Networking Fundamentals
Understand how computer networks carry data, from cabling and switches to IP addresses and the internet, and build, test and document a small office network with confidence.
- Foundation
Set up monitoring with SNMP, flow data and syslog, define baselines and alerts, and use metrics such as latency, jitter and packet loss to find and fix performance problems.
The Network Monitoring & Performance Management course in Doha, Qatar shows operations teams how to see what their network is doing and act before users notice a problem. Participants learn how SNMP polling and traps, NetFlow and IPFIX flow records, syslog and streaming telemetry each contribute to visibility, and how to measure availability, utilization, latency, jitter and packet loss. The course explains how to build baselines, set meaningful thresholds, and reduce alert noise so that engineers can concentrate on events that genuinely affect services.
Sessions combine short explanations with lab work on common open-source and commercial-style monitoring tools, packet capture with Wireshark, and performance testing with iperf. Learners design a monitoring plan, build dashboards, investigate simulated slowdowns and outages, and apply QoS concepts to protect voice and business applications. Capacity planning and service reporting show how monitoring data supports budgets and service level agreements. Organizations can book the course as an in-house program focused on their own tooling, critical services and reporting needs.
By the end of this course, participants will be able to:
Explain how SNMP, NetFlow or IPFIX, syslog and streaming telemetry provide network visibility
Design a monitoring plan covering devices, links, services and key performance indicators
Establish performance baselines and set alert thresholds that reduce false alarms
Measure and interpret latency, jitter, packet loss, throughput and utilization
Investigate performance problems using flow data, packet captures and iperf testing
Apply QoS concepts to prioritize voice, video and business-critical traffic
Use monitoring data for capacity planning and service level reporting
This course is suited to staff who keep networks running and report on their health.
Network Operations Center engineers and technicians
Network administrators and engineers
IT operations and infrastructure managers
Service delivery staff responsible for SLA reporting
Systems administrators who support application performance
Goals of availability, performance and fault monitoring
Key metrics: utilization, latency, jitter, packet loss, errors
Polling versus push models and data retention
Building a monitoring plan and device inventory
SNMPv2c and SNMPv3, MIBs, OIDs and traps
NetFlow, IPFIX and sFlow traffic records
Syslog severity levels and centralized logging
Streaming telemetry and API-based data collection
Creating baselines from historical performance data
Static and dynamic thresholds and alert escalation
Reducing alert fatigue through correlation and dependencies
Designing dashboards for engineers and managers
Isolating slowdowns layer by layer
Packet capture and filtering with Wireshark
Throughput testing with iperf and path tools
QoS classification, queuing and marking basics
Trend reviews and growth forecasting
Service level agreements and availability calculations
Monthly service reports for stakeholders
Linking monitoring to incident and change management
Qatar's banks, energy companies, airports, hospitals and government agencies run services that customers and citizens expect to be available at all hours. As digital services, data centers and smart-city systems expand, operations teams need clear visibility to detect problems early and prove that services meet agreed levels. Strong monitoring and performance skills help organizations protect critical operations, plan investment sensibly, and develop the skilled local technical workforce that Qatar National Vision 2030 places at the center of national development.
Join a scheduled class at our training center in Doha or attend live online. For organizations, the course can run as an in-house program at your premises or online, tailored to your sector, examples and schedule.
The Network Monitoring & Performance Management course in Doha is practical training in observing, measuring and improving network performance. It covers SNMP, flow data, syslog and telemetry, baselines and alerting, performance troubleshooting, QoS concepts, and capacity and service level reporting.
It suits Network Operations Center staff, network administrators and engineers, IT operations managers and service delivery staff who report on availability. Systems administrators who often help diagnose slow applications will also benefit from the troubleshooting content.
No. The course teaches the protocols, metrics and methods that all mainstream monitoring platforms rely on, so the skills apply whichever tool your organization uses. Labs use representative tools, and in-house sessions can focus on your existing platform.
Yes. It can be delivered at your premises or online and tailored to your sector, monitoring tools, examples and schedule, including dashboards and reports based on your own services. Contact Leaders Training Center to plan it.
Tell us a little about yourself and an advisor will contact you about batch timings, fees and eligibility. No obligation.
Sat–Thu: 09:00–22:00Fri: 08:00–22:00
Understand how computer networks carry data, from cabling and switches to IP addresses and the internet, and build, test and document a small office network with confidence.
Gain a working command of the TCP/IP protocol suite, including IPv4 and IPv6 addressing, subnetting, TCP and UDP behavior and key application protocols, and read packet captures to see them in action.
Prepare for the Cisco CCNA exam by configuring switches and routers in hands-on labs, covering VLANs, OSPF, IP services, security fundamentals, wireless and network automation basics.
Design, configure and optimize large campus and multi-site networks using multi-area OSPF, BGP, route redistribution, advanced spanning tree, first hop redundancy and policy-based traffic control.