knowledge.
- Basic understanding of files, folders, and web browsers.
- Basic networking awareness is helpful.
- Basic command-line knowledge is helpful but not required.
- Basic programming knowledge is helpful for deployment topics.
- An approved Azure account or lab subscription is required for practical exercises.
Readiness activity
Explain the difference between on-premises infrastructure and cloud infrastructure. Identify two benefits and two responsibilities that remain important when using a cloud platform.
Who can explore this course?
Deploy applications
Learn how to host, configure, and manage applications in Azure.
Manage cloud resources
Develop skills in Azure compute, storage, networking, identity, and monitoring.
Build cloud workflows
Explore deployment, automation, monitoring, and cloud operations.
What you will learn
- Explain cloud-computing concepts and Azure fundamentals.
- Understand Azure regions, availability zones, and resource groups.
- Create and organize Azure resources using the Azure portal.
- Deploy and manage virtual machines and App Service applications.
- Configure Azure Storage accounts, blobs, files, and queues.
- Understand virtual networks, subnets, NSGs, and load balancing.
- Use Microsoft Entra ID for identity and access management.
- Deploy and manage Azure SQL and other database services.
- Apply security controls, role-based access control, and encryption concepts.
- Monitor resources using Azure Monitor and Log Analytics concepts.
- Understand backup, disaster recovery, and high availability.
- Manage Azure costs, budgets, and resource governance.
Curriculum outline
The ten-module outline moves from Azure fundamentals to a complete Azure Cloud Solution. Exact Azure services, subscription access, and lab environment should be confirmed before delivery.
01
Cloud and Azure fundamentals
Understand cloud computing and the core concepts of Microsoft Azure.
- Cloud-computing concepts.
- Public, private, and hybrid cloud.
- IaaS, PaaS, and SaaS models.
- Azure regions and availability zones.
- Azure subscriptions and management groups.
- Resource groups and resource organization.
Practice: Identify the appropriate cloud service model for three business scenarios and explain your reasoning.
02
Azure portal and resource management
Navigate Azure and organize resources safely and consistently.
- Azure portal navigation.
- Subscriptions and billing concepts.
- Resource groups.
- Resource naming and tagging.
- Azure CLI and Azure PowerShell concepts.
- Azure Resource Manager templates concepts.
Practice: Create a resource group with a clear naming convention and apply useful tags.
03
Azure compute services
Deploy and manage compute resources for applications and workloads.
- Virtual machines and VM sizing.
- VM availability and scaling concepts.
- Azure App Service.
- Azure Functions and serverless concepts.
- Containers and Azure Container Instances concepts.
- Azure Kubernetes Service concepts.
Practice: Deploy a simple application using Azure App Service or create a virtual machine in an approved lab environment.
04
Azure storage services
Store, organize, protect, and access data using Azure Storage services.
- Storage accounts and redundancy options.
- Azure Blob Storage.
- Azure Files.
- Azure Queue Storage.
- Azure Table Storage concepts.
- Storage security and access keys.
Practice: Create a storage account, upload files to Blob Storage, and configure controlled access.
05
Azure networking
Understand Azure networking and connect cloud resources securely.
- Virtual networks and subnets.
- IP addressing and DNS.
- Network security groups.
- Load balancers and application gateways.
- VPN and ExpressRoute concepts.
- Network monitoring and troubleshooting.
Practice: Create a virtual network with subnets and configure a network security group for controlled access.
05
Identity and access management
Control access to Azure resources using identity and authorization concepts.
- Microsoft Entra ID fundamentals.
- Users, groups, and service principals.
- Role-based access control.
- Least-privilege access.
- Multi-factor authentication concepts.
- Conditional access concepts.
Practice: Create a user or group and assign a least-privilege role for a controlled lab resource.
06
Azure databases
Deploy and manage managed database services in Azure.
- Azure SQL Database concepts.
- Azure Database for MySQL.
- Azure Database for PostgreSQL.
- Azure Cosmos DB concepts.
- Database security and backups.
- Connection security and firewall rules.
Practice: Create an Azure SQL Database, configure firewall access, and connect using an approved tool.
07
Security and governance
Protect Azure resources using security controls and governance practices.
- Shared responsibility model.
- Microsoft Defender for Cloud concepts.
- Encryption and key management concepts.
- Azure Policy and governance.
- Resource locks and tags.
- Security best practices.
Practice: Review a lab resource for public access, unnecessary permissions, missing tags, and security recommendations.
08
Monitoring, backup, and reliability
Monitor Azure resources and plan for availability and recovery.
- Azure Monitor concepts.
- Metrics, logs, and alerts.
- Log Analytics concepts.
- Azure Backup concepts.
- Disaster-recovery planning.
- High-availability design concepts.
Practice: Create an alert for a controlled resource metric and review available monitoring data.
09
Deployment and cost management
Deploy cloud solutions responsibly and manage Azure costs.
- Deployment methods and environments.
- CI/CD and GitHub Actions concepts.
- Infrastructure as Code concepts.
- Azure Cost Management concepts.
- Budgets, alerts, and spending reviews.
- Resource cleanup and cost optimization.
Practice: Review lab resource costs, identify unused resources, and document a cleanup plan.
10
Capstone delivery
Complete the Azure Cloud Solution project and prepare a professional demonstration.
- Define the business requirement and solution scope.
- Plan resource groups, naming, and tagging.
- Deploy compute, storage, networking, and database resources.
- Configure identity, access, and security controls.
- Configure monitoring, alerts, and backups.
- Document architecture, configuration, and cost considerations.
- Present the solution, limitations, and next steps.
Practice: Submit a complete Azure Cloud Solution with architecture documentation, resource inventory, security notes, and cleanup instructions.
Practical exercise ideas
Complete these smaller activities before assembling the final Azure Cloud Solution project.
Resource organization
Create a resource group with naming conventions and useful tags.
App deployment
Deploy a simple application using Azure App Service or a virtual machine.
Blob storage
Create a storage account and configure controlled Blob Storage access.
Virtual network
Create a virtual network, subnet, and network security group.
Role-based access
Assign a least-privilege role to a user or group in a lab environment.
Resource alert
Create an alert for a resource metric and review monitoring options.
Suggested ten-week learning plan
This is an illustrative learning sequence. Confirm the academy's official timetable, Azure subscription access, lab policies, and assessment requirements before publishing.
| Week | Focus | Suggested milestone |
|---|---|---|
| 01 | Cloud and Azure fundamentals | Explain cloud models, regions, and resource groups. |
| 02 | Azure portal and resource management | Create and organize a tagged resource group. |
| 03 | Azure compute services | Deploy an App Service app or virtual machine. |
| 04 | Azure storage services | Create a storage account and configure Blob access. |
| 05 | Azure networking | Create a virtual network and network security group. |
| 06 | Identity and access management | Apply least-privilege role-based access. |
| 07 | Azure databases | Deploy and connect to an Azure SQL Database. |
| 08 | Security and governance | Review security settings and apply governance controls. |
| 09 | Monitoring, backup, and cost management | Create alerts and document a cleanup plan. |
| 10 | Capstone presentation | Submit and present the Azure Cloud Solution. |
Design, deploy, and operate an Azure solution
Capstone project
Azure Cloud Solution
Build a complete Azure Cloud Solution for a chosen approved use case. Possible examples include a web application, file-storage solution, internal dashboard, database-backed application, monitoring solution, or another suitable educational cloud environment.
Core project requirements
- Define the business requirement, users, and success criteria.
- Create a resource group with a clear naming convention.
- Apply consistent tags for ownership, environment, and purpose.
- Deploy an approved compute service such as App Service or a VM.
- Create and configure an Azure Storage account.
- Configure a virtual network and network security group.
- Deploy an approved database service where required.
- Configure role-based access using least privilege.
- Configure monitoring, metrics, and alerts.
- Configure backup or recovery considerations where appropriate.
- Document architecture, configuration, and security decisions.
- Review costs and provide a resource-cleanup plan.
Quality requirements
- Use least-privilege access for users and services.
- Do not expose unnecessary public endpoints or ports.
- Use secure storage and database access practices.
- Do not store credentials, connection strings, or keys in public files.
- Use approved Azure regions and subscription permissions.
- Apply resource tags and naming conventions consistently.
- Monitor resource health and configure meaningful alerts.
- Document backup, recovery, and operational procedures.
- Review costs and remove unused resources after demonstration.
- Clearly state limitations and recommended next steps.
A secure Azure solution is not only about deploying resources. It requires controlled identity access, secure networking, monitoring, governance, cost awareness, and documented recovery procedures.
Suggested project structure
Keep architecture documentation, configuration notes, scripts, and operational procedures organized for maintainability.
azure-cloud-solution/
├── docs/
│ ├── architecture.md
│ ├── resource-inventory.md
│ ├── security-notes.md
│ └── cost-cleanup-plan.md
├── scripts/
│ ├── create-resources.sh
│ └── cleanup-resources.sh
├── templates/
│ └── azure-template.json
├── app/
├── config/
├── screenshots/
├── README.md
└── .gitignore
Do not commit Azure subscription IDs, connection strings, storage keys, client secrets, private keys, or production configuration files to a public repository.
Azure solution workflow
Azure projects are iterative. Monitoring results, security findings, cost reviews, and changing business needs may require updates to resources, access controls, networking, or deployment practices.
Define requirements
Identify users, workloads, security needs, and cost constraints.
Create resources
Use subscriptions, resource groups, naming, and tags consistently.
Build the solution
Deploy compute, storage, networking, and database services.
Control access
Use identity, role-based access, network controls, and encryption concepts.
Review health
Track metrics, logs, alerts, availability, and performance.
Manage cost
Review usage, remove unused resources, and improve efficiency.
Azure Resource Manager provides a consistent management layer for organizing, deploying, and managing Azure resources through resource groups and templates.
Tools and technologies
The exact Azure services and lab environment may vary by delivery. The proposed toolkit focuses on practical Azure cloud workflows.
- Microsoft Azure
- Azure Portal
- Azure CLI
- Azure PowerShell
- Azure Resource Manager
- Azure Virtual Machines
- Azure App Service
- Azure Storage
- Azure Virtual Network
- Microsoft Entra ID
- Azure SQL Database
- Azure Monitor
- Git
- GitHub
- Visual Studio Code
Supporting concepts
- Cloud service models and shared responsibility.
- Regions, availability, and resource organization.
- Compute, storage, networking, and databases.
- Identity, access control, and governance.
- Monitoring, backup, and disaster recovery.
- Cost management and resource cleanup.
Learning outcomes
By completing the proposed lessons and exercises, aim to demonstrate the following abilities:
- Explain cloud and Azure fundamentals.
- Organize Azure resources using resource groups and tags.
- Deploy compute resources using Azure services.
- Configure Azure Storage and controlled access.
- Create virtual networks and network security controls.
- Use identity and role-based access concepts.
- Deploy and connect to Azure database services.
- Apply security and governance practices.
- Monitor resources and configure alerts.
- Manage costs and document resource cleanup.
These are learning objectives, not guarantees of employment, certification, placement, or a specific cloud role. Progress depends on practice, security awareness, troubleshooting, and continued learning.
Related career interests
Illustrative directions for continued learning, not job or placement guarantees.
- Azure Administrator Trainee
- Cloud Support Engineer Trainee
- Cloud Operations Trainee
- DevOps Engineer Trainee
- Cloud Developer Trainee
- Technology Trainee
- Associate Engineer
Portfolio presentation ideas
- Explain the business requirement and solution architecture.
- Show resource groups, naming, and tagging conventions.
- Demonstrate compute and storage deployment.
- Explain networking and security controls.
- Present identity and access-management decisions.
- Show monitoring, alerts, backup, and cost considerations.
Frequently asked questions
Who is this course for?
It is suitable for beginners, developers, IT professionals, and DevOps learners who want to understand Microsoft Azure and cloud operations.
Do I need Azure experience?
No. The course begins with cloud and Azure fundamentals and does not require prior Azure experience.
Do I need programming knowledge?
No. Basic computer knowledge is sufficient. Basic programming and command-line knowledge can help with deployment and automation topics.
Will the course cover virtual machines?
Yes. It covers Azure Virtual Machines, VM sizing, availability concepts, and basic virtual-machine management.
Will the course cover App Service?
Yes. It covers Azure App Service concepts and deploying a simple web application in an approved lab environment.
Will the course cover Azure Storage?
Yes. It covers storage accounts, Blob Storage, Azure Files, Queue Storage, redundancy, and storage-security concepts.
Will the course cover networking?
Yes. It covers virtual networks, subnets, IP addressing, network security groups, load balancing, and network troubleshooting.
Will the course cover identity and security?
Yes. It covers Microsoft Entra ID, users, groups, role-based access control, least privilege, encryption concepts, and governance.
Will the course cover databases?
Yes. It covers Azure SQL Database, Azure Database for MySQL and PostgreSQL, Cosmos DB concepts, backups, and connection security.
What is the capstone project?
The proposed capstone is an Azure Cloud Solution covering resource organization, compute, storage, networking, identity, monitoring, security, documentation, and cost cleanup.
Do I need an Azure account?
An approved Azure account or lab subscription is required for practical exercises. Confirm the academy's approved cloud environment, permissions, and spending limits before enrollment.
How long is the course?
The supplied course information proposes a duration of ten weeks. Confirm the academy's official schedule, Azure services, lab access, and assessment requirements.
Does this course guarantee a job?
No. The course can support practical learning and portfolio development, but it does not guarantee employment, placement, certification, or salary.
How do I enroll?
This page is a frontend course-information demonstration. Enrollment, payment, scheduling, and admission workflows are not implemented here.
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Study Azure fundamentals, compute, storage, networking, identity, databases, security, monitoring, deployment, and cost management through a practical portfolio project.