10/4/2020
1
•Discuss the analysis and configuration of router redundancy protocols for
IPv4.
•Configuring WAN devices: Compare out-of-band and in-band management,
evaluate user interfaces, examine operating system management and licencing
issues, basic device configuration.
•Tutor-led/facilitated group discussions and tutorials on redundant network
design.
•Tutor-led/facilitated group discussions and tutorials on features of fir st-
hop redundancy protocols.
•Tutorials on different router redundancy protocols.
•Group work: Research and discuss default gateway limitations and
solutions.
•Individual work: Configure router redundancy protoco ls for IPv4.
•Review, analyse and configure router redundancy protocols for IPv6.
•Tutorials on different router redundancy protocols.
•Individual work: Configure router redundancy protoco ls for IPv6.
O B J E CT I V E S
LO3 Implement a network using WAN design principles
based on a predefined set of requirements
O B J E C T IV E S
Learning Outcomes and Assessment Crite ria
Pass Merit Distinction
LO1 Explore LAN design principles and their application in the
network design process
LO1 & 2
D1 Evaluate different implementations
of link aggregation using
EtherChannel
to solve bandwidth and
load issues.
P1 Examine the network design
models and features of scalable
networks based on a given set of
business needs.
P2 Discuss LAN redundancy,
bandwidth and load related issues and
possible solutions with reference to
Layer 2 and Layer 3 of the OSI
Model.
M1
Analyse the switch and router
redundancy protocols and their
effectiveness in supporting scalable
networks.
LO2 Implement a network using LAN design principles based
on a predefined set of requirements
P3 Select LAN devices based on
features and requirements, and apply
basic configuration commands for
network connectivity.
P4 Implement a LAN design with
Layer 2 and Layer 3 redundancy using
switch and router redundancy
protocols.
M2
Analyse different switch
redundancy protocols and their
effectiveness in solving redundancy
issues.
M3
Analyse Layer 3 redundancy
implementations for IPv4 and IPv6.
Transport Network Design 2
