The entry point for most engineers: IP addressing, routing, switching, and structured troubleshooting on physical Cisco equipment.
Courses built around graded projects
12 instructor-led courses. Every one lists its prerequisites, weekly hours and full curriculum before you enroll.
- Courses
- 12
- Modules
- 78
Full catalog
Every course we teach
The step past CCNA: MPLS, BGP, advanced OSPF, VPNs and the security that enterprise and service provider networks actually run on.
Next-generation firewall training taught by a former Palo Alto TAC engineer: policy, App-ID, VPN, NAT and real troubleshooting.
Campus switching and wireless on Aruba: WLAN design, controllers, access points and the security that runs across a campus fabric.
Junos from the ground up: the CLI and configuration model, routing policy, firewall filters and how Junos differs from IOS in practice.
The bridge from CLI to code: Python, Linux, REST APIs and the automation tooling that modern network roles increasingly assume.
The libraries that drive real fleets: Netmiko, NAPALM, Ansible and REST APIs, with the safety practices that stop automation causing outages.
The operating system underneath the network: shell, networking stack, services, permissions and the diagnostics every infrastructure role assumes.
Cloud fundamentals with a networking lens: VPC, subnets, routing, security groups and how a cloud network differs from a campus one.
Extended build work on enterprise and data centre topologies, with faults injected on a schedule you do not see.
Extended automation build work: multi-device tooling under version control, with CI running the validation on every change.
Six months of access to the enterprise lab environment, for practice, certification preparation or keeping skills current between roles.
