CCNA

PLANNING AND DESIGNING IMPLEMENTATION AND OPERATION
- DESIGN A SINPLE LAN USING CISCO TECHNOLOGY
- DESIGN AN IP ADDRESSING SCHEME TO MEET DESIGN REQUIREMENT
- SELECT AN APPROPRIATE ROUTING PROTOCOL BASED AN USER REQUIREMENT
- DESIGN A SIMPLE INTERNET WORK USING CISCO TECHNOLOGY
- DEVELOP AN ACCESS LIST TO MEET USER SPECITICATIONS
- CHOOSE WAN SERVICES TO MEET CUSTOMER REQUIREMENT - CONFIGURE ROUTING PROTOCOLS GIVEN USER REQUIREMENTS
- CONFIGURE IP ADDRESSESS, SUBNET MASKS AND GATEWAY ADDRESSESS ON ROUTERS AND HOSTS
- CONFIGURE A ROUTER FOR ADDITIONAL ADMINISTRATIVE FUNCTIONALITY
- CONFIGURE A SWITCH WITH VLANS AND INTER-SWITCH COMMUNCATION
- IMPLEMENT A LAN
- CUSTOMISE A SWITCH CONFIGURATION TO MEET SPECIFIED NETWORK REQUIREMENTS.
- MANAGE SYSTEMS IMAGE AND DEVICE CONFIGURATION FILES
- PERFORM ON INITIAL CONFIGURATION ON A ROUTER
- PERFORM AN INITIAL CONFIGURATION ON A SWITCH
- IMPLEMENT ACCESS LISTS
- IMPLEMENT SIMPLE WAN PROTOCOLS
TROUBLESHOOTING TECHNOLOGY
- UTILIZE THE OSI MODEL AS A GUIDE FOR SYSTEMATIC NETWORK TROUBLESHOOTING
- PERFORM LAN AND VLAN TROUBLESHOOTING
- TROUBLESHOOT ROUTINE PROTOCOLS
- TROUBLESHOOT IP ADDRESSING AND HOST CONFIGURATION
- TROUBLESHOOT A DEVICE AS PART OF A WORKING NETWORK
- TROUBLESHOOT AN ACCESS LIST
- PERFORM SIMPLE WAN TROUBLE SHOOTING - DESCRIBE NETWORK COMMUNCATION USING LAYERED MODELS
- DESCRIBE THE SPANNING TREE PROCESS
- COMPARE AND CONTRAST KEY CHARACTERTICS OF LAN ENVIRONMENT
- EVALUATE TCP/IP COMMUNICATION PROCESS AND ITS ASSOCIATED PROTOCOLS
- DESCRIBE THE COMPONENTS OF NETWORK DEVICES
- EVALUATE RULES FOR PACKET CONTROLS AND EVALUATE KEY CHARACTERISTICS OF WANs.