Certified Switching Engineer (MTCSWE)
Training outline
Duration: 3 days
Outcomes: By the end of this training session, the student will
be familiar with RouterOS Layer 2 forwarding
software and RouterBOARD hardware switch chip
features and bridge features. The student will be
able to configure and control Layer 2 forwarding
using MikroTik networking solutions.
Target audience: Network engineers and technicians wanting to
deploy and support Layer 2 based networks.
Course prerequisites: MTCNA certificate
Suggested reading: Search for ‘Layer 2 networking’, ‘Bridging’,
‘Switching’, ‘VLAN

Module 1 Introduction

  • Layer 2 forwarding concepts
  • Unicast, multicast and broadcast traffic
  • MAC learning in bridges and switches
  • Interface settings
  • RouterOS bridge overview
  • RouterBOARD switch chip overview
  • RouterBOARDs with basic switch chips
  • Cloud Router Switch (CRS) series devices with
    advanced switch chips
  • SwitchOS (SwOS) brief overview
  • Module 1 laboratory

Module 2 MTU

  • MTU
  • RouterOS bridge overview
  • L2MTU
  • Jumbo frames
  • Potential MTU issues
  • Module 2 laboratory

Module 3 VLAN

  • 802.1Q and 802.1ad VLAN overview and tagging concepts
  • RouterOS VLAN interfaces
  • Port based VLAN (VLAN bridging)
  • Inter-VLAN routing (‘router on a stick’)
  • VLANs in basic switch chips
  • Port based VLAN
  • VLANs in bridge interfaces
  • Port based VLAN
  • MAC based VLAN
  • Protocol based VLAN
  • QinQ (802.1ad)
  • QinQ implementation with bridge VLAN filtering
  • QinQ implementation with VLAN interfaces
  • Module 3 laboratory

Module 4 Spanning Tree Protocol

  • Spanning tree protocol (STP) concepts
  • STP bridge priority
  • STP port path cost
  • STP and RSTP comparison
  • Multiple Spanning tree (MSTP) concepts
  • MSTP definition
  • MSTP regions
  • CST/CIST
  • Bridge protocol data unit (BPDU)
  • Spanning tree security
  • Module 4 laboratory

Module 5 Link Aggregation

  • RouterOS bonding
  • Bonding modes
  • Compatibility with other static link aggregation
  • Module 5 laboratory

Module 6 Port Isolation

  • RouterOS bridge horizon
  • Switch port isolation
  • Module 6 laboratory

Module 7 QoS

  • Layer 2 QoS (802.1p)
  • RouterOS bridge filter priority
  • CRS priority configuration
  • Traffic shaping
  • Bandwidth limiting in bridge with queues
  • Bandwidth limiting in switch chip
  • Module 7 laboratory

Module 8 Layer 2 Security

  • IGMP snooping
  • DHCP snooping
  • Loop protect
  • Traffic storm control
  • Layer 2 firewall
  • RouterOS bridge filter features
  • Switch access control list
  • BPDU guard
  • ARP modes
  • Port security
  • 802.1X
  • Switch security
  • Module 8 laboratory

Module 9 PoE

  • RouterOS PoE modes and compatibility
  • RouterOS PoE priority settings
  • RouterOS PoE monitoring
  • Module 9 laboratory

Module 10 Tools

  • Layer2 diagnostic tools
  • Port mirroring
  • Module 10 laboratory

Module 11 SwOS

  • Introduction to SwOS
  • RouterBOARD dual-boot compatibility
  • Installing SwOS
  • Managing SwOS
  • Configuration of Layer 2 Features with SwOS
  • VLANS
  • (R)STP
  • Port trunking
  • QoS
  • Layer 2 security
  • Module 11 laboratory

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