Microsoft Azure Solutions Architect – Technologies (Old: AZ-300) (AZ-303)

Microsoft Azure Solutions Architect – Technologies (Old: AZ-300) (AZ-303)

Klassikaal + virtueel = hybride

Staat de klassikale cursus tegelijkertijd gepland met de virtuele cursus? Dan kun je ervan uitgaan dat wij deze training hybride geven. Dit betekent dat je tussentijds kunt switchen van klassikaal naar virtueel en andersom.

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General

This course prepares for the Azure Architect role and the Microsoft Certified: Azure Solutions Architect Associate certification. Candidates for this exam are Azure Solution Architects who advise stakeholders and translates business requirements into secure, scalable, and reliable solutions. Candidates should have advanced experience and knowledge across various aspects of IT operations, including networking, virtualization, identity, security, business continuity, disaster recovery, data management, budgeting, and governance. This role requires managing how decisions in each area affects an overall solution. Candidates must be proficient in Azure administration, Azure development, and DevOps, and have expert-level skills in at least one of those domains.

Objectives

Target audience

Candidates for this course are Azure Solution Architects who advise stakeholders and translates business requirements into secure, scalable, and reliable solutions.

Candidates should have advanced experience and knowledge across various aspects of IT operations, including networking, virtualization, identity, security, business continuity, disaster recovery, data management, budgeting, and governance. This role requires managing how decisions in each area affects an overall solution.

Candidates must be proficient in Azure administration, Azure development, and DevOps, and have expert-level skills in at least one of those domains.

Voorkennis

Onderstaande voorkennis is vereist:

Attendees of this course should possess these skills:

  • Understanding of cloud infrastructure deployement and configuration

  • Understanding of implementing workloads and security

  • Basic understanding Cloud Architect Technology Solutions

  • Understanding of apps creation and deployment

  • Knowledge of developing for the cloud

Persoonlijk advies?

Topics

  • Deploy and Configure Infrastructure (25-30%)
    • Analyze resource utilization and consumption
    • May include but not limited to: Configure diagnostic settings on resources; create baseline for resources; create and rest alerts; analyze alerts across subscription; analyze metrics across subscription; create action groups; monitor for unused resources; monitor spend; report on spend; utilize Log Search query functions; view alerts in Log Analytics
    • Create and configure storage accounts
    • May include but not limited to: Configure network access to the storage account; create and configure storage account; generate shared access signature; install and use Azure Storage Explorer; manage access keys; monitor activity log by using Log Analytics; implement Azure storage replication
    • Create and configure a Virtual Machine (VM) for Windows and Linux
    • May include but not limited to: Configure high availability; configure monitoring, networking, storage, and virtual machine size; deploy and configure scale sets
    • Automate deployment of Virtual Machines (VMs)
    • May include but not limited to: Modify Azure Resource Manager (ARM) template; configure location of new VMs; configure VHD template; deploy from template; save a deployment as an ARM template; deploy Windows and Linux VMs
    • Create connectivity between virtual networks
    • May include but not limited to: Create and configure VNET peering; create and configure VNET to VNET; verify virtual network connectivity; create virtual network gateway
    • Implement and manage virtual networking
    • May include but not limited to: Configure private and public IP addresses, network routes, network interface, subnets, and virtual network
    • Manage Azure Active Directory (AD)
    • May include but not limited to: Add custom domains; configure Azure AD Identity Protection, Azure AD Join, and Enterprise State Roaming; configure self-service password reset; implement conditional access policies; manage multiple directories; perform an access review
    • Implement and manage hybrid identities
    • May include but not limited to: Install and configure Azure AD Connect; configure federation and single sign-on; manage Azure AD Connect; manage password sync and writeback
  • Implement Workloads and Security (20-25%)
    • Migrate servers to Azure
    • May include but not limited to: Migrate by using Azure Site Recovery (ASR); migrate using P2V; configure storage; create a backup vault; prepare source and target environments; backup and restore data; deploy Azure Site Recovery (ASR) agent; prepare virtual network
    • Configure serverless computing
    • May include but not limited to: Create and manage objects; manage a Logic App resource; manage Azure Function app settings; manage Event Grid; manage Service Bus
    • Implement application load balancing
    • May include but not limited to: Configure application gateway and load balancing rules; implement front end IP configurations; manage application load balancing
    • Integrate on premises network with Azure virtual network
    • May include but not limited to: Create and configure Azure VPN Gateway; create and configure site to site VPN; configure Express Route; verify on premises connectivity; manage on-premise connectivity with Azure
    • Manage role-based access control (RBAC)
    • May include but not limited to: Create a custom role; configure access to Azure resources by assigning roles; configure management access to Azure; troubleshoot RBAC; implement RBAC policies; assign RBAC roles
    • Implement Multi-Factor Authentication (MFA)
    • May include but not limited to: Enable MFA for an Azure tenant; configure user accounts for MFA; configure fraud alerts; configure bypass options; configure trusted IPs; configure verification methods; manage role-based access control (RBAC); implement RBAC policies; assign RBAC Roles; create a custom role; configure access to Azure resources by assigning roles; configure management access to Azure#Architect Cloud Technology Solutions (5-10%)
    • Select an appropriate compute solution
    • May include but not limited to: Leverage appropriate design patterns; select appropriate network connectivity options; design for hybrid topologies
    • Select an appropriate integration solution
    • May include but not limited to: Address computational bottlenecks, state management, and OS requirements; provide for web hosting if applicable; evaluate minimum number of nodes
    • Select an appropriate storage solution
    • May include but not limited to: Validate data storage technology capacity limitations; address durability of data; provide for appropriate throughput of data access; evaluate structure of data storage; provide for data archiving, retention, and compliance
  • Create and Deploy Apps (5-10%)
    • Create web applications by using PaaS
    • May include but not limited to: Create an Azure app service web app by using Azure CLI, PowerShell, and other tools; create documentation for the API by using open source and other tools; create an App Service Web App for containers; create an App Service background task by using WebJobs
    • Create app or service that runs on Service Fabric
    • May include but not limited to: Develop a stateful Reliable Service and a stateless Reliable Service; develop an actor-based Reliable Service; write code to consume Reliable Collections in your service
    • Design and develop applications that run in containers
    • May include but not limited to: Configure diagnostic settings on resources; create a container image by using a Docker file; create an Azure Container Service (ACS/AKS) cluster by using the Azure CLI and Azure Portal; publish an image to the Azure Container Registry; implement an application that runs on an Azure Container Instance; implement container instances by using Azure Container Service (ACS/AKS), Azure Service Fabric, and other tools; manage container settings by using code
  • Implement Authentication and Secure Data (5-10%)
    • Implement authentication
    • May include but not limited to: Implement authentication by using certificates, forms-based authentication, tokens, Windows-integrated authentication; implement multi-factor authentication by using Azure AD options
    • Implement secure data solutions
    • May include but not limited to: Encrypt and decrypt data at rest; encrypt data with Always Encrypted; implement Azure Confidential Compute and SSL/TLS communications; manage cryptographic keys in the Azure Key Vault
  • Develop for the Cloud (20-25%)
    • Develop long-running tasks
    • May include but not limited to: Implement large-scale, parallel, and high-performance apps by using batches; implement resilient apps by using queues; implement code to address application events by using web hooks; address continuous processing tasks by using web jobs
    • Configure a message-based integration architecture
    • May include but not limited to: Configure an app or service to send emails, Event Grid, and the Azure Relay Service; create and configure a Notification Hub, an Event Hub, and a Service Bus; configure queries across multiple products; configure an app or service with Microsoft Graph
    • Develop for asynchronous processing
    • May include but not limited to: Implement parallelism, multithreading, processing, durable functions, Azure logic apps, interfaces with storage, interfaces to data access, and appropriate asynchronous compute models
    • Develop for autoscaling
    • May include but not limited to: Implement autoscaling rules and patterns (schedule, operational/system metrics, code that addresses singleton application instances, and code that addresses transient state
    • Implement distributed transactions
    • May include but not limited to: Identify tools to implement distributed transactions (e.g., ADO.NET, elastic transactions, multi-database transactions); manage transaction scope; manage transactions across multiple databases and servers
    • Develop advanced cloud workloads

Schedule & Price

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Microsoft Azure Solutions Architect - Technologies (Old: AZ-300) (AZ-303)







Lesmethoden
JIJ BENT ONS UITGANGSPUNT

Jouw wensen en behoeften staan voor ons centraal. Iedereen leert op zijn eigen manier. Daarom hebben we zes specifieke lesmethoden ontwikkeld.

KLASSIKALE CURSUS

Bij de klassikale cursussen speelt de interactie met trainer en medecursisten een belangrijke rol in het leerproces. Samen behandelen we de theorie en daarna maak je zelf opdrachten. De antwoorden bespreken we klassikaal. Zo sla je de lesstof beter op en leer je van situaties en vraagstukken in andere bedrijven. Die ervaringen kun je weer doorvertalen naar je eigen organisatie.

VIRTUEEL

Een virtuele training is een reguliere klassikale training die je digitaal bijwoont. Je hebt hierbij de ondersteuning van een ervaren docent, krijgt alle praktijkervaring mee, alleen zit je niet in één van onze klaslokalen. Ook kan je chatten met medecursisten tijdens de training.

Wat heb je nodig om virtueel training te kunnen volgen?

  • Een internetverbinding (voorkeur >10mbps)
  • Een actuele internetbrowser (liefst met HTML5 ondersteuning, voorkeur voor Chrome of Firefox)
  • Optioneel: een camera en/of microfoon
  • De oplossing is geschikt voor zowel Windows, MacOS als Linux
  • Het is niet nodig om een applicatie of client te installeren op jouw PC

Hybride
Veel van onze trainingen organiseren wij ‘hybride’. Hierbij is een deel van de cursisten fysiek in het klaslokaal aanwezig en een ander deel van de cursisten virtueel.

PERSOONLIJK BEGELEID

Alleen de onderdelen leren die jij wilt leren en dat in je eigen tempo. Dit omschrijft persoonlijk begeleid leren het beste. In overleg met jouw opleidingsadviseur plan je de eerste dag persoonlijke begeleiding op één van onze locaties in. Afhankelijk van jouw training krijg je geprint cursusmateriaal of toegang tot mijn.vijfhart.nl waar je theorie leest, video’s bekijkt, oefeningen, meerkeuze- en openvragen maakt die je daarna één-op-één met de trainer behandelt. Hierdoor zorgen we ervoor dat je de lesstof aan het einde van de training echt beheerst.

VIRTUEEL PERSOONLIJK BEGELEID

Virtueel Persoonlijk begeleid is de virtuele variant van Persoonlijk begeleid leren.

E-LEARNING

Je krijgt toegang tot een persoonlijke online leeromgeving met daarin al het benodigde cursusmateriaal. Een e-learning volg je waar en wanneer jij wilt én in jouw eigen tempo. Bij een deel van ons opleidingsportfolio heb je de mogelijkheid om de training in de lesmethode E-learning te volgen.

BLENDED

Met de juiste mix van online en offline leren is blended de lesmethode van Vijfhart. Naast de ondersteuning van een gecertificeerde en ervaren trainer, krijg je praktijkdagen op één van onze locaties en kun je met een online leeromgeving overal 24/7 leren. Aan de hand van een op maat gemaakt opleidingsplan, volg je de leerroute die past bij jouw kennisniveau en wensen. Wat, waar en wanneer leren…. jij bepaalt!

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