Achieving CCNA certification is the first step in preparing for a career in IT technologies. To earn CCNA certification, you pass one exam that covers a broad range of fundamentals for IT careers, based on the latest networking technologies, software development skills, and job roles.
Learn why now is a great time to get Cisco certified.
The newly re-designed CCNA program prepares you for today’s associate-level job roles in IT technologies. Retooled for the latest technologies and job roles, this CCNA training course gives you the foundation you need to take your career in any direction. CCNA certification covers a breadth of topics, including:
Network fundamentals
Network access
IP connectivity
IP services
Security fundamentals
Automation and programmability
Learn about Cisco’s latest networking technologies and expertise that you can be a part of.
What’s included in this course?
This course includes video based learning material, a live lab, Kaplan practice test, and PDF study guide. The official Cisco exam is not included in this course. This can be purchased separately when you are ready to sit the exam.
The Average Cisco Networking Specialist Profile:
Course included:
Cisco CCNA (200-301)
NETWORKING FUNDAMENTALS Overview Networking Components: Overview Networking Components: Routers And Switches Networking Components: NGFW And NGIPS Networking Components: Cisco DNA Center Networking Components: WLCs And Access Points Networking Components: Servers And Endpoints Networking Topology Architectures: Overview Network Topology Architectures: Data Center Networking Topology Architectures: WAN Networking Topology Architecture: Cloud Networking Topology Architectures: SOHO Layer 1: Interfaces And Cabling Layer 1: Interfaces And Cabling Part 2 Layer 1: Interfaces And Cabling Part 3 Identifying Layer 1 Issues Identifying Layer 1 Issues Part 2 Networking Protocols Networking Protocols Part 2 IP Addressing: Overview IP Addressing: IPv4 Basics IP Addressing: IPv4 Configuration IP Addressing: IPv4 Subnetting Review IP Addressing: IPv4 Subnetting Class C IP Address: IPv4 Subnetting Class B IP Addressing: IPv4 Subnetting Class A IP Addressing: VLSM IP Addressing: IPv6 Basics And Address Types IP Addressing: IPv6 Basics And Address Types Pt.2 IP Addressing: IPv6 Configuration IP Addressing: Client OS Virtualization Fundamentals Virtualization Fundamentals Part 2 NETWORK ACCESS Network Access Overview Cisco Switching: Basic Concepts Cisco Switching: VLAN Configurations Cisco Switch: VLAN Configurations Part 2 Cisco Switching: Interswitch Connectivity Cisco Switching: Interswitch Connectivity Part 2 Cisco Switching: L2 Discovery Protocols Cisco Switching: L2 Discovery Protocols Part 2 Cisco Switching: L2 Etherchannel Configuration Cisco Switching: L2 Etherchannel Config Pt.2 Cisco Switching: L3 Etherchannel Configuration Cisco Switching: Spanning Tree Protocol Basics Cisco Switching: STP Operations Cisco Switching: STP Configuring RPVSTplus Cisco Switching: STP Portfast And BPDUguard Cisco Wireless Basics Cisco Wireless Architecture Cisco WLAN Components Cisco WLC Configuration Cisco Wireless Management Access IP CONNECTIVITY IP Connectivity: Overview IP Connectivity: Routing Basics IP Connectivity: IPv4 Static Default, Net Routes IP Connectivity: IPv4 Static Host, Floating Routes IP Connectivity: IPv6 Static Default, Net Routes IP Connectivity: IPv6 Static Host, Floating Routes IP Connectivity: Dynamic Routing Basics IP Connectivity: Single Area OSPFv2 IP Connectivity: Single Area OSPFv2 Part 2 IP Connectivity: First Hop Redundancy Protocols IP Connectivity: First Hop Redundancy Proto Pt2 IP SERVICES IP Services Overview IP Services: Configuring, Verifying NAT IP Services: Configuring, Verifying NAT Pt.2 IP Services: Configuring NTP IP Services: DNS And DHCP IP Services: DNS And DHCP Part 2 IP Services: Configuring SNMP IP Services: Understanding Syslog IP Services: Understanding PHB For QoS IP Services: Configuring SSH IP Services: Using FTP And TFTP SECURITY FUNDAMENTALS Security Fundamentals Overview Key Security Concepts Security Program Components Security Password Policy Components Intro To AAA Security Understanding VPN Types Configuring And Verifying Standard ACLs Configuring And Verifying Extended ACLs Configuring And Verifying Named ACLs Configuring Port Security-Static Configuring Port Security-Sticky Configuring DHCP Snooping And DAI AUTOMATION AND PROGRAMMABILITY Automation And Programmability Overview Intro To Network Programmability Intro To SDN Architectures Intro To API Concepts Intro To REST-Based APIs Intro To Cisco DNA Center Intro To Config Management Utilities Interpret JSON Encoded Data
Live lab included:
Cisco CCNA (200-301)
Practice test included:
Cisco CCNA (200-301)
Course access period: 12 months online access
Exam included: NO
What career paths are available to me through this course?
Cisco Network Engineer
Cisco Network Specialist
Cisco Network Analyst
Cisco Network Consultant
Network Engineer
Network Field Engineer
Network Deployment Engineer
Network Operations Engineer
Network Support Engineer
Network Operations Center Engineer
Network Consultant
Network Technician
Data Centre Manager
IT Manager
IT Consultant
IT Support Technician
Systems Administrator
How is the course taught?
This is an online and self-paced course, meaning you can do it in your own home, in your own time, at your own pace and best of all… any where in the world, providing you have access to a laptop, PC or desktop computer, and an internet connection. Each lesson is pre-recorded allowing you to pause, fast-forward, skip sections, or go back to another lesson if you need to. The lessons are multi-media based, which means video and audio are used to teach the lessons. Your tutor will PowerPoint slides, illustrations, diagrams and give demonstrations to teach each class. Most lessons are also interactive though the live labs, prompting the learner to participate. This might involve answering on-screen questions, and participating in tasks.
What do I need?
All you need is an internet connection and a device, such as a smart phone, tablet, laptop or PC, and an internet connection. To get the most out of the course, we recommend you access it using either a laptop or desktop computer through Google Chrome.
