EARLY BIRD: Ekahau Certified Survey Engineer Training - November 2017

Ekahau Certified Survey Engineer - ECSE Wi-Fi Expert Training and Certification

Description

The Ekahau Certified Survey Engineer (ECSE) course provides instructor-led classroom lectures and intensive hands-on labs on all aspects of Wi-Fi life cycle management. This includes:

• Off-site planning in 3D
• Pre- and post deployment site surveys
• Troubleshooting of variousWi-Fi issues
• Spectrum (interference) analysis
• Reporting

After the course, students will take the ECSE certification exam.

Audience

This course and certification are designed for Wi-Fi systems engineers, IT administrators, and other Wi-Fi professionals, who require an in-depth knowledge on how to deploy and maintain Wi-Fi networksusing Ekahau Wi-Fi tools.

Prerequisites:

Students are expected to have the following skills & knowledge before attending this course:

• Basics of networking and WLAN 802.11 technology
• Strong general computer skills
• Each student is requiredto bring a laptop to the class (Windows laptop, or a Macbook set up to run Windows OS)
• Sense of humor is recommended but not mandatory The class and exam will be in English language.

Content

• Introduction Installation & activation
• Getting started & user Interface
• Wi-Fi life cycle management & Requirements Designingrobust, high performance Wi-Fi networks Pre- and post deployment Wi-Fi site surveys
• Site Surveys using Laptop vs Tablet vs Phone TroubleshootingWi-Fi issues
• Spectrum Analysis
• WLAN expansion planning Reporting
• Client-side monitoring of Wi-Fi operation
• ECSE Certification Exam

Course Objectives

At the end of this course the studentwill hold expert knowledge in designing, deploying and troubleshooting Wi-Finetworks, usingEkahau Wi-Fi tools. The knowledge appliesto all Wi-Finetwork brands.

Certification Exam Criteria
Student must score 75% or better to pass the exam and to receive the ECSE certification

Wi-Fi Site Survey & PlanningTools | wifidesign@ekahau.com | www.ekahau.com/wifidesign