♥ .. Certified IP Engineer .. ♥

Certified IP Engineer, in other words, CIPE. While mostly everyone in my class is enjoying the mid-sem break, I have to attend another training, which is the second part from the previous one, CIPA. Again this training is conducted by 

So what is CIPE?

COURSE DESCRIPTION
This is your route toward achieving the Certified IP Engineer - an accreditation supported by SKMM and MDeC as well as many major companies in Malaysia & Singapore. The CIPE is a vendor independent benchmark of your skills and capabilities in IP Routing and Switching. This certification equips you with the ability to plan, implement and troubleshoot across a multi vendor network. Our hands-on approach of "learning through doing" will improve your practical skills in areas of high demand in the workplace.

YOU WILL BE ABLE TO

• Separate traffic streams using VLANS
• Deploy and configure switches & routers
• Setup interior & exterior routing protocols
• Implement router redundancy

WHO CAN BENEFIT

IP Network personnel who require an in-depth understanding and working knowledge of a routed network

PRE-REQUISITE KNOWLEDGE

Participants should have  good understanding of  the Internet Protocol gained from a course such as the CIPA

OUTLINE

Introduction

• Brief overview of IP protocol suite
• Reviews of subnet masking

Implementing VLANs

• Rationale for using VLANs
• Static & Dynamic VLANs
• Relationship between VLAN & IP subnet
• Configuration of VLANs
• Implementing VLANs between multiple switches
• VLAN troubleshooting & commom failures
• Inter-VLAN communication using a router
• Analysing VLAN in VLAN communication
• Comparison of different vendor commands for configuration

Theory of Routing Protocols

• Static Routing
• Routing Tables
• Dynamic Routing
• Distance vendor algorithms
• Link-state algorithms
• Path vendor protocol
• Comparison of routing algorithms
• Path selection
• Multipath routing
• Cisco EIGPR
• Interworking between different routing protocols

Implementing Static Routes

• Comparison of different vendor commands for configuration
• Configuration of a static routes internetwork
• Troubleshooting router configuration

Implementing RIP

• Overview & Issues
• Differences between versions
• Comparison of different vendor commands for configuration
• Verifying configuration using command line & analyser
• Troubleshooting routing problems

Implementing OSPF

• Overview & Issues
• Area Types
• Role of Designated Router
• Traffic Engineering
• Comparison of different vendor commands for configuration
• Configuration of a OSPF internetwork
• Verifying configuration using command line & analyser
• Troubleshooting routing problems

Implementing BGP

• Overview & Issues
• Role of Autonomous System (AS) Number
• iBGP
• Comparison of different vendor commands for configuration
• Configuration of a BGP internetwork
• Verifying configuration using command line & analyser
• Troubleshooting routing problems

Implementing Router Redundancy

• Rationale for Router Redundancy
• Protocol options: VRRP, CARP & HSRP
• Configuration of Virtual Router Redundancy Protocol (VRRP)
• Testing VRRP works correctly on failover

*Still the same design of file, but with different course now

*Wireshark, used to see the flow of packets

*Once the wireshark is opened, this is what we see

Till next time,

♥ .. Certified IP Associate .. ♥

Certified IP Associate, also known as CIPA. I previously took this training 2 months ago. It was conducted by 

So what is CIPA?


COURSE DESCRIPTION
This is your route toward achieving Certified IP Associate. The CIPA is a vendor independent benchmark of your skills and capabilities in IP. It is the foundation in transferable competences valued across the industry. Our hands-on approach of learning through doing will improve your practical skills in areas of high demand in the workplace.

REQUIREMENTS & PREREQUISITES
There are no pre-requisites for this course, although a basic knowledge of networking and IP concepts will be helpful.

TARGET AUDIENCE
Technical personnel who currently are or will be working in IP Networks.

COURSE DURATION
Training - 9 Days
Exam - 1 Day

COURSE STRUCTURE

LEARNING METHODS / DELIVERY METHODS

Hands-on exercises, review questions & section summaries throughout. Use of protocol analyser

LEARNING OUTCOME

•Manage an enterprise network

•Configure IP properties and settings

•Plan subnet masks

•Use key applications and commands

•Use a network analyser to troubleshoot networks

•Apply commands from key vendors

DETAILED COURSE CONTENT

1. Introduction to Networking

•Network types and topologies

•Data encapsulation

•A layered approach : OSI 7 layer model

•Layer 2 & 3 interconnect

•Circuit and packet switching

2. Network Access

•Cabling and connectors for wired media

•Access solutions : leased lines, xDSL, Cable modem,FTTx, Ethernet

•Overview of Metro Ethernet

•Basic operation of FR, ATM and MPLS

•Broadband wireless technologies

•Wireless LAN & MESH networks

•IEEE 802.16-2004 & IEEE 802.16e WiMAX

3. The IP Layer

•Role of IP in enterprise and carrier class environments

•Use of IP in Next Generation Network

•IP addressing, subnet masking and CIDR

•ARP,RARP and ICMP

•IP multicasting

•How IP routing works

•Static and Dynamic routing overview

•Address troubleshooting

•Use of network analyser

•Introduction to IPv6

•Configuration of settings and properties

4. The Upper Layers

•Operation of TCP & UDP

•Use of SCTP & RTP

•The role of TCP handshaking

•Dealing with congestion

•Retrieving network information

•Using common networking commands and utilities

•Analysing TCP connection

5. Applications and Services

• Using key services: FTP and SSH/Telnet

•Address management with DHCP

•The Domain Name System (DNS)

•Network Address Translation overview

•HTTP and HTTPS web browsing analysis

•Introduction to VoIP configuration

•Triple and quadruple play services

•Quality of service requirements

•Messaging apps : email,MMS and IM

•Streaming , IPTV and conferencing

6. Introduction to Networking

•Key security issues

•Authentication and encryption

•Security devices : firewalls and proxies

•Fraud and intrusion detection/prevention

•Application security

•Defining a security policy

 

*The big file

*Can Ping or not? ^_~

Till next time,