- Explore the core components of Azure Virtual Networks (VNets), including subnets and IP address spaces.
- Learn to create and configure VNets to support cloud-based applications and services.
- Understand network peering to enable communication between VNets across regions or subscriptions.
- Practice assigning and managing IP configurations for Azure resources.
Microsoft Certified Azure Network Engineer Associate Certification Training Course AZ-700
Design and implement Azure networking solutions with Accumentum’s Microsoft Certified: Azure Network Engineer Associate Certification Training Course (AZ-700), a comprehensive exploration of virtual networks, hybrid connectivity, network security, routing, load balancing, and network monitoring.
Design, secure, and optimize Azure networking solutions.
The Microsoft Certified: Azure Network Engineer Associate Certification Training Course (AZ-700) with Accumentum delivers a comprehensive exploration of Azure networking, designed for IT professionals, network engineers, and individuals aiming to specialize in cloud network management. This course focuses on designing and implementing Azure networking solutions, including planning and configuring virtual networks, managing connectivity between on-premises and cloud environments, securing network resources, optimizing network performance, implementing hybrid networking, load balancing traffic, and monitoring network operations. It also dives into critical areas such as network security, routing, and integration with Azure services, providing hands-on labs and real-world scenarios to master practical applications, evaluate cloud networking opportunities, understand design principles, and assess the strategic value of network solutions in business contexts, equipping participants for the AZ-700 exam to earn the Microsoft Certified: Azure Network Engineer Associate certification.
Course objectives for the Microsoft Certified: Azure Network Engineer Associate Certification Training Course (AZ-700).
Design Azure Networking Solutions
Master the design and implementation of Azure networking solutions, including virtual networks, hybrid connectivity, and secure network architectures, to support scalable and resilient cloud environments.
Manage Security, Routing and Load Balancing
Develop proficiency in configuring and managing network security, traffic routing, and load balancing to optimize performance and ensure compliance with organizational requirements.
Apply Skills in Practical Labs
Gain hands-on experience through practical labs to troubleshoot network issues, integrate Azure services, and deploy real-world networking scenarios effectively.
Prepare for the AZ-700 Exam
Prepare comprehensively for the AZ-700 exam by understanding key concepts, design considerations, and the strategic role of Azure networking in enhancing business operations.
Who Should Attend
- Network engineers and IT professionals seeking to specialize in designing and managing Azure-based networking solutions.
- System administrators looking to expand their skills in cloud network configuration, security, and hybrid connectivity.
- Technical professionals aiming to earn the Microsoft Certified: Azure Network Engineer Associate certification to advance their careers in cloud computing.
- IT decision-makers or consultants interested in understanding Azure networking capabilities to support business infrastructure and strategy.
Prerequisites
- Basic understanding of networking concepts, including IP addressing, routing, DNS, and network security principles.
- Familiarity with Microsoft Azure fundamentals, such as virtual machines, storage, and basic cloud architecture, equivalent to AZ-900 certification knowledge.
- Prior experience with on-premises or cloud network administration, including configuring firewalls, VPNs, or load balancers.
- Comfort with using the Azure portal and PowerShell or Azure CLI for managing resources, though advanced scripting skills are not required.
The AZ-700 training course follows the Azure networking lifecycle.
The curriculum moves from virtual networking fundamentals and hybrid connectivity through network security, traffic management, routing, monitoring, DNS, remote access, performance optimization, and governance and compliance.
Azure Virtual Networking Fundamentals
Hybrid Networking with Azure
Network Security Implementation
Traffic Management and Load Balancing
Routing and Connectivity Optimization
Monitoring and Troubleshooting Networks
DNS and Name Resolution in Azure
Azure Bastion and Remote Access
Network Performance Optimization
Governance and Compliance in Networking
- Implement Azure VPN Gateway to establish secure site-to-site and point-to-site connections.
- Configure Azure ExpressRoute for private, high-bandwidth connectivity between on-premises and Azure.
- Troubleshoot hybrid connectivity issues using diagnostic tools and logs.
- Design hybrid network architectures to integrate on-premises infrastructure with Azure services.
- Deploy Azure Firewall to protect VNets and filter network traffic based on rules.
- Configure Network Security Groups (NSGs) to control inbound and outbound traffic at the subnet and VM level.
- Implement Azure DDoS Protection to safeguard applications from distributed denial-of-service attacks.
- Explore best practices for securing network perimeters and enforcing compliance.
- Set up Azure Load Balancer to distribute traffic across multiple VMs for high availability.
- Configure Azure Application Gateway for Layer 7 load balancing and web application firewall features.
- Utilize Azure Traffic Manager to route global traffic based on geographic location or performance.
- Optimize traffic flow with hands-on labs simulating real-world load balancing scenarios.
- Design custom routing tables using User-Defined Routes (UDRs) to control traffic flow.
- Implement Azure Route Server to simplify dynamic routing in complex network setups.
- Manage Border Gateway Protocol (BGP) configurations for enhanced hybrid routing.
- Analyze and resolve routing conflicts to ensure efficient network performance.
- Use Azure Network Watcher to monitor network health, diagnose connectivity issues, and capture packets.
- Interpret logs and metrics to identify and resolve performance bottlenecks.
- Set up alerts and automated actions for proactive network management.
- Simulate network failures in labs to practice troubleshooting techniques.
- Configure Azure DNS to host and manage custom domains within the cloud.
- Implement private DNS zones for secure name resolution within VNets.
- Integrate Azure DNS with on-premises DNS systems for seamless hybrid resolution.
- Troubleshoot DNS-related issues using Azure tools and best practices.
- Deploy Azure Bastion for secure RDP and SSH access to VMs without public IP exposure.
- Configure Bastion hosts to enhance security in remote management scenarios.
- Manage access policies and session monitoring for Bastion deployments.
- Compare Bastion with traditional VPN solutions through practical exercises.
- Analyze network latency and bandwidth usage to improve application performance.
- Implement Azure Content Delivery Network (CDN) to accelerate content delivery globally.
- Use Virtual Network Gateway diagnostics to optimize VPN and ExpressRoute performance.
- Explore Quality of Service (QoS) techniques to prioritize critical traffic.
- Apply Azure Policy to enforce network configuration standards across subscriptions.
- Implement tagging strategies for resource organization and cost management.
- Ensure compliance with industry regulations through network security controls.
- Review case studies on aligning Azure networking with organizational governance frameworks.
Course features of the Microsoft Certified: Azure Network Engineer Associate Certification Training Course (AZ-700).
Interactive Learning
Participate in training sessions, discussions, and hands-on labs with experienced instructors.
Practical Scenarios
Engage in real-world exercises and case studies to apply your knowledge.
Comprehensive Study Materials
Access extensive resources, including e-books, video lectures, and practice exams.
Certification Preparation
Receive guidance and tips to successfully pass the Microsoft Certified: Azure Network Engineer Associate (AZ-700) exam.
Prepare for the Microsoft Certified: Azure Network Engineer Associate (AZ-700) exam.
AZ-700 Exam Readiness
Accumentum’s AZ-700 Training Course prepares learners to design, implement, and manage virtual networks, hybrid connectivity, and network security across Azure environments.

Upon completing the Microsoft Certified: Azure Network Engineer Associate Certification Training Course (AZ-700) with Accumentum, you will be thoroughly equipped to pass the AZ-700 exam. This certification confirms your expertise in Azure networking, encompassing the design, implementation, and management of virtual networks, hybrid connectivity, and network security. It showcases your ability to optimize network performance, enforce security and compliance standards, and leverage Azure’s networking tools to support robust cloud solutions. Earning the Microsoft Certified: Azure Network Engineer Associate certification will elevate your career prospects, opening doors to roles that demand advanced networking skills and strategic oversight of Azure network architectures for operational success.
Understand how Accumentum’s Microsoft Certified: Azure Network Engineer Associate Certification Training Course (AZ-700) supports certification readiness, course delivery, and career advancement.
Enroll in the Microsoft Certified: Azure Network Engineer Associate Certification Training Course (AZ-700).
Enroll in the Microsoft Certified: Azure Network Engineer Associate Certification Training Course (AZ-700) with Accumentum to advance your cloud networking expertise and achieve a globally recognized certification. This course is your pathway to becoming a Microsoft Certified: Azure Network Engineer Associate. For complete details and to secure your spot, visit Accumentum's registration page linked below.
Advance your Azure networking career with AZ-700 training.
Prepare for the AZ-700 exam, design and implement secure virtual networks and hybrid connectivity, and optimize routing, load balancing, and network monitoring across Azure.
