Certified Enterprise Wireless Engineer (MTCEWE)
Training Outline
Duration: 3 days
Objectives: By the end of this training session, the student will be able to
understand major RouterOS Enterprise WiFi features, how
WiFi works and implement CAPsMAN into real life WiFi
Target Audience: Network engineers and technicians wanting to deploy and
Corporate WiFi networks based on MikroTik Controlled
Access Point system Manager (CAPsMAN)
Simple Layer 2 wireless bridges using MikroTik 60GHz
Wireless Wire Technology
Course prerequisites: MTCNA certificate

Module 1 Wireless Introduction
 Wireless routers
 RouterBOARD hardware with integrated wireless
 MikroTik wireless cards
 Module 1 laboratory

Module 2 RF Wireless Characteristics
 The RF Radio Spectrum and Electromagnetic Energy
 Decibels
 Antenna theory and examples of use
 Isotropic
 Directional
 Omnidirectional
 Antenna polarization
 Initial class setup
 Attenuation/absorption and reflective properties of
building materials and how they affect radio signals
 2.4/5GHz indoor/outdoor cell sizes and transmitter
 Client roaming
 RouterOS station roaming setting
 Co-channel and Adjacent-channel interference
 Choosing correct access point placement
 Physical network infrastructure
 Understanding ‘Airtime’
 Module 2 laboratory

Module 3 Wireless Standards
 802.11a/b/g/n/ac wireless protocol
 802.11 standards features overview
 Bands, channels (frequencies) and channel widths
 Scan list
 Modulation schemes and MCS data rates
 Channel bonding
 Frame aggregation overview
 Chains (SISO, MIMO and MU-MIMO)
 CSMA/CA overview
 HW protection (RTS/CTS)
 QoS priorities / WMM®
 Future standards (802.11ax)
 Module 3 laboratory

Module 4 Country / Regulatory Domain Settings in CAPsMAN
 Antenna gain and control of maximum EIRP
 Setting antenna gain on CAP
 Selecting the country code and purpose of ‘installation’
 Dynamic frequency selection (DFS radar detect)
 Module 4 laboratory

Module 5 Non CAPsMAN Wireless Modes
 Extending coverage with repeaters and extenders
 Bridging with MikroTik 60GHz Wireless Wire products
 Module 5 laboratory

Module 6 Wireless Security
 Authentication (Open / Shared)
 Encryption (WEP, WPA™ TKIP, WPA2™ AES)
 Weaknesses of older encryption (WEP / WPA™ TKIP)
 Overview of 802.11X (RADIUS and EAP)
 Performance difference of TKIP vs. AES
 Basic access list (ACL) management
 Mitigating against most common known vulnerabilities of
 Module 6 laboratory

Module 7 Wireless Troubleshooting
 Troubleshooting wireless clients
 Registration table analysis
 TX/RX signal strength
 Signal to noise ratio
 CCQ, frames and HW frames, hardware retries
 Data rates
 Analysing the System log for wireless problems
 Scan, background scan
 Frequency usage
 Wireless snooper
 Wireless sniffer
 Module 7 laboratory

Module 8 Wireless Surveys
 Pre-install site surveys
 Spectrum analysis overview
 Prediction software overview
 Post-install validation surveys
 Module 8 laboratory

Module 9 CAPsMAN v2
 MikroTik CAPsMAN version 2 features
 CAP hardware/software requirements
 L2 (broadcast/multicast) vs L3 (via UDP) CAPs
communication methods
 Using DHCP option 138
 Configuration of a CAP
 CAPsMAN discovery and selection by CAP
 Authentication and locking by SSL certificates
 Auto certificate & locking
 Auto upgrading feature
 Securing the CAP configuration
 CAPsMAN configuration settings (channels, datapaths,
security configurations, data rates)
 Provisioning CAP Interfaces (single and dual band APs)
 Datapath / local forwarding
 Dynamic vs static CAP interfaces on CAPsMAN
 Virtual AP (additional SSIDs)
 Static interfaces on CAPs (slave virtual interfaces with
 Access list features
 Module 9 laboratory

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