CCNA (Network Engineer)

Overview

The Cisco Certified Network Associate (CCNA) certification is a well-known IT certification for individuals starting their careers in IT. It is designed by Cisco and is suitable for professionals involved in digital transformation projects and modern infrastructure. The CCNA course covers the basics of networking, IP connectivity, security, automation, and other essential topics to validate your knowledge and skills in these areas.

CCNA certification is the starting point for a career in IT. By passing a single exam, you gain essential knowledge in networking technologies, security, automation, and programming skills. CCNA provides a strong foundation for various IT job roles and allows you to shape your career in any direction you choose.

Key Features

Comprehensive Networking Knowledge: CCNA provides a solid foundation in networking concepts, protocols, and technologies, covering a wide range of topics such as IP addressing, routing, switching, and network security.

Industry-Recognized Certification: CCNA is a globally recognized certification that validates your expertise and skills in networking, making you stand out in the job market and opening doors to various career opportunities.

Hands-on Experience: CCNA emphasizes practical learning through hands-on lab exercises, allowing you to gain real-world experience in configuring and troubleshooting network devices and protocols.

Industry-Recognized Certification: Successful completion of the program leads to an industry-recognized certification, demonstrating proficiency in ethical hacking and enhancing career prospects.

Up-to-Date Curriculum: The CCNA curriculum is regularly updated to align with the latest industry trends and technologies, ensuring that you acquire the most relevant and current knowledge in networking.

Global Recognition: The Ethical Hacking Certification is globally recognized and valued by employers, making it a valuable credential for career advancement in the cybersecurity field.

Career Advancement: CCNA certification enhances your career prospects by demonstrating your proficiency in networking, enabling you to pursue roles such as network administrator, network engineer, or systems analyst.

Preparation for Advanced Certifications: CCNA serves as a stepping stone for higher-level Cisco certifications, such as CCNP and CCIE, providing a solid foundation for further career growth in networking.

Flexibility in Learning: CCNA offers both online and classroom-based training options, allowing you to choose a learning format that suits your preferences and schedule.

Global Community and Support: Becoming CCNA certified grants you access to a vast community of networking professionals, resources, and support, fostering networking opportunities and continuous learning.

Vendor-Neutral Skills: CCNA equips you with vendor-neutral networking skills, enabling you to work with a variety of networking equipment and technologies from different vendors.

Competitive Advantage: CCNA certification sets you apart from other candidates in the job market, showcasing your commitment to professional development and your ability to handle networking challenges effectively.

Course Objectives

Develop a strong understanding of networking concepts and fundamentals.
Gain practical knowledge in configuring and troubleshooting network devices.
Learn about IP addressing, subnetting, and routing protocols.
Understand network security principles and implement basic security measures.
Acquire skills in network automation and programmability.
Prepare for real-world networking challenges and job roles.ammability.
Gain hands-on experience with Cisco networking technologies.
Prepare for the CCNA certification exam.

Job Opportunities After Completing the course

CCNA-certified professionals have a strong understanding of networking concepts and are able to design, implement, and troubleshoot networks. `

Salary prospects for Cisco Certified Network Associate

As businesses increasingly depend on technology, the demand for networking professionals becomes crucial. CCNA training equips individuals with the skills to design, configure, and troubleshoot computer networks. CCNA-certified professionals are in high demand globally, and their salaries reflect the value they bring to organizations.

Country	Average Salary
United States	$78,000 to $95,000 per year
United Kingdom	£25,000 to £45,000 per year
India	INR 3 lakh to INR 24 lakh per year
Australia	AUD 60,000 to AUD 100,000 per year
UAE	AED 60,000 to AED 120,000 per year
Singapore	SGD 40,000 to SGD 80,000 per year

Who should take Cisco Certified Network Associate Training Courses?

Aspiring network engineers: Individuals who want to start a career in networking and gain foundational knowledge of networking concepts, protocols, and technologies.
IT Professionals: Professionals already working in IT roles such as system administrators, network administrators, and support technicians who want to expand their knowledge and expertise in networking.
Network technicians: Individuals responsible for managing and troubleshooting network infrastructure, including LANs, WANs, and routers.
IT managers: Managers and decision-makers who want to understand networking fundamentals to make informed decisions regarding network infrastructure and security.
Students and graduates: Students pursuing a degree in computer science, information technology, or related fields can benefit from CCNA training to enhance their employability and gain practical networking skills.

Course Content

Module-1 : Overview of Networking

Learning Objective:
In this module, you will understand the main components of Networking like Types of Network, network devices.
Topics:

Introduction to Networks
Preview
Network Types
Preview
The Internet and the DNS Server
Preview

Hands-On:

Overview of a Networking like Types of Network, network devices etc.
Overview of Internet and Role of DNS Server

Module-2 : IP Addressing [Classes, Private Addressing, Subnetting]

Learning Objective:
In this module, you will understand the Classes of IP Addresses and What is the Difference between Public and Private IP.
Topics:

IP Addressing
IP Address Classes
Private Addressing
Subnetting
Class C – Subnetting Examples
Class B – Subnetting Examples
Class A – Subnetting Examples
Supernetting
Supernetting Examples

Hands-On:

Overview of Subnetting and Different Classes Subnet etc.
Overview of IP Addressing, Public and Private IP’s.

Module-3 : Reference Models & TCP / UDP Protocols

Learning Objective: In this module, you will understand use of Reference Models [OSI and IP Model] & TCP / UDP Protocols Topics:

Networking Models

Hands-On:

Overview of OSI and TCP/IP Models and It’s Layers etc.
Overview of TCP and UDP Protocols.

Module-4 : Initializing a Cisco Router

Learning Objective:
In this module, you will Learn Router Components and Basic router configurations.
Topics:

Router Components
Basic Router Configuration
Initial Configurations
Configuring Terminal history
Configuring a Router Banner
Working with the Configuration Files\Securing the Router Console Access
Configuring Alias

Hands-On:

Overview of Routers and its Configuration etc.

Module-5 : WAN Connections [PPP, Authentication, MLPP]

Learning Objective:
In this module, you will understand the PPP, Authentication, MLPP.

Topics:

Serial Interface Protocols
Configuring and Verifying Point-to-point HDLC Connections
Configuring and Verifying Point-to-point PPP Connections
Configuring PPP Authentication using PAP
Configuring PPP Authentication using CHAP
Configuring PPP Multilink

Hands-On:

Overview of WAN Technologies and their protocols etc
Overview of PPP, Authentication, MLPP Protocols.

Module-6 : Remote Management [Telnet SSH]

Learning Objective:
In this module, you will understand about the Telnet SSH Protocols and Remote
Management.

Topics:

Remote Management
Configuring Telnet using a Password
Configuring Telnet using an Username and Password
Configuring SSH using an Username and Password

Hands-On:

Overview of Remote protocols Like Telnet SSH and it’s Configurations.

Module-7 : IP Routing

Learning Objective:
In this module, you will understand about the Telnet SSH Protocols and Remote
Management.

Topics:

Routing Basics
Distance Vector Routing Protocol
Link State Routing Protocol
Configuring Static Routes
Configuring Default Routes
Configuring Floating Static
OSPF Overview
Configuring OSPF in a Single Area on a Point – To – Point Link
Configuring OSPF in a Single Area on a Ethernet Link
OSPF – Calculating Metrics
OSPF Multi-Area Overview
Configuring OSPF is a Multi-Area Network
FHRP Services
HSRP
VRRP

Hands-On:

Overview of Routing protocols Like : Distance Vector Routing Protocol, Link State Routing Protocol
Configuring of Routing Protocols.

Module-8 : IPv6 [Addressing, Static Routes, OSPFv3]

Learning Objective:
In this module, you will understand IPv6 [Addressing, Static Routes, OSPFv3]
Topics:

IPv6 Addressing
IPv6 Addressing Types
IPv6 Address Assignments from ISP and Subnetting
IPv6 Address Assignment using Manual Mechanism
IPv6 Address Assignment using SLAAC
Configuring IPv6 Static Routes
Configuring IPv6 Default Route
Configuring OSPFv3

Hands-On:

Overview of IPv6 [Addressing, Static Routes, OSPFv3] and it’s Configurations.

Module-9 : LAN Switching

Learning Objective:
In this module, you will understand IPv6 [Addressing, Static Routes, OSPFv3]

Topics:

Switching Overview
VLANs & Port Types
VLAN Trunking Protocol (VTP)
VLAN, VTP & Port Types Lab
Inter-VLAN Routing
Physical – To – Logical Mapping
Spanning-Tree Protocol (STP)
STP Root Switch
STP PortFast
STP BPDU Guard
STP BPDU Guard Lab
EtherChannels – Port Channels
EtherChannel – Static Mode
EtherChannel – LACP

Hands-On:

Overview of LAN Switching Technologies and their protocols etc.
Overview of STP, VTP, VLAN Protocols.

Module-10 : Infrastructure / IP Services

Learning Objective:
In this module, you will understand IPv6 [Addressing, Static Routes, OSPFv3]
Topics:

DHCP Server
Configuring a Router as a DHCP Server
Configure a Router as a DHCP Relay Agent
Configuring a Router as a HTTP-HTTPS Server
Configuring a Router as a DNS Server
Network Address Translation (NAT)
Dynamic NAT
Static NAT
Dynamic PAT
Static PAT
Network Time Protocol (NTP)
Network Time Protocol Lab
Quality of Service (QoS)
Qos – Policing
Qos – Bandwidth Reservation & Prioritization

Hands-On:

Overview of Infrastructure / IP Services [DNS, DHCP Server, NTP, QoS].

Module-11 : Router Maintenance

Learning Objective:
In this module, you will learn About the Router Maintenance
Topics:

Backing up configuration to a TFTP Server
Restoring configuration from a TFTP Server

Hands-On:

Overview of Router Maintenance and TFTP Server.

Module-12 : Wireless Networking

Learning Objective:
In this module, you will learn About the Wireless Networking.

Topics:

Wireless Networking Overview
Initializing the WLC from the CLI
Configuring a Controller-based WLAN

Hands-On:

Overview of Wireless Networking

Module-13 : Security Fundamentals

Learning Objective:
In this module, you will learn About the WAN Technologies and their protocols.
Topics:

Overview of Site – To – Site VPNs using Crypto Maps
GRE Site – To – Site VPN
GRE Over IPSec
Tunnel-Interface Based IPSec – S-VTI
Access Control Lists Overview
Standard Numbered ACL
Standard Named ACL
Extended Numbered ACL
Extended Named ACL
Time-based ACL
IPv6 Access Lists
Port Security
Port Security – Lab
Configuring DHCP Snooping
Configuring ARP Inspection

Hands-On:

Overview of WAN Technologies and their protocols etc.
Overview of PPP, Authentication, MLPP Protocols.

Module-14 : Additional Labs

Learning Objective:
In this module, you will learn Hands on Lab for all Routing and Switching Protocols.
Topics:

RIPv2 Overview
Configuring Basic RIP v2
RIP v2 – Passive Interfaces
RIP v2 – Auto-Summarization
EIGRP Overview
Configuring Basic EIGRP
EIGRP – Passive Interfaces
EIGRP – Auto-Summarization
Calculating EIGRP Metrics
EIGRP – Load Balancing
BGP Overview
Configuring eBGP
WAN Technologies Overview
MPLS Unicast Routing
Multi-Point GRE- DMVPN
PPP Over Ethernet (PPPoE)

Hands-On:

In This Module you will learn Hands on Labs for above Topics