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Program
Nastavni program Cisco akademije mrežnih tehnologija je
dizajniran s namjerom da polaznike nauči znanja i vještine
potrebne za dizajniranje, izgradnju i održavanje manjih i
srednje velikih računalnih mreža. Naučena znanja omogućavaju
polaznicima da se lakše zaposle odnosno da lakše nastave
školovanje u području računalnih mreža.
Program Cisco akademije mrežnih tehnologija obuhvaća 280 sati,
organiziranih u 4 modula po 70 sati. Nastavni program sadrži
dosta praktičnog rada, a izvodi se na mrežnoj komunikacijskoj
opremi i osobnim računalima. Okosnicu teorijskog dijela čini
multimedijalni nastavni materijal dostupan polaznicima putem
Interneta. Posebna prednost takvog oblika nastave jest
prilagodljivost polaznicima različitih razina predznanja,
dinamike i stilova učenja. Prema procjeni, polaznicima je za
završetak programa potrebno od 6 mjeseci do 2 godine. Program je
80% općenit o mrežnim tehnologijama, a 20% specifičan za Cisco
opremu. Sav nastavni materijal je na engleskom jeziku, dok se
laboratorijske vježbe i konzultacije odvijaju na hrvatskom
jeziku. Tokom pojedinih modula polažu se ispiti kojim se
provjerava napredak polaznika. Svi ispiti su na engleskom jeziku
i polažu se putem računala. Poslužitelj za polaganje ispita je
smješten u tvrtki Cisco Systems, a predavači u Lokalnim Cisco
akademijama mogu kontrolirati napredak polaznika.
Nakon završetka programa polaznici mogu pristupiti polaganju
CCNA (Cisco Certified Network Associate) ispita. CCNA certifikat
koji se stječe polaganjem završnog ispita CNA programa, polazna
je točka u daljnjem obrazovanju koje nudi Cisco, a može se
odvijati u jednom od dva pravca, održavanje ili dizajniranje
računalnih mreža. Svaki od ta dva pravca sastoji se od tri
stupnja koja polaznika vode od početnog stupnja suradnika
(CCNA), preko profesionalca (CCNP/CCDA) do eksperta (CCIE/CCDP).
Program
pojedinih modula (v 3.1)
CCNA1
Module 1: Introduction
1.1 Connecting to the Internet
1.2 Network Math
Module 2: Networking Terminology
2.1 Networking Terminology
2.2 Bandwidth
2.3 Networking Models
Module 3: Networking Media
3.1 Copper Media
3.2 Optical Media
3.3 Wireless Media
Module 4: Cable Testing
4.1 Background for Studying
Frequency-Based Cable Testing
4.2 Signals and Noise
Module 5: Cabling LANs and WANs
5.1 Cabling LAN's
5.2 Cabling WAN's
Module 6: Ethernet Fundamentals
6.1 Ethernet Fundamentals
6.2 Ethernet Operation
Module 7: Ethernet Technologies
7.1 10-Mbps and 100-Mbps Ethernet
7.2 Gigabit and 10-Gigabit Ethernet
Module 8: Ethernet Switching
8.1 Ethernet Switching
8.2 Collision and Broadcast Domains
Module 9: TCP/IP Protocol Suite
and IP Addressing
9.1 Introduction to TCP/IP
9.2 Internet Addresses
9.3 Obtaining an IP Address
Module 10: IP Routing
Fundamentals and
Subnets
10.1 Routed Protocol
10.2 IP Routing Protocols
10.3 Mechanics of Subnetting
Module 11: TCP/IP Transport and
Application Layers
11.1 TCP/IP
Transport Layer
11.2 The
Application Layer
Case Study: Structured Cabling
CCNA 2
Module 1: WANs and Routers
1.1 WANs
1.2 Routers
Module 2: Introduction to Routers
2.1 Operating Cisco IOS
Software
2.2 Starting a Router
Module 3: Configuring a Router
3.1 Configure a Router
3.2 Finishing the
Configuration
Module 4: Learning about Other Devices
4.1 Discovering and Connecting to
Neighbors
4.2 Getting Information about Remote
Sites
Module 5: Managing Cisco IOS
Software
5.1 Router Boot Sequence and
Verification
5.2 Managing the Cisco
File System
Module 6: Routing
6.1 Introduction to Static Routing
6.2 Dynamic Routing Overview
6.3 Routing Protocols Overview
Module 7: Distance Vector Routing
Protocols
7.1 Distance Vector Routing
7.2 RIP
7.3 IGRP
Module 8: TCP/IP Suite Error and
Control Messages
8.1 Overview of TCP/IP Error Messages
8.2 TCP/IP Suite Control Messages
Module 9: Basic Router
Troubleshooting
9.1 Examining the Routing Table
9.2 Network Testing
9.3 Troubleshooting Router
Issues Overview
Module 10: Intermediate TCP
10.1 TCP Operation
10.2 Overview of Transport Layer Ports
Module 11: Access Control Lists
(ACL's)
11.1 Access Control List
Fundamentals
11.2 Access
Control Lists (ACL')
Case Study: Routing
CCNA 3
Module 1: Introduction
to Classless Routing
1.1 VLSM
1.2 RIP Version 2
Module 2: Single-Area OSPF
2.1 Link State Routing Protocols
2.2 Single Area OSPF Concepts
2.3 Single Area OSPF
Configuration
Module 3: EIGRP
3.1 EIGRP Concepts
3.2 EIGRP Configuration
3.3 Troubleshooting Routing
Protocols
Module 4: Switching Concepts
4.1 Introduction to Ethernet/802.3
4.2 Introduction to LAN Switching
4.3 Switch Operation
Module 5: Switches
5.1 LAN Design
5.2 LAN Switches
Module 6: Switch Configuration
6.1 Starting the Switch
6.2 Configuring the Switch
Module 7: Spanning Tree Protocol
(STP)
7.1 Redundant Topologies
7.2 Spanning-Tree Protocol
Module 8: Virtual LANs
8.1 VLAN Concepts
8.2 VLAN Configuration
8.3 Troubleshooting VLANs
Module 9: VTP
9.1 Trunking
9.2 VTP
9.3 Inter-VLAN Routing
Overview
Case Study: Switching Basics
and Intermediate Routing
CCNA 4
Module 1: Scaling IP Addresses
1.1 Scaling Networks with Network
Address Translation and Port Address Translation
1.2 Dynamic Host configuration
Protocol
Module 2: WAN Technologies
2.1 WAN Technologies Overview
2.2 WAN Technologies
2.3 WAN Design
Module 3: PPP
3.1 Serial Point-to-Point Links
3.2 PPP
Authentication
3.3 Configuring PPP
Module 4: ISDN and DDR
4.1 ISDN Concepts
4.2 ISDN Configuration
4.3 DDR Configuration
Module 5: Frame Relay
5.1 Frame Relay Concepts
5.2 Configuring Frame Relay
Module 6: Introduction to Network
Administration
6.1 Workstations and Servers
6.2 Network Management
Case Study: WANs
Appendix: Preparation for
Certification Exam
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