Telecom Incident & Problem Management Training Course

Teaches structured incident and problem management for telecom networks, restoring services quickly, finding recurring faults and preventing new outages.

NOTM · Network Operations & Telecommunications ManagementAll Levels#2789ClassroomEnglish , Arabic

Duration

5 Days

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Free substitution at any time · 30+ days' notice: full refund minus 10%. Cancellation policy

Sectors:Telecommunications & Satellite TechnologyCategories:Network Operations & Telecommunications Management

Course Overview

The Telecom Incident & Problem Management Training Course develops the practical capabilities required to manage telecommunications incidents, restore services efficiently, identify recurring faults, and prevent future disruptions. It focuses on structured incident handling and problem management practices that support network availability, service quality, operational resilience, and customer satisfaction across telecommunications environments. The course examines the complete incident lifecycle, including detection, logging, classification, prioritization, escalation, investigation, service restoration, and closure. Participants explore how to coordinate Network Operations Center (NOC) teams, field engineers, network engineering, service desk personnel, vendors, and external service providers during routine incidents and major service outages. A central component of the programme is problem management, with emphasis on root cause analysis, recurring incident identification, known error management, and the development of corrective and preventive actions. Participants examine practical techniques for analyzing network alarms, fault histories, configuration changes, performance degradation, and service dependencies to determine the underlying causes of telecommunications failures. The course also addresses service-level agreements (SLAs), operational performance indicators, major incident communication, post-incident reviews, and continual improvement. Through realistic case studies and practical exercises, participants develop the skills to reduce incident resolution times, minimize repeat failures, improve coordination between technical teams, and establish measurable incident and problem management processes.

Learning Objectives

Explain the principles and operational requirements of incident and problem management in telecommunications.
Establish structured procedures for incident detection, registration, classification, prioritization, escalation, and closure.
Apply impact and urgency assessments to determine incident severity and response priorities.
Coordinate technical teams and service providers during network incidents and major service outages.
Improve incident diagnosis and service restoration across radio, transmission, fiber-optic, core, and IP networks.
Distinguish incident management, problem management, change management, and service request handling.
Apply root cause analysis techniques to identify underlying causes of recurring telecommunications faults.
Develop workarounds, known error records, and corrective and preventive action plans.
Evaluate incident trends, service performance, and compliance with SLAs.
Improve incident documentation, operational handovers, stakeholder communication, and knowledge management.
Conduct post-incident reviews and translate lessons learned into operational improvements.
Develop an integrated improvement plan for telecommunications incident and problem management.

Who Should Attend

This course is designed for professionals responsible for managing telecommunications incidents, investigating network failures, coordinating service restoration, and improving the reliability of communication services. It is particularly suitable for telecom operators, managed service providers, infrastructure contractors, and organizations operating fixed, mobile, transmission, fiber-optic, and IP networks. The programme is suitable for: Telecom incident and problem managers. Network Operations Center (NOC) managers, supervisors, and analysts. Telecommunications network engineers and administrators. Radio access network (RAN), core network, and transmission specialists. Fiber-optic and IP network engineers. Field maintenance supervisors and technical support teams. Service delivery managers and service assurance professionals. IT service management (ITSM) and operations professionals. Change coordinators and configuration management specialists. Customer service escalation and service quality teams. Technical project managers and operational improvement specialists. Vendor management and service provider coordination teams.

Learning Outcomes

Define incident and problem management processes for telecommunications operations.
Classify incidents according to business impact, urgency, service criticality, and affected users.
Establish incident ownership, escalation paths, response targets, and communication responsibilities.
Coordinate troubleshooting and service restoration across multiple technical teams.
Analyze incident records, network alarms, performance data, and configuration changes.
Distinguish symptoms from underlying causes and apply structured root cause analysis.
Identify recurring incidents and develop effective corrective and preventive actions.
Maintain known error records, workarounds, and technical knowledge articles.
Monitor incident response and resolution performance against SLAs and operational targets.
Prepare major incident reports and conduct structured post-incident reviews.
Use incident trends and problem records to prioritize network reliability improvements.
Develop a practical roadmap for reducing service disruption and preventing recurring failures.

Course Outline

Day 1

Incident and Problem Management Fundamentals

Principles and objectives of incident management in telecommunications.
The role of incident management in maintaining network availability and customer service quality.
Differences between incident management, problem management, change management, and service request fulfilment.
Telecommunications service architecture and dependencies across radio access, core, transmission, fiber-optic, and IP networks.
Incident detection through network monitoring systems, customer reports, service desk tickets, and field observations.
Incident logging, categorization, classification, and record quality.
Assessing incident impact, urgency, severity, and business consequences.
Incident ownership, assignment, escalation, and coordination across operational teams.
Standard operating procedures, incident workflows, and operational runbooks.
Integration between NOC operations, field maintenance, engineering, service assurance, and service desk functions.
Practical Exercise: Develop an incident classification and prioritization matrix for a telecommunications operator, using sample cases involving network degradation, site outages, transmission failures, and customer service interruptions.

Day 2

Incident Response, Escalation, and Service Restoration

Incident response lifecycle from initial detection to closure and service verification.
Establishing response targets, resolution objectives, and escalation timeframes.
Technical triage and initial diagnosis using alarms, event logs, monitoring dashboards, and performance indicators.
Troubleshooting connectivity failures, degraded radio performance, transmission faults, fiber cuts, routing problems, and service interruptions.
Coordinating first-line, second-line, and specialist technical support.
Managing incidents involving multiple network domains and interdependent services.
Major incident declaration criteria, incident command roles, and technical coordination channels.
Communication with management, customers, vendors, and affected business units.
Service restoration priorities, temporary workarounds, and recovery verification.
Managing incident backlogs, aging tickets, pending vendor actions, and unresolved escalations.
Incident closure criteria, evidence requirements, and service confirmation.
Practical Exercise: Manage a simulated telecommunications outage from detection through restoration, including severity assessment, technical escalation, resource coordination, stakeholder updates, and formal closure.

Day 3

Problem Management and Root Cause Analysis

Purpose and scope of problem management in telecommunications operations.
Identifying problems through recurring incidents, trend analysis, monitoring alerts, and operational feedback.
Reactive and proactive problem management approaches.
Linking related incident records to identify common failure patterns.
Root cause analysis techniques, including the 5 Whys, cause-and-effect diagrams, fault tree analysis, and timeline analysis.
Distinguishing immediate symptoms, contributing factors, and underlying technical or process causes.
Investigating recurring faults associated with equipment, software, configuration, power, transmission, and environmental conditions.
Reviewing network changes, maintenance records, alarm histories, and equipment failure data.
Developing hypotheses, collecting evidence, and validating root cause conclusions.
Creating problem records, known error records, and documented workarounds.
Defining corrective and preventive actions, ownership, deadlines, and verification criteria.
Practical Exercise: Analyze a recurring network failure using incident histories and technical evidence, identify the most likely root cause, and develop a documented problem record with corrective actions and recurrence prevention measures.

Day 4

Major Incident Management, Reporting, and Performance Measurement

Major incident management frameworks and operational governance.
Criteria for declaring major incidents based on service impact, geographic scope, customer impact, and operational criticality.
Establishing incident leadership, technical workstreams, and decision-making responsibilities.
Coordinating parallel investigations across NOC, engineering, field maintenance, vendors, and service providers.
Communication plans, incident status updates, and stakeholder notification procedures.
Service-level agreements (SLAs), operational-level agreements (OLAs), and escalation commitments.
Key performance indicators for incident and problem management.
Measuring mean time to detect (MTTD), mean time to acknowledge, mean time to restore service, and mean time to resolve (MTTR), with clearly defined measurement boundaries.
Monitoring incident volume, repeat incident rates, backlog aging, SLA compliance, and restoration effectiveness.
Post-incident reviews, lessons learned, and management reporting.
Using incident trends to identify operational weaknesses and reliability risks.
Practical Exercise: Review a simulated major incident report, evaluate response and restoration performance, identify communication and coordination gaps, and prepare a post-incident review with measurable improvement actions.

Day 5

Process Integration, Continual Improvement, and Operational Excellence

Integrating incident, problem, change, configuration, and knowledge management processes.
Coordinating problem investigations with planned maintenance and network change activities.
Assessing the risks of corrective changes and verifying their effectiveness after implementation.
Developing incident and problem management procedures, templates, escalation matrices, and governance controls.
Improving operational documentation, knowledge articles, and technical handover practices.
Using dashboards and trend analysis to identify recurring faults and prioritize improvement initiatives.
Applying automation to incident creation, classification, notification, correlation, and reporting.
Evaluating opportunities for event correlation and AIOps-supported anomaly detection.
Establishing accountability for corrective actions and tracking completion and effectiveness.
Conducting periodic process reviews, compliance checks, and operational maturity assessments.
Aligning incident and problem management with service availability, customer experience, and business continuity objectives.
Practical Exercise: Develop an integrated incident and problem management improvement plan for a telecommunications organization, including process gaps, root cause analysis practices, major incident procedures, performance KPIs, action owners, and implementation milestones.

Upcoming Dates

Selected date

Cape Town · 7 – 11 Dec 2026 · Classroom

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