Prerequisites
No prior experience required for beginner tracks
A laptop and reliable internet for online classes
Networking & Hardware
Learn networking fundamentals, routing, switching, subnetting, and troubleshooting with CCNA-aligned practice.

What you will learn
Upcoming classes
Admissions will confirm the start date, class time, learning format, and availability before you make a commitment.
Ask for the next class dateCurriculum
Network components, topologies, models, cabling, Ethernet, and interface operation
IPv4 addressing, subnetting, private and public ranges, and IPv6 foundations
Build and verify small networks in Cisco Packet Tracer
Access the CLI, navigate modes, use help, and manage configurations
Secure local and remote administrative access with SSH
Back up, restore, and verify device files and software
MAC learning, frame forwarding, switch ports, VLANs, trunks, and inter-VLAN routing
Configure and verify voice and data VLANs
Diagnose common Layer 2 connectivity faults
Redundancy, loops, STP roles and states, Rapid PVST+, and root selection
Configure and verify EtherChannel
Troubleshoot inconsistent Layer 2 paths
Routing tables, longest-prefix match, static, default, floating, and host routes
Configure IPv4 and IPv6 routes
Verify path selection and troubleshoot reachability
Neighbor discovery, adjacencies, link-state operation, costs, and router IDs
Configure and verify single-area OSPFv2
Diagnose common OSPF failures
DHCP client, server, and relay; DNS, NTP, SNMP, syslog, QoS, and FTP/TFTP concepts
Configure NAT and PAT
Verify service operation with IOS commands
Wi-Fi standards, radio fundamentals, access points, controllers, and architectures
Configure secure WLAN access
Identify interference, coverage, authentication, and connectivity problems
Standard, extended, named, and numbered access control lists
Layer 2 threats, port security, DHCP snooping, and dynamic ARP inspection
Harden device access and apply least privilege
Enterprise, campus, branch, data-centre, cloud, and WAN designs
Virtual machines, containers, VRFs, controller-based networking, underlays, and overlays
Compare traditional and software-defined architectures
REST APIs, HTTP methods and status codes, JSON, authentication, and CRUD
Configuration management and intent-based networking concepts
Use Postman or Python to interact with a network API
Apply a structured approach across physical, data-link, network, and service layers
Build, secure, automate, and document a multi-site network
Complete certification-style labs and present the final design
Before the first class
No prior experience required for beginner tracks
A laptop and reliable internet for online classes
Cisco Packet Tracer
Router CLI
Switch CLI
Network labs
Project experience
Completion credential
Verifiable Loctech certificate of completion with an industry-aligned curriculum.
Questions answered
Beginner tracks assume no prior experience.
Yes — most programs run hybrid and online with live instructor-led classes.
Yes — a verifiable Loctech certificate on completion.