Certified Traffic Control Engineer (MTCTCE)
Training outline
Duration: 2 days
Outcomes: By the end of this training session, the student will be able to
manage quality of service for the network by using RouterOS
queues, firewall and other features
Target audience: Network engineers and technicians wanting to control the traffic
flow in the network
Course prerequisites: MTCNA certificate
Module 1 Packet Flow Diagram
- Why this diagram is necessary?
- Full overview of all things covered by the diagram
- Simple examples how packet travels through the diagram
- Routing
- Bridging
- Connection to router
- More complex examples of diagram usage
- Module 1 laboratory
Module 2 Firewall Filter, NAT, Mangle - Connection tracking
- Filter
- Chains (default/custom)
- All rule “actions” covered
- Most common rule “conditions” covered
- NAT
- Chains (default/custom)
- All rule “actions” covered
- Most common rule “conditions” covered
- NAT helpers
- Mangle
- Chains (default/custom)
- All rule “actions” covered
- Most common rule “conditions” covered
- Some complicated rule “conditions” covered (“advanced”, “extra” tab)
- UPnP
- Module 2 laboratory
- Module 3 Quality of Service
- HTB
- HTB general information
- HTB implementation (queue tree)
- HTB structure
- HTB Dual Limitation
- HTB priority
- Burst
- Queue types
- FIFO
- SFQ
- RED
- PCQ
- Queue size
- Simple queues
- Simple queue and queue tree interaction
- Module 3 laboratory
Module 4 DNS Client, Cache - Basic configuration
- Static DNS Entry
- Module 4 laboratory
Module 5 DHCP Client, Relay, Server - DHCP communication analysis
- DHCP client identification/configuration
- DHCP server configuration:
- DHCP networks
- DHCP options (build-in and custom)
- IP Pool
- Advanced DHCP
- DHCP relay configuration
- Module 5 laboratory
Module 6 Web Proxy - Basic configuration
- Proxy rule lists
- Access list
- Direct Access list
- Cache list
- Regular expression
- Module 6 laboratory