Designing Microsoft Azure Infrastructure Solutions (Az-305)
Last updated 9/2023
MP4 | Video: h264, 1280×720 | Audio: AAC, 44.1 KHz
Language: English | Size: 17.62 GB | Duration: 18h 45m
Certificate exam course
What you’ll learn
Understand Azure architecture and services to make informed design decisions.
Plan and design Azure infrastructure solutions for availability, scalability, and disaster recovery.
Secure Azure resources and implement identity and access management (IAM) controls.
Design networking solutions, including Azure Virtual Networks and connectivity options.
Implement Azure storage solutions to meet data storage and retrieval requirements.
Design Azure solutions for compliance with regulatory and organizational standards.
Optimize Azure costs and monitor resource usage for efficient operations.
Design and implement solutions for high availability, fault tolerance, and disaster recovery in Azure.
Requirements
Candidates pursuing the AZ-305 certification should have prior experience with Azure services and a good understanding of cloud computing concepts. Microsoft often recommends completing foundational Azure certifications like AZ-104 (Azure Administrator) or AZ-303 (Azure Architect Technologies) before attempting AZ-305.
Description
The Microsoft Certified: Azure Solutions Architect Expert certification is a way to validate your knowledge & expertise in designing cloud and hybrid solutions that run on Microsoft Azure in areas that include implementing, securing, managing, and monitoring identity, governance, storage, compute, and virtual networks. This course will cover the objectives outlined by Microsoft to prepare you to take the Designing Microsoft Azure Infrastructure Solutions exam.The "Designing Microsoft Azure Infrastructure Solutions" course (AZ-305) is designed for experienced IT professionals and architects who aim to validate their expertise in designing infrastructure solutions using Microsoft Azure cloud services. This course equips candidates with the knowledge and skills required to plan, design, and implement robust and scalable Azure-based solutions that meet business requirements.· Understand Azure architecture and services to make informed design decisions.· Plan and design Azure infrastructure solutions for availability, scalability, and disaster recovery.· Secure Azure resources and implement identity and access management (IAM) controls.· Design networking solutions, including Azure Virtual Networks and connectivity options.· Implement Azure storage solutions to meet data storage and retrieval requirements.· Design Azure solutions for compliance with regulatory and organizational standards.· Optimize Azure costs and monitor resource usage for efficient operations.· Design and implement solutions for high availability, fault tolerance, and disaster recovery in Azure.
Overview
Section 1: Design a Solution for Logging & Monitoring
Lecture 1 Overview
Lecture 2 Solution Guidance
Lecture 3 Design a Log Routing Solution
Lecture 4 Recommend an Appropriate Level of Logging
Lecture 5 Recommend Monitoring Tools for a Solution
Section 2: Design Authentication & Authorization Solutions
Lecture 6 Solution Guidance
Lecture 7 Recommend a Solution for Securing Resources with RBAC
Lecture 8 Recommend an Identity Management Solution
Lecture 9 Recommend a Solution for Securing Identities
Section 3: Design Governance
Lecture 10 Organizational & Hierarchical Structure for Azure Resources
Lecture 11 Recommend a Solution for Enforcing & Auditing Compliance
Section 4: Design Identities & Access for Applications
Lecture 12 Solution Guidance
Lecture 13 Allow Applications to Access Azure Resources
Lecture 14 Integrating Applications into Azure AD
Lecture 15 Recommend a User Consent Solution for Applications
Section 5: Design a Data Storage Solution for Relational Data
Lecture 16 Solution Guidance
Lecture 17 Recommend Database Service Tier Sizing
Lecture 18 Recommend a Solution for Database Scalability
Lecture 19 Recommend a Solution for Encrypting Data
Section 6: Design Data Integration
Lecture 20 Solutions for Data Integration & Data Analysis
Section 7: Recommend a Data Storage Solution
Lecture 21 Recommend a Solution for Storing Relational Data
Lecture 22 Recommend a Solution for Storing Semi-structured Data
Lecture 23 Recommend a Solution for Storing Non-relational Data
Section 8: Design a Data Storage Solution for Non-relational Data
Lecture 24 Recommend Access Control Solutions to Data Storage
Lecture 25 Data Storage – Features, Performance, & Cost
Lecture 26 Design a Data Solution for Protection & Durability
Section 9: Design a Solution for Backup & Disaster Recovery
Lecture 27 Recovery for Azure, Hybrid & On-premises Workloads
Lecture 28 Understand Recovery for Containers
Lecture 29 Backup & Recovery Solution for Compute
Lecture 30 Backup & Recovery Solution for Databases
Lecture 31 Backup & Recovery Solution for Unstructured Data
Section 10: Design for High Availability
Lecture 32 Identify Availability Requirements of Azure Resources
Lecture 33 Recommend a High Availability Solution for Compute
Lecture 34 Solution for Non-relational Data Storage
Lecture 35 Solution for Relational Data Storage
Section 11: Design a Compute Solution
Lecture 36 Solution Guidance
Lecture 37 Recommend a Virtual Machine-based Compute Solution
Lecture 38 Recommend a Container-based Compute Solution
Lecture 39 Recommend a Serverless-based Compute Solution
Section 12: Design an Application Architecture
Lecture 40 Recommend a Caching Solution for Applications
Lecture 41 Recommend a Messaging Architecture
Lecture 42 Recommend an Event-driven Architecture
Lecture 43 Automated Deployment Solution for Applications
Lecture 44 Application Configuration Management Solution
Lecture 45 Recommend a Solution for API Integration
Section 13: Design Migrations
Lecture 46 Evaluate Migration with the Cloud Adoption Framework
Lecture 47 Assess On-premises Servers, Data, & Applications
Lecture 48 Recommend a Solution for Migrating Databases
Lecture 49 Recommend a Solution for Migrating Unstructured Data
Section 14: Design Network Solutions
Lecture 50 Network Architecture Based on Workload Requirements
Lecture 51 Connect Azure Resources to the Internet
Lecture 52 Connect Azure Resources to On-premises Networks
Lecture 53 Optimize Network Performance for Applications
Lecture 54 Recommend a Solution to Optimize Network Security
Lecture 55 Recommend a Load Balancing and Routing Solution
Solution Architects,Infrastructure Architects,Cloud Architects,Experienced IT Professionals,Azure Administrators,Azure Consultants,Azure DevOps Engineers,Cloud Solution Architects
Code:Copy to clipboard
https://rapidgator.net/file/28b6fdb4b0487cb521a785a7c1ddc766/Designing.Microsoft.Azure.Infrastructure.Solutions.AZ305.part1.rar
https://rapidgator.net/file/1f27b991be8d0d8076eaee443759f565/Designing.Microsoft.Azure.Infrastructure.Solutions.AZ305.part2.rar
https://rapidgator.net/file/c262541c7a37d752116d71fab6a37fc8/Designing.Microsoft.Azure.Infrastructure.Solutions.AZ305.part3.rar
https://rapidgator.net/file/43497b335067a5d192be055280e2f8e5/Designing.Microsoft.Azure.Infrastructure.Solutions.AZ305.part4.rar
https://rapidgator.net/file/8b80ff79eba3d1c552581e271bcdfe45/Designing.Microsoft.Azure.Infrastructure.Solutions.AZ305.part5.rar
https://rapidgator.net/file/5866aa4f5373714e6436efc4a2986c1a/Designing.Microsoft.Azure.Infrastructure.Solutions.AZ305.part6.rar
<—====All Premium====—>
UsersDrive
Code:Copy to clipboard
https://usersdrive.com/qdmqef15c5yi/Designing.Microsoft.Azure.Infrastructure.Solutions.AZ305.part1.rar
https://usersdrive.com/v8qdqn14qvfw/Designing.Microsoft.Azure.Infrastructure.Solutions.AZ305.part2.rar
https://usersdrive.com/wnzs1b3hw96p/Designing.Microsoft.Azure.Infrastructure.Solutions.AZ305.part3.rar
https://usersdrive.com/md1qks0ug36b/Designing.Microsoft.Azure.Infrastructure.Solutions.AZ305.part4.rar
https://usersdrive.com/2weqm1mgfuk0/Designing.Microsoft.Azure.Infrastructure.Solutions.AZ305.part5.rar
https://usersdrive.com/7326691dgt99/Designing.Microsoft.Azure.Infrastructure.Solutions.AZ305.part6.rar
5 (1,645 Votes)
esign and simulate 3D solar arrays with shadow analysisDraft complete solar electrical circuit diagrams in AutoCADForecast energy yields for 25 years with bankability metricsDesign a robust earthing system for safety and compliancePresent professional-grade reports for solar clients and investorsIf you want to become a skilled solar power plant designer capable of delivering real-world projects, this course is your ultimate shortcut. Enroll today and start building the future of clean energy!In this course Participants will able to learn the following Points: 1. Design of 3D Solar Power Plant and Shadow Analysis in Google SketchUp SoftwareSetting The Units and Importing ToolbarsIntroduction to Line, Rectangle and Circle CommandIntroduction to Pull Push Command and Offset CommandMove and Scale CommandRotate and Protector CommandGuideline and Dimension CommandPaint Bucket and Image TexturingConstruction of Long and Short ColumnConstruction of Screw Pile FoundationConstruction of RafterConstruction of Inclined Support for Long and Short ColumnConstruction of PurlinConstruction of Array of Rafter, Short Column, Long ColumnConstruction of Back SupportArray of Back Support between Two ColumnConstruction of Solar Panel and Placement over Mounting StructureConstruction of One String of Solar PanelsConstruction of Solar One ArrayImporting the Location of Site on Google SketchUpOrientation of Array towards True South DirectionPlacement of Solar Array on the Site – Part 1Placement of Solar Array on the Site – Part 2Placement of String Monitoring BoxConstruction of Control Rooms2. Design of Circuit Diagram in AutoCAD SoftwareSet Limits and UnitsConstruction of Solar StringsConstruction of Solar ArrayConstruction of fuses and Bus Bar in DC Combiner BoxConnection of Fuses to StringsConnection of DC Isolator Switch, Scada and Naming of StringString Combiner box connection for all arraysConnection of Inverter to DC ArrayNaming the Inverter SpecificationsConnection of Transformer and there SpecificationConnection of Current Transformer to Relay PanelConnection of Potential Transformer to Relay PanelConnection of Vacuum Circuit BreakerConnection of Relays in CRP Panel and There Code NumbersPlotting Dotted Border for CRP PanelHT Cable Naming between Transformer to CRP PanelConnection of AC Isolator SwitchConnection of Main MeterConnection of Lightning Arrester3. Energy Yield Estimation and Forecasting of Solar Energy Yield (P75,P90 Estimates) in Excel SheetCalculation of Energy Yield CalculationMonthly Energy Yield in Excel SheetEstimation of 25 Years of Energy Generation in Excel SheetCalculation of P50, P75 and P90 Energy Yield Estimate4. Design of Earthing System for Solar Project