ECSE training: Ekahau Certified Survey Engineer

Become an Expert in Wi-Fi Design, Validation and Troubleshooting

High-performing wireless networks do not happen by accident. Every successful Wi-Fi deployment is built on a solid understanding of radio frequency behavior, network design, validation, and troubleshooting. The Ekahau Certified Survey Engineer (ECSE) programs are among the most respected Wi-Fi certification tracks worldwide.

Whether you are designing new wireless networks, optimizing existing environments, or resolving complex connectivity issues, ECSE training provides the practical skills and technical knowledge needed to succeed.

Each course combines theory, hands-on exercises, and real-world scenarios and concludes with an official certification exam.

ECSE Design

The Foundation of Professional Wi-Fi Design

Duration: 4 days
Certification: Yes

ECSE Design focuses on creating reliable, scalable, and high-performing wireless networks.

Participants learn how radio waves behave, how building materials affect wireless performance, and how to create professional Wi-Fi designs based on business and technical requirements.

Topics include:

• Wi-Fi fundamentals and RF principles
• Wi-Fi standards and technologies
• Site surveys and predictive surveys
• Capacity planning
• Access point placement
• Interference analysis
• Design validation
• Ekahau AI Pro and Sidekick usage

Upon completion, participants can confidently design wireless networks for offices, healthcare facilities, warehouses, educational institutions, manufacturing environments, and other complex deployments.

Why Attend?

A properly designed network prevents problems before they occur. Good design ensures optimal coverage, capacity, roaming performance, and user experience from day one.

ECSE Advanced

Advanced Wi-Fi Design for Complex Environments

Duration: 4 days
Certification: Yes

ECSE Advanced builds upon the Design certification and focuses on demanding wireless environments where high user density, critical applications, or challenging RF conditions are present.

The course explores advanced design methodologies and optimization techniques.

Topics include:

• Advanced RF analysis
• High-density Wi-Fi design
• Wi-Fi 6 and Wi-Fi 7 design principles
• Capacity modeling
• Voice-over-Wi-Fi
• Real-Time Location Services
• Advanced roaming optimization
• Spectrum analysis
• Performance optimization

This course is particularly valuable for consultants, architects, and experienced wireless engineers responsible for mission-critical Wi-Fi environments.

Why Attend?

As organizations become increasingly dependent on wireless connectivity, even small design decisions can have a major impact on network performance, reliability, and user satisfaction.

ECSE Troubleshooting

Find and Resolve Wi-Fi Problems Faster

Duration: 3 days
Certification: Yes

Even well-designed networks can develop issues over time due to environmental changes, new applications, or increasing user demands.

ECSE Troubleshooting teaches participants how to systematically identify, analyze, and resolve wireless network issues.

Topics include:

• Structured troubleshooting methodologies
• Packet capture and frame analysis
• RF problem identification
• Interference investigation
• Roaming issues
• Performance troubleshooting
• Client-side analysis
• Spectrum analysis
• Troubleshooting workflows

The course includes extensive hands-on exercises based on real-world scenarios commonly encountered in enterprise environments.

Why Attend?

Many Wi-Fi issues are misdiagnosed or require lengthy investigation. This training provides a structured approach that helps engineers quickly identify root causes and resolve problems efficiently.