Computer networking
Networking training: understand the OSI model, IPv4/IPv6 addressing, subnetting, VLANs and routing, and narrow down connection problems systematically.


Courses on computer networking, Wi-Fi, Cisco CCNA, cloud networking and enterprise communications. Compare topics and levels, then enquire about training.
Networking & infrastructure covers how data flows reliably between devices, sites and cloud services. The topics suit network administrators, systems integrators, support teams and specialists moving into network roles. If you need the basics, start with “Computer networking”. For wireless environments, “Planning and operating wireless networks” fits. Routing and switching with a vendor focus is covered by “Cisco CCNA: routing and switching”. Decide by place of use: basics, wireless or enterprise network. Vendor names imply no partnership. Prerequisites, scope and dates are confirmed on enquiry.
Networking training: understand the OSI model, IPv4/IPv6 addressing, subnetting, VLANs and routing, and narrow down connection problems systematically.
Configure EIGRP, OSPF and BGP in enterprise networks, set up VPN services and troubleshoot routing and infrastructure problems methodically.
Design addressing, routing, campus and WAN for enterprise networks, plan network services and SD-Access, and justify your design decisions.
Build a Cisco Catalyst SD-WAN: deploy controllers and WAN Edge routers, define policies, security and QoS, then monitor the running environment.
Work through Nexus networking, VXLAN, ACI, Fibre Channel and UCS as parts of one data centre, and prepare for Cisco exam 350-601 DCCOR.
Control network devices using Python, RESTCONF, NETCONF and Ansible: a two-day start in automation instead of manual CLI work.
AWS networking training: design topology, addressing and segmentation, test connectivity and security boundaries, and isolate faults systematically.
Networking training for Google Cloud: design topology and addressing, configure services, verify connectivity and isolate faults systematically.
Beginner course on Cisco networking: understand IP addressing, VLANs and routing, configure devices and narrow down connectivity faults step by step.
CCNA-style course on routing, switching, VLANs and IP planning: configure Cisco devices in a lab and verify paths, performance and security boundaries.
CCNP Enterprise training for experienced network engineers: design, configure and secure enterprise networks, measure performance and analyse faults.
Wi-Fi course with a Cisco focus: plan wireless networks, configure access points and controllers, check coverage and security, and isolate interference.
Enterprise communications with Cisco: plan voice, video and messaging, configure services in a lab and work through quality and security questions.
Network+-oriented course: manage networks, plan addressing and segmentation, configure devices and troubleshoot network faults systematically.
In the NetScaler course (formerly Citrix Networking) you design addressing and data paths, configure services in a lab and isolate faults.
Advanced F5 course on load balancing and traffic management: design data paths, configure services, test connectivity and isolate faults methodically.