Description

This curriculum spans the design and execution of operational processes comparable to those established in multi-workshop IT service transformation programs, covering governance, incident response, change control, and continuity practices used in large-scale, regulated environments.

Module 1: Service Operation Frameworks and Operational Governance

Define incident, problem, change, and configuration management roles within ITIL-aligned operating models, ensuring RACI matrices are maintained across service desks and technical teams.
Establish service ownership boundaries between operations, development, and third-party vendors to prevent escalation bottlenecks during outages.
Implement service catalog structures that reflect actual service dependencies and SLA tiers, avoiding abstract or marketing-driven service definitions.
Configure operational review cadences (e.g., weekly service reviews, monthly CAB meetings) with documented attendance, decision logs, and action tracking.
Integrate compliance requirements (e.g., SOX, HIPAA) into change advisory board (CAB) workflows to ensure auditability of operational decisions.
Enforce segregation of duties in privileged access management to align with internal audit and regulatory mandates.

Module 2: Incident Management and Major Event Response

Design escalation paths for P1 incidents that include predefined communication templates, stakeholder lists, and war room activation procedures.
Implement dynamic incident classification rules based on business impact, system criticality, and user population affected.
Configure monitoring tools to suppress noise and correlate alerts using event management rules, reducing false positives during incident triage.
Conduct post-incident reviews with mandatory root cause analysis (RCA) documentation, tracking action items to resolution in a centralized system.
Integrate incident timelines from multiple sources (logs, chat, monitoring) into a single chronological record for forensic analysis.
Establish criteria for declaring major incidents, including thresholds for business disruption and executive notification protocols.

Module 3: Problem Management and Root Cause Remediation

Identify recurring incidents using trend analysis in the incident management system and initiate proactive problem records with assigned owners.
Apply fault tree analysis or fishbone diagrams to dissect systemic failures in multi-tiered applications or hybrid infrastructure.
Coordinate cross-functional problem investigation teams with representatives from operations, development, and vendor support.
Track known errors in a KEDB (Known Error Database) and ensure workarounds are documented and accessible to service desk personnel.
Validate permanent fixes through regression testing and deployment in non-production environments before release to production.
Measure problem resolution effectiveness using metrics such as mean time to resolve (MTTR) and reduction in related incident volume.

Module 4: Change Enablement and Risk-Controlled Deployment

Classify changes into standard, normal, and emergency categories with distinct approval workflows and documentation requirements.
Implement peer review requirements for high-risk changes, including architecture sign-off and rollback plan validation.
Enforce change freeze windows during critical business periods, with exception handling procedures for urgent deployments.
Integrate change records with configuration management database (CMDB) updates to maintain accurate system dependency maps.
Automate pre-change health checks and post-change validation scripts within the change management workflow.
Conduct change success audits by sampling completed changes and verifying adherence to process and outcome criteria.

Module 5: Configuration Management and CMDB Integrity

Define configuration item (CI) ownership and update responsibilities across infrastructure, application, and network teams.
Implement automated discovery tools with scheduled scans and reconciliation rules to detect CI drift and unauthorized changes.
Establish CI lifecycle states (e.g., planned, live, decommissioned) and enforce state transitions through change control.
Resolve CI data conflicts between discovery tools and manual entries using defined data governance policies.
Integrate CMDB with incident, problem, and change systems to enable impact analysis and dependency visualization.
Conduct quarterly data quality audits to measure completeness, accuracy, and timeliness of CI records.

Module 6: Monitoring, Event Management, and Alerting Strategy

Define service-level monitoring thresholds based on business KPIs rather than technical metrics alone (e.g., transaction success rate vs. CPU usage).
Implement synthetic transaction monitoring for critical user journeys across hybrid and cloud environments.
Design alert suppression rules for maintenance windows and known issues to prevent alert fatigue.
Integrate event management tools with ITSM platforms to auto-create incidents based on severity and business impact rules.
Standardize log formats and retention policies across systems to support centralized log analysis and compliance audits.
Evaluate monitoring tool consolidation based on coverage gaps, licensing costs, and operational overhead.

Module 7: Capacity, Availability, and Performance Management

Conduct capacity planning reviews using historical utilization trends and forecasted business growth for critical systems.
Define availability targets per service tier and validate through uptime monitoring and SLA reporting.
Implement performance baselines for key applications and trigger alerts on deviation beyond acceptable thresholds.
Coordinate failover testing for high-availability systems with documented recovery time and point objectives (RTO/RPO).
Optimize resource allocation in virtualized and cloud environments using rightsizing recommendations from monitoring tools.
Negotiate infrastructure scalability agreements with cloud providers to support burst capacity during peak demand.

Module 8: Operational Continuity and Knowledge Management

Maintain up-to-date runbooks for critical operational procedures, including failover, backup restoration, and security incident response.
Implement knowledge article review cycles to ensure accuracy and relevance, with version control and author attribution.
Structure knowledge base taxonomy to align with incident categories and service offerings for efficient search and reuse.
Enforce mandatory knowledge capture during incident and problem resolution to prevent tribal knowledge retention.
Integrate self-service knowledge portals with service request fulfillment to reduce ticket volume for common queries.
Conduct operational readiness assessments before service transitions, verifying documentation, training, and support coverage.