Get the skills and certifications you need to design and deploy brilliant Wi-Fi
Join the Wi-Fi Elite with an Ekahau ECSE Certification Today
Ekahau's world-renowned ECSE Training and Certification programs help you design, deploy and troubleshoot better Wi-Fi
This 4-day course consists of lectures and labs taught by Wi-Fi experts, now accessible from your remote office. Learn how to design, optimize, and troubleshoot better Wi-Fi using Ekahau products.
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Dive into all aspects of Wi-Fi life-cycle management including:
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RF fundamentals
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Predictive designs
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Spectrum analysis
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And much more!
Course specifics:
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Designed for Wi-Fi systems engineers, IT administrators, and other wireless professionals
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Maximum of 12 people per class for a more interactive experience
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Receive a highly regarded ECSE Design certification upon passing the certification exam
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Qualifies for 26 BICSI CECs
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Four-day format: 9:00-12:30, 1 hour lunch break, 13:30-17:00
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Hosted virtually (thanks COVID)
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Training offered in English
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Scheduled to fit the APAC time zone
Technical requirements: During the course, students receive a temporary license to run Ekahau Pro on their laptop.
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Students will need admin rights on their local machine to install Pro.
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It is strongly recommended to have a physical mouse for use in class.
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This 4-day course consists of classroom lectures and hands-on labs taught by Wi-Fi experts. Review potential Wireless LAN issues as well as standard network troubleshooting processes using various tools and techniques to identify issues.
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Set a baseline of knowledge and shared vocabulary, covering fundamentals of RF, 802.11 and how Wi-Fi works from a Wi-Fi client device perspective
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Work through 6 standard network troubleshooting processes using various tools and techniques at each stage to identify issues including: Investigate, Measure, Validate, Analyze, Interrogate, and Manage
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Hands-on labs using free tools, low-cost tools and professional tools
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And much more!
Course specifics:
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No prerequisites, but CWNA is recommended.A firm grasp of OSI model, network protocols and network traffic flows is expected.
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Maximum of 12 people per class
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Receive an exclusive ECSE Troubleshooting certification after passing a certification exam
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Qualifies for 6 BICSI CECs (OV-EKAH-VA-0719-1)
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Hosted virtually (thanks COVID)
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Training offered in English
-
Scheduled to fit the APAC time zone
Technical requirements: During the course, students receive a temporary license to run Ekahau Pro on their laptop.
​
-
Students will need admin rights on their local machine to install Pro.
-
It is strongly recommended to have a physical mouse for use in class.
​
This 4-day course consists of classroom lectures and labs taught by Wi-Fi experts. Dive into the intricacies of designing, optimizing and troubleshooting Wi-Fi networks such as:
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Learning to manipulate floor plans to increase WLAN design effectiveness
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Working with CAD to develop your own floor plans
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Learning to adjust RSSI offsets in Ekahau
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Step by step instruction in how to use Ekahau Report Templates
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Using canned Python scripts to manipulate Ekahau project files
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Throughput testing with Ekahau e-Perf
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Labs to measure wall attenuation
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Ekahau Connect labs for iPad, iPhone using a Sidekick
Course specifics:
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ECSE Design is a prerequisite, maximum 12 people per class
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Receive an exclusive ECSE Advanced certification after passing a certification exam (may be retaken for a minimal fee if not passed during initial course)
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Qualifies for 16 BICSI CECs (OV-EKAH-VA-1218-1)
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Hosted virtually (thanks COVID)
-
Training offered in English
-
Scheduled to fit the APAC time zone
Technical requirements: During the course, students receive a temporary license to run Ekahau Pro on their laptop.
​
-
Students will need admin rights on their local machine to install Pro.
-
It is strongly recommended to have a physical mouse for use in class.
​
You will receive 3 1/2 hours of online training separated into easy-to-digest modules.
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Once purchased, you are free to use it as you see fit. You may view it as many times as you would like.
Topics covered include:
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Importing Maps and Drawing Walls
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Importing Maps: CAD Files
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Calibrating Walls and Attenuation Areas
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Defining Coverage Requirements
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Creating Requirement Areas
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Designing to Meet Requirements
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Planning Network Capacity
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Planning on Mulitple Floors
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Setting Up Survey Hardware
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Performing Surveys
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Viewing Collected Survey Data
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Offsetting Signal Strength
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Performing Live Spectrum Analysis
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Finding Interfering Devices on the Map
