CCNA Certification | MMU CNERGY

Cisco Certified Network Associate (CCNA)

About CCNA

The CCNA certification demonstrates that you possess the necessary skills to adapt to the constantly evolving field of IT. The CCNA exam tests your knowledge of networking fundamentals, security fundamentals, IP services, and automation and programmability, confirming your capability to manage and enhance today's complex networks.

By taking the CCNA training course and exam, you establish a solid foundation that empowers you to pursue diverse career paths. Obtaining certification from Cisco provides concrete evidence of your proficiency and reliability, which organizations rely on to surpass market expectations and remain competitive.

Summary

Course : CCNA

Duration : 5 days

Course Methodology : Lectures and hands-on labs

Assessment Method : 200-301 CCNA Certification Exam

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Description

The CCNA course gives participants fundamental knowledge in computer networking, including IP connectivity, IP services, network access, security fundamentals and automation. Additionally, participants will learn how to install, operate, configure, and verify IP-based devices such as switches, routers, and wireless LAN controllers. This course is intended to prepare participants for the CCNA exam (200-301).

Who should attend

Students new to Cisco products
Network technicians
Network administrators
Network Support Staff
Help Desk Personnel
Network Device Installers

Pre-requisite

Basic knowledge of data networking
A basic understanding of networking concepts and terminology
Exposure to IP or IPX networking
Experience working within a networked environment

Level

Entry-level

Delivery Method

Interactive Lectures, Powerpoint Presentations, Discussions And Practical Lab Exercises.

Learning Objective & Outcome

Upon completion of the course, participants should be able to:

Explain the fundamentals of computer networking
Define the various methods for network access
Implement IP connectivity and services
Identify security threats to computer networks
Describe automation and programmability concepts