The top 11 Network Design courses you need to take

1. Cloud-Based Network Design & Management Techniques

This 2-part eLearning course builds an understanding of modern cloud-network design and management techniques, crystalizing lofty ideas of "cloud" and "edge" so you can embrace the latest industry trends and best-practices. A successful modern network architect requires a keen understanding of business requirements, network components, and the challenges of architecting good solutions. In the 1-hour Aruba Modern Cloud Network Design course you’ll get a high level overview of key network design topics trending in the Edge era. The devices we manage constantly evolve as new protocols, security mechanisms, and redundancy solutions emerge; and so the techniques we use to manage these dynamic systems must respond to and even anticipate this changing landscape. In the Modern Cloud Network Management Techniques 1-hour course you’ll learn about key aspects of the network management journey and the newer technologies and techniques to help you embrace the Edge. Learn about the network management challenges that drive new technologies, get familiar with classic Network Management System (NMS) tools, and learn about the modern NMS tools like Aruba ESP developed to reduce overhead, speed diagnosis, and improve situational awareness. Typical candidates for this course are IT Professionals and/or Network Engineers who want to learn about Aruba’s modern approach to network design...

2. Designing Wireless Enterprise Networks Training ENWLSD

4.5

(77)

Welcome to The Course Designing Wireless Enterprise Networks TrainingWith the help of this course, you will be able to get all necessary information to be the best in Wireless Enterprise Network Design. You will learn theory behind each topic and then see how they are designed for real devices. You will have the knowledge of identifying customer and application requirements, applying predictive wireless design principles and you will be able to design and optimize Enterprise wireless networks...

3. Design of Sanitary Sewage Collection Network

4.3

(90)

In this course I would like to teach you simple method of Sanitary Sewage Collection Network design. After this course you will be able to confidently use excel sheets in design of accurate and economic Sanitary Sewage Collection Network. The course consists of 4 sections: Section 1: Introduction about Sanitary Sewage Collection Sewers, and about the structures and components of the course. Section 2: Basic Considerations in the Design of Sewers includes:1. Project area2. Design Period3. Population Density4. Field Work5. Final Connection Point6. The Manholes 6.1 Manhole structure 6.2 Drop Manhole 6.3 Manhole Locations and Spacing7. The Trench8. Alignments and Flow Directions9. Numbering of Lines and Manholes10. Pipe Materials11. Design Sewage Flows12. Flow Formulas13. Partial FlowSection 3: Design Criteria includes:1. Minimum Size2. Minimum and Maximum Velocities3. Minimum and Maximum Slop4. Sewer Depth5. Minimum CoverSection 4: Design of Sanitary Sewers by Excel Sheet includes:1. Location2. Population3. Design Flow4. Sewer Size & Slop5. Full Velocity (Vf) & Full Flow (Qf)6. Partial Flow Percentages (Q/Qf, V/Vf, d/D)7. Actual Velocity (V)8. Sewer Layout (Ground Surface Elevations & Sewer Invert Elevations)9. Manhole DepthsIn this course the excel sheet will be used in the design, because excel sheet simplify the calculation due to the relationships between the cells are by equations so when you change any value, all calculations of design will be automatically changed. You can use the same excel sheet of design, just you have to insert your input data of and you will get the results, but just you have to check the standard ranges and the criteria that explained in the course...

4. Design & Deploy an Enterprise WiFi Network

4

(250)

I have designed, installed, and maintained wireless networks for Hotels, Stadiums, Retail Stores, University Campuses, Warehouses, Shopping Malls, & Airports. I will use my real world experience to teach you how to design a reliable, secure, redundant Wireless Networks for different types of buildings, and different client needs.  I also show you the business aspect of a Wireless Network, allowing you to understand the real cost of designing, implementing, and maintaining it. This course teaches you: How to Design & Implement WiFi Networks for different types of buildings (hotels, office buildings, stadiums, retail stores, hospitals, shopping malls, airports, & schools) and businessesHow to Use Fluke AirMagnet to perform Passive & Active Site SurveysThe different components of a Wireless Network (access points, repeaters, switches, routers, controllers, VoIP phones, barcode readers) and what each component doesDifferent types of Access Points, Antennas, Repeaters, how and their signal coverage variesWhere to place Switches, Routers, and Access Points in a building, especially in large buildingsSecurity risks associated with Wireless Networks, common and uncommon attacks, and how to keep the network SecureHow to Design a Redundant Wireless Network How to Design & Install outdoor Wireless Networks Deploying a multi-site Wireless Network Deploying Voice Over Wireless LAN Understand the business aspects of designing, installing, and maintaining a Wireless Network, and the costs associated with the network Applications that benefit from, or rely on, Wireless Networks (Guest WiFi, Voice Over WLAN, Premium WiFi, Location-Based Services, Inventory Management) Practical construction tips when dealing with existing structures, new construction, government buildings & hospitals,...

5. AWS Networking Design - In Depth

4.6

(224)

The First (and only at the time of release) AWS Networking Design course, that focuses on Design (in depth) using a business-driven design approach. The 90+ design video sessions of this course discuss, compare & analyze, different AWS networking design options and scenarios starting from basic high-level concepts (from 30000 feet view), all the way to advanced routing, traffic engineering topics and Multi-VPC designs of global architectures.** More Content to be added, including design scenarios **This course is designed to help you build a design/architect mindset to be a better designer/architect. Topics to be covered including but not limited to:· Design principles and approaches· AWS Global infrastructure· VPC networking fundamentals: focuses on the fundamental networking concepts and capabilities of Amazon VPC from design point of view, including: IP addressing, routing and rout tables, VPC firewall filtering.· Design Options to connect a VPC to the Internet: different design options discussed and analyzed to connect an Amazon VPC to the Internet along with the key design considerations. Design options using AWS Gateway load balancer, NAT Gateway and Network Firewall are included· Design Options to Connect a VPC to AWS Services: Different design options discussed and analyzed including Amazon VPC endpoints (Gateway VPC Endpoint and Interface VPC Endpoint).· AWS Elastic Load Balancing, DNS and CDN Designs: drivers and need of such design along with the design options with ALB and NLB discussed with a sample design scenario. Then the different options of making such design across regions are discussed where Amazon Route53 and AWS CDN designs are discussed in detail.· Hybrid model: AWS network services, connectivity options and design options and considerations are discussed and analyzed in detail· Multi-VPCs Architecture: Regional or global architectures along with different design models are discussed with the design considerations that need to be taken into account to build large scale global AWS network architectures. Many design use cases and scenarios are discussed as part of each section to simplify the topics in terms why, how and when each design can be used...

6. Hyperledger Fabric 2.x Network Design & Setup

4.5

(852)

Updated to Fabric Version 2. x in July 2020Setting up Hyperledger Fabric Infrastructure is a complex task that requires the users to understand the concepts and the tools. This course is for technologists who are looking to architect & design solutions on Hyperledger Fabric based Distributed Ledger Technology (DLT). This course has already helped 1000s of students gain expertise on Fabric Network design & setup. At the end of this course students will: Have hands on knowledge of Hyperledger Fabric Components & PracticesUnderstand how to design the Hyperledger Fabric Infrastructure as per the requirementsSetup Fabric Certification Authorities & Manage identitiesBe able to setup the test & production grade Fabric network infrastructureDesign Consortium setups & policiesConfigure the YAML files for Fabric network initializationCarry out Fabric network configuration updatesBe able to setup Fabric Network on Native in a Virtual Machine (Locally)Cloud (AWS)Docker & Docker ComposeMinikube & Kubernetes (GCP)Will be in a position to take the CHFA exam (Practice required)Tools Covered: configtxgen, cryptogen, configtxlatororderer, peer, kafkafabric-ca-server, fabric-ca-client jq, docker, docker-compose, minikube kubernetesAWS & GCP installationBefore joining the course: Go through the preview lectures & Make sure you understand my accent:)Be aware that this course covers advanced topics & may require you to spend time on additional readings etcUnderstand the basics of Hyperledger Fabric - take a look at my course on Composer, it will help build a solid foundationKnow this course will NOT teach you how to develop chaincode - take a look at my course on Mastering Chaincode Development with GoLangPre-Requisites: Students MUST have the conceptual knowledge of Hyperledger Fabric DLTStudents MUST be comfortable with basic Linux commandsStudents MUST be comfortable with basic/simple shell scriptsStudents MUST be willing to learn (Fabric related technologies) on their ownGood to have: Basic understanding of Docker / KubernetesUnderstanding of Virtual Machines HypervisorsAccess to any public cloud (AWS, Google...)Working knowledge of JSON or YAML format...

7. AZ-700:Designing and Implementing Azure Networking Solutions

4.6

(2,178)

This course is designed for students to prepare for the AZ-700: Designing and Implementing Azure Networking Solutions exam. The various objectives and chapters that will be covered includeDesign, Implement, and Manage Hybrid NetworkingHere you will learn about how to connect your on-premises devices to Azure. We will see aspects such as developing Point-to-Site and Site-to-Site VPN connectionsWe will also see the various authentication aspects when it comes to VPN connectionsWe will understand the various aspects when it comes to Azure ExpressRouteDesign and Implement Core Networking InfrastructureHere we will look at first the basics of networking. We will create Azure virtual networks and Azure virtual machinesWe will look at working with DNS zonesWe will see how to work with Azure virtual WANDesign and Implement RoutingWe will see how to create User Defined routes for your subnetsWe will see how to work with the various routing services - Azure Load Balancer , Azure Application Gateway, Azure Front Door, Azure Traffic ManagerWe will also look at the Azure Firewall serviceWe will see how to working with basic networking filtering with the use of Network Security GroupsWe will see how to monitor networksDesign and Implement Private Access to Azure ServicesHere we will see how we can connect to Azure services. Here we will see how to make use of Service Endpoints and Private endpointsWe will see how to secure connections against services such as Azure Web Apps and Azure Kubernetes...

8. AZ-700 Designing & Implementing Azure Networking with SIMS

4.8

(118)

We really hope you'll agree, this training is way more than the average course on Udemy! Have access to the following: Training from an instructor of over 20 years who has trained thousands of people and also a Microsoft Certified TrainerLecture that explains the concepts in an easy to learn method for someone that is just starting out with this materialInstructor led hands on and simulations to practice that can be followed even if you have little to no experienceTOPICS COVERED INCLUDING HANDS ON LECTURE AND PRACTICE TUTORIALS: IntroductionWelcome to the courseUnderstanding the Microsoft EnvironmentHaving a Solid Foundation of Active Directory DomainsHaving a Solid Foundation of RAS, DMZ, and VirtualizationHaving a Solid Foundation of the Microsoft Cloud ServicesOrder of concepts covered in the courseQuestions for John ChristopherSetting up for hands onIMPORTANT Using Assignments in the courseCreating a free Azure AccountActivating Azure AD P2 licenseDesign and implement private IP addressing for Azure resourcesPlan and implement network segmentation and address spacesCreate a virtual network (VNet)Peering virtual networksPlan and configure subnetting for services, including VNet gateways, firewalls, etc.. Plan and configure subnet delegationCreate a prefix for public IP addressesChoose when to use a public IP address prefixPlan and implement a custom public IP address prefix (bring your own IP)Create a new public IP addressAssociate public IP addresses to resourcesDesign and implement name resolutionDesign name resolution inside a VNetConfigure DNS settings inside a VNetDesign public DNS zonesDesign private DNS zonesConfigure a public or private DNS zoneLink a private DNS zone to a VNetPlan and implement Azure Private DNS ResolverDesign and implement VNet connectivity and routingDesign service chaining, including gateway transitDesign virtual private network (VPN) connectivity between VNetsImplement VNet peeringDesign and implement user-defined routes (UDRs)Associate a route table with a subnetConfigure forced tunnelingDiagnose and resolve routing issuesUnderstanding Azure Route ServerIdentify appropriate use cases for a Virtual Network NAT gatewayImplement a NAT gatewayCleaning up some of the Azure resourcesMonitor networksCreating a couple of VMs with networking to monitorConfigure monitoring, network diagnostics, and logs in Azure Network WatcherMonitor and repair network health by using Azure Network WatcherActivate and monitor distributed denial-of-service (DDoS) protectionUnderstanding Microsoft Defender for DNSDesign, implement, and manage a site-to-site VPN connectionDesign a site-to-site VPN connection, including for high availabilitySelect an appropriate VNet gateway SKU for site-to-site VPN requirementsImplement a site-to-site VPN connectionIdentify when to use a policy-based VPN versus a route-based VPN connectionCreate and configure an IPsec/IKE policyDiagnose and resolve virtual network gateway connectivity issuesUnderstanding Azure Extended NetworkDesign, implement, and manage a point-to-site VPN connectionSelect an appropriate virtual network gateway SKU for point-to-site VPN requirementsSelect the appropriate tunnel typeSelect an appropriate authentication methodConfigure RADIUS authenticationConfigure certificate-based authentication and implement a VPN client config fileConfigure authentication by using Azure Azure AD, part of Microsoft EntraDiagnose and resolve client-side and authentication issuesSpecify Azure requirements for Always On authenticationUnderstanding Azure Network AdapterRemoving the VPN gatewayDesign, implement, and manage Azure ExpressRouteSelect an ExpressRoute connectivity modelSelect an appropriate ExpressRoute SKU and tierDesign and implement ExpressRoute, cross-region, redundancy, & disaster recoveryDesign and implement ExpressRoute Global Reach, FastPath, and ExpressRoute DirectChoose between private peering only, Microsoft peering only, or bothCreate an ExpressRoute Circuit & check the private peering & Microsoft Peering statusCreate an ExpressRoute gatewayEncryption over ExpressRouteBidirectional Forwarding DetectionDiagnose and resolve ExpressRoute connection issuesRemoving ExpressRoute resources before moving onDesign and implement an Azure Virtual WAN architectureIdentify use for Azure Virtual WANsSelect a Virtual WAN SKUDesign a Virtual WAN architecture, including selecting types and servicesCreate a hub in Virtual WANChoose an appropriate scale unit for each gateway typeDeploy a gateway into a Virtual WAN hubConfigure virtual hub routingIntegrate a Virtual WAN hub with a third-party NVARemoving Azure Virtual WAN resourcesDesign and implement an Azure Load BalancerMap requirements to features and capabilities of Azure Load BalancerIdentify appropriate use cases for Azure Load BalancerChoose an Azure Load Balancer SKU and tierChoose between public and internalCreate and configure an Azure Load BalancerImplement a load balancing ruleCreate and configure inbound NAT rulesCreate and configure explicit outbound rules, including SNATRemoving the Azure Load Balancer before moving forwardDesign and implement Azure Application GatewayMap requirements to features and capabilities of Azure Application GatewayIdentify appropriate use cases for Azure Application GatewayStarting the setup process for an Azure Application GatewayCreate a back-end poolConfigure routing rulesConfigure HTTP settings and finalizing the gateway creationConfigure health probesConfigure listenersConfigure Transport Layer Security (TLS)Configure rewrite setsRemoving the Azure Application GatewayDesign and implement Azure Front DoorMap requirements to features and capabilities of Azure Front DoorIdentify appropriate use cases for Azure Front DoorChoose an appropriate tierUnderstanding Azure Application Gateway vs Azure Front DoorConfigure an Azure Front Door, including routing, origins, and endpointsConfigure SSL termination and end-to-end SSL encryptionConfigure cachingTraffic acceleration, URL rewrite, URL redirect and Azure Private LinkRemoving the Azure Front DoorDesign and implement Azure Traffic ManagerIdentify appropriate use of Azure Traffic ManagerConfigure a routing methodConfigure endpointsRemoving the Traffic Manager ProfileDesign and implement Azure Private Link service and Azure private endpointsPlan an Azure Private Link serviceCreate a Private Link serviceIntegrate a Private Link service with DNSVisualizing Service Endpoints and Private EndpointsCreate private endpointsConfigure access to Azure resources by using private endpointsConnect on-premises clients to a private endpointIntegrate a private endpoint with DNSDesign and implement service endpointsChoose when to use a service endpointCreate service endpointsConfigure service endpoint policies and access to service endpointsImplement and manage network security groupsBasics of NSGs and ASGsCreating a subnet and Windows 11 VM for testingCreate a network security group (NSG)Configure NSG rules and associate an NSG to a resourceCreate an application security group (ASG)Associate an ASG to a network interface card (NIC)Removing VMs that are no longer neededInterpret and Validate NSG flow logsVerify IP flowConfigure an NSG for remote server administration, including Azure BastionDesign and implement Azure Firewall and Azure Firewall ManagerMap requirements to features and capabilities of Azure FirewallSelect an appropriate Azure Firewall SKUDesign an Azure Firewall deploymentCreate and implement an Azure Firewall deploymentConfigure Azure Firewall rulesCreate and implement Azure Firewall Manager policiesCreate a secure hub by deploying Azure Firewall inside an Azure Virtual WAN hubDesign and implement a Web Application Firewall (WAF) deploymentMap requirements to features and capabilities of WAFDesign a WAF deploymentDetection or prevention modeConfigure a rule for WAF on Azure Front DoorConfigure a rule for WAF on Application GatewayImplement a WAF policyAssociate a WAF policyGetting rid of unneeded Azure resources...

9. Design, Build and Manage your own Cisco Meraki Network

4.5

(2,156)

This course will teach you how to design, build and manage a Cisco Meraki network. We've designed this course to appeal to multiple levels of experience.  For someone that is relatively new to networking by the completion of this course you will have the knowledge required to to build a network with Switching, Firewall/Routing and Wireless Access points.  For someone that already understands the basics this course will save you a lot of time. To make the above possible we've chosen a single brand of networking product.  The Cisco Meraki range is fully cloud managed.  It's comparatively simple, while still being powerful and extremely easy to manage. Ideal students for this course: Students that want practical steps to build their own networkRegular peoplePeople that want a good basic understanding of computer networkingSecurity conscious students...

10. AZ-700 Designing and Implementing Azure Networking Exam Prep

4.6

(1,488)

Added Sept 2021 - short practice test addedNew videos added April 2023. Latest 5-stars review - Scott is a great tutor, and this course completely lives up to my expectations. I think it is well organized to match the syllabus and clarified a lot of issues in the first few lectures. Also currently the Microsoft official learning resources are pretty useless... Complete preparation for the Azure AZ-700 exam - Implementing Azure Networking. Get your questions answered in the course. This course is of great value as it gets continually improved as the exam requirements change. This course will be ready for you when you're ready to take the exam. The opportunity in cloud computing is clear. Most companies are implementing or investigating how to implement cloud technologies within their operations. Don't be left behind. Be ahead of the curve by getting Azure certified, and be ready for the opportunity to advance your career. The next time your resume is on someone's desk-be it a promotion at work or a new job opportunity-you cannot afford to have such an obvious gap in knowledge. Industry trends show that supporting applications that have cloud-hosted components is becoming the in-demand skill of tomorrow. Having Azure skills on your resume will only help you get in front of more hiring managers, and land more jobs. This course goes through all of the skills needed to take and pass the Microsoft certification exam, AZ-700 exam: Implementing Azure Networking. While other online resources cover bits and pieces of the topic, I can confidently say this course goes deep on everything you need to know for this exam. Microsoft introduced a new exam AZ-700 Microsoft Azure Networking exam, and this course covers those requirements. Free upgrade for all existing students. This course teaches all of the requirements for each exam, one by one. Each of the things that Microsoft tests will be covered in this course. You get lifetime access to the course, and so there are no silly 30-day countdowns that require you to pay more to extend access. This course will be here when you need it. Enroll today! Microsoft, Windows, and Microsoft Azure are either registered trademarks or trademarks of Microsoft Corporation in the United States and/or other countries. This course is not certified, accredited, affiliated with, nor endorsed by Microsoft Corporation...