Program details
Curriculum and delivery details
Scroll tables horizontally to view all columns.
Fortinet SD-WAN Design, Deployment & Troubleshooting
This private bootcamp is designed for network teams that need to plan, implement, operate, and troubleshoot Fortinet SD-WAN in real enterprise environments. It focuses on the full lifecycle: translating business and application requirements into an SD-WAN design, building resilient connectivity, applying traffic-steering policy, and diagnosing performance or reachability issues when the WAN does not behave as expected.
Companies should consider this training when they are modernizing branch connectivity, reducing reliance on static WAN designs, improving application experience across multiple links, or standardizing operational practices for Fortinet-based environments. Rather than treating SD-WAN as a set of isolated features, the bootcamp connects design decisions with deployment steps and troubleshooting methods so engineering teams can work from a shared, repeatable approach.
Who This Bootcamp Is For
- Network engineers responsible for enterprise WAN, branch connectivity, and internet edge services
- Security and infrastructure teams working with Fortinet SD-WAN features in production or pre-production environments
- Architects who need to design policy-based path selection, redundancy, and application-aware routing
- Operations teams that must troubleshoot link degradation, routing behavior, SLA results, and traffic steering outcomes
- Organizations evaluating private, instructor-led Fortinet SD-WAN training, including teams considering an Orhan Ergun private bootcamp format
Technical Focus
The curriculum emphasizes how Fortinet SD-WAN fits into the broader WAN architecture. Learners examine underlay and overlay considerations, transport diversity, routing interactions, performance SLA logic, application steering, failover behavior, and the operational visibility required to support branch and data center connectivity. The course also addresses common troubleshooting workflows so teams can move from symptoms to root cause with a clear sequence of checks.
Curriculum at a Glance
Area | Core Topics | Practical Emphasis |
|---|---|---|
SD-WAN design fundamentals | Business requirements, transport choices, branch patterns, resiliency goals, and traffic classes | Map application and site requirements to a Fortinet SD-WAN design |
Deployment architecture | Interfaces, zones, member links, routing integration, internet breakout, and high availability considerations | Build a deployment model that supports predictable forwarding and controlled failover |
Policy and application steering | SD-WAN rules, path preference, SLA-based decisions, application-aware selection, and link quality metrics | Direct critical traffic across the right path based on business and performance intent |
Routing and security interaction | Static and dynamic routing considerations, route availability, policy enforcement, segmentation concepts, and VPN-related design concerns | Understand how SD-WAN decisions interact with reachability and security policy |
Why Organizations Benefit
Fortinet SD-WAN deployments often involve multiple stakeholders: network, security, operations, cloud, and branch support teams. A private bootcamp helps align those teams around the same terminology, design assumptions, configuration logic, and troubleshooting process. This is especially valuable when an organization is migrating from traditional WAN designs, consolidating branch security and connectivity, or preparing internal teams to support SD-WAN after implementation.
Practical Application
By the end of the training, participants should be able to discuss SD-WAN requirements with stakeholders, interpret Fortinet SD-WAN behavior, make informed design choices, and investigate common operational problems. The emphasis is on practical engineering judgment: knowing which parameter affects forwarding, which visibility point to check next, and how to validate that policy intent matches actual traffic behavior.
What your team will gain
- Design Fortinet SD-WAN architectures that align transport, resiliency, and application requirements
- Configure SD-WAN member links, rules, and SLA-based path selection concepts
- Analyze how routing, security policy, and SD-WAN decisions interact in Fortinet environments
- Troubleshoot link health, failover, application steering, and reachability issues using a structured workflow
- Apply operational best practices for monitoring and validating Fortinet SD-WAN behavior
Recommended preparation
- Foundational understanding of IP networking, routing, and enterprise WAN concepts
- Basic familiarity with firewall policy concepts and branch connectivity models
- Willingness to practice Fortinet SD-WAN design, deployment, and troubleshooting scenarios