AZ-720 Azure Support Engineer Troubleshooting Azure Connectivity Course in UAE

Overview Schedule Dates Course Content Faqs

Course Overview

The AZ-720 course is designed to equip IT professionals with the essential skills and knowledge to effectively troubleshoot Azure network connectivity issues. Participants will learn comprehensive techniques for diagnosing and resolving connectivity challenges across Azure services and solutions. The course covers key topics such as network architecture, troubleshooting methodologies, and advanced Azure networking features. Learners will gain practical experience in identifying and mitigating network disruptions, optimizing performance, and ensuring robust connectivity within Azure environments. The AZ-720 certification validates expertise in Azure network troubleshooting, making it an invaluable credential for professionals aiming to excel in cloud engineering and support roles.

Key Features Of Microsoft Azure AZ 720 Course

Comprehensive training in troubleshooting Azure network connectivity
Hands-on experience with real-world Azure scenarios
Expert guidance from seasoned Azure professionals
Practical labs to simulate troubleshooting exercises
Preparation for AZ-720 certification exam

Why Choose CounselTrain for Microsoft Azure Connectivity Troubleshooting Certification in UAE?

Choosing CounselTrain for your Microsoft Azure Connectivity Troubleshooting Certification in UAE ensures you receive top-notch training and guidance from industry experts. Our specialized course equips you with essential skills to diagnose and resolve complex Azure network issues effectively. With hands-on experience in real-world scenarios and practical labs, you’ll gain the confidence to tackle diverse challenges in cloud infrastructure. CounselTrain’s focus on up-to-date content and expert instruction prepares you thoroughly for the AZ-720 certification exam, setting you apart in the competitive field of cloud engineering. Join us to advance your career and become proficient in troubleshooting Azure connectivity with confidence.

Learning Options

Online Instructor Led

Learn from the comforts of your home/office with our expert trainers via online platforms.

Classroom Training

Face-to-face physical classroom training with max interactions at our 5* training venues.

Onsite Training

Learn in your own environment from our expert trainers for maximum impact.

Overseas Training

Choose your desired country for learning with our expert trainers.

Target Audiance

Azure Support Engineers
Network Engineers and Administrators
Cloud Solutions Architects
IT Support Specialists
Azure DevOps Engineers
Systems Administrators with a focus on cloud services
IT Professionals responsible for hybrid environments
Security Engineers with a focus on cloud infrastructure
Technical Staff involved in cloud migration projects
Professionals preparing for Microsoft Azure certification exams

Schedule Dates

AZ-720T00: Azure Support Engineer Troubleshooting Azure Connectivity

06 November 2024 - 08 November 2024

AZ-720T00: Azure Support Engineer Troubleshooting Azure Connectivity

10 February 2025 - 12 February 2025

AZ-720T00: Azure Support Engineer Troubleshooting Azure Connectivity

12 May 2025 - 14 May 2025

AZ-720T00: Azure Support Engineer Troubleshooting Azure Connectivity

12 August 2025 - 14 August 2025

Course Content

Module 1 focuses on the critical aspects of business continuity, teaching participants how to troubleshoot backup and recovery issues, ensuring data protection and availability.

Module 2 delves into hybrid and cloud connectivity problems, such as troubleshooting VNets, name resolution, VPNs, and Azure ExpressRoute, which are crucial for maintaining a seamless connection between on-premises and cloud resources.

Module 3 is targeted at resolving Platform as a Service (PaaS) issues, including service-related and integration challenges that can affect application performance.

Module 4 aids in understanding authentication and access control, covering Azure AD, hybrid authentication, and authorization issues, which are essential for securing resources and controlling user access.

In Module 5, learners will get a deep dive into network troubleshooting, including Azure network security, NSGs, Azure Firewall, latency, routing, traffic control, and load-balancing issues, which are vital for maintaining robust network infrastructure.

Module 6 addresses VM connectivity problems, with a focus on Azure Bastion and JIT VM access, ensuring secure and efficient management of virtual machines.

FAQs

This course is ideal for Azure support engineers, network administrators, and IT professionals responsible for managing and troubleshooting Azure connectivity. It is also suitable for those preparing for the AZ-720 certification exam.

The course covers a wide range of topics, including:

Overview of Azure networking
Diagnosing network connectivity issues
Troubleshooting virtual network connectivity
Identifying and resolving VPN gateway issues
Troubleshooting Azure load balancers
Diagnosing and fixing Azure DNS problems
Handling connectivity issues with Azure Storage
Using Azure Monitor and Network Watcher for diagnostics

After completing the course, participants will have access to additional resources, including recorded sessions, documentation, and community forums. Our instructors are also available for post-course support and guidance.

Yes, the course includes optional post-course projects and assignments that allow participants to apply what they have learned to real-world scenarios. These projects provide additional practice and help reinforce key concepts.

Access to the Azure environment is typically provided for the duration of the course. Post-course access may be available depending on the training provider’s policy. Please check with our training coordinators for specific details.

The course will cover various performance optimization techniques, including network traffic analysis, tuning virtual networks, optimizing VPN connections, and leveraging Azure’s built-in diagnostics tools to ensure optimal network performance.