MTCTCE: MikroTik Certified Traffic Control Engineer

Who Should Take MTC TCE Training?

1. ISP & WISP Network Engineers- Engineers responsible for bandwidth management, user control, and fair usage policies in ISP or wireless ISP networks.

2. Network Administrators & NOC Engineers- Professionals who manage daily network operations and need to monitor, control, and optimize traffic flow.

3. MikroTik Professionals (MTCNA / MTCRE holders)- Engineers who already know routing and want to master traffic shaping, QoS, and congestion control.

4. Enterprise Network Engineers- Engineers managing corporate networks where application prioritization (VoIP, ERP, video conferencing) is critical.

5. Hotspot & PPPoE Network Administrators- Those managing hotspot users, PPPoE subscribers, bandwidth limits, and service plans.

6. IT Support & System Engineers- Professionals who troubleshoot slow network issues, congestion, and packet loss.

Why Do You Need MTC TCE Training?

1. Control Bandwidth Effectively-Learn to implement Simple Queues, Queue Trees, PCQ, and QoS policies for efficient bandwidth usage.

2. Improve Network Performance- Reduce congestion, latency, and packet loss by prioritizing critical traffic.

3. Ensure Fair Usage for Users- Design fair bandwidth sharing models for ISP and enterprise environments.

4. Handle Real-World Network Problems- Gain hands-on skills to solve slow internet, peak-hour congestion, and traffic spikes.

5. Increase Career Value- Traffic control skills are highly demanded in ISP, enterprise, and data center roles.

6. Prepare for MikroTik Certification- Directly aligned with MTC TCE exam objectives, increasing certification success.

Job Roles That Benefit Most

  • ISP / WISP Engineer

  • NOC Engineer

  • Network Administrator

  • Traffic & QoS Engineer

  • MikroTik Specialist

Prerequisite: MTCNA (MTCRE recommended)

Title Details
Course + Exam Fee à§³ 4,000
Total Modules 11
Course Duration 8 Hours
Total Session 4
Class Duration 2 Hours

MTCTCE: MikroTik Certified Traffic Control Engineer - Details Course Outlines

Module-1

Traffic Control Fundamentals

  • Traffic control concepts & objectives

  • Bandwidth vs throughput vs latency

  • MikroTik packet flow overview

  • FastTrack impact on traffic control

Module-2

Firewall Mangle (Traffic Marking)

  • Connection marking

  • Packet marking

  • Routing marks (overview)

  • Best practices for clean mangle rules

  • Troubleshooting mangle rules

Module-3

Simple Queues (Deep Dive)

  • Simple queue mechanics

  • Targeting (IP, subnet, interface)

  • Limit-at vs max-limit

  • Priority handling

  • Burst configuration & tuning

  • Use cases & limitations

Module-4

Queue Types & PCQ

  • Default queue types

  • Per Connection Queue (PCQ)

  • PCQ rate, classifier, and fairness

  • ISP & enterprise PCQ design examples

Module-5

Queue Tree (Advanced Traffic Control)

  • Queue tree architecture

  • Global-in, global-out, and interface queues

  • Parent–child queues

  • Upload & download shaping

  • Priority-based traffic control

Module-6

Quality of Service (QoS)

  • QoS concepts in MikroTik

  • Application prioritization (VoIP, Zoom, Teams)

  • Latency-sensitive traffic handling

  • Designing QoS for enterprises & ISPs

Module-7

ISP Bandwidth Management Scenarios

  • PPPoE bandwidth control

  • Hotspot user traffic shaping

  • Package-based bandwidth plans

  • Peak-hour traffic control strategies

  • Fair usage policy (FUP) implementation

Module-8

Traffic Monitoring & Analysis

  • Torch

  • Queue statistics

  • Interface traffic analysis

  • Detecting congestion and bottlenecks

Module-9

Optimization & Best Practices

  • Queue performance tuning

  • Avoiding common traffic control mistakes

  • CPU optimization & performance impact

  • Scaling traffic control in large networks

Module-10

Troubleshooting Traffic Issues

  • Slow speed troubleshooting

  • Packet loss & latency issues

  • Misconfiguration detection

  • Real-world problem-solving labs

Module-11

Real-World Labs & Case Studies

  • ISP bandwidth control lab

  • Enterprise QoS lab

  • PPPoE + Queue Tree lab

  • Hotspot traffic shaping lab