Description

This curriculum spans the design and governance of core IT operations functions—service strategy, incident management, change control, configuration governance, monitoring, automation, performance analytics, and organisational resilience—with a scope and technical specificity comparable to multi-phase internal capability programs run by mature IT organisations.

Module 1: Service Strategy and Demand Management

Selecting between reactive break/fix support and proactive service models based on business criticality and SLA requirements.
Defining service portfolios with clear ownership, cost models, and retirement criteria to prevent technical debt accumulation.
Implementing demand forecasting techniques using historical incident and change data to align staffing and tooling capacity.
Establishing financial governance for IT services, including chargeback or showback mechanisms for internal units.
Conducting cost-benefit analysis for outsourcing specific IT functions versus maintaining in-house capabilities.
Negotiating service-level agreements that include measurable KPIs, escalation paths, and financial penalties for non-compliance.

Module 2: Incident and Problem Management Optimization

Designing incident categorization and prioritization matrices that reflect actual business impact, not just technical severity.
Implementing automated incident routing based on skill tags, on-call schedules, and historical resolution patterns.
Enforcing problem management workflows that require root cause analysis (RCA) for repeat incidents exceeding threshold frequency.
Integrating monitoring tools with incident management systems to reduce mean time to detect (MTTD) and alert fatigue.
Establishing war room protocols for major incidents, including communication templates and stakeholder notification chains.
Conducting post-mortems with action tracking to ensure identified improvements are implemented and validated.

Module 3: Change Enablement and Risk Control

Classifying changes into standard, normal, and emergency categories with corresponding approval workflows and documentation requirements.
Implementing change advisory board (CAB) processes that balance speed and risk, including pre-approval for low-risk changes.
Using change failure rate (CFR) as a KPI to identify teams or systems requiring additional testing or training.
Integrating change management with configuration management databases (CMDB) to ensure accurate impact analysis.
Automating rollback procedures for high-risk deployments and validating them in staging environments.
Enforcing change freeze policies during critical business periods, with documented exceptions and risk acceptance forms.

Module 4: Configuration and Asset Management Governance

Defining authoritative data sources for configuration items (CIs) and resolving conflicts between discovery tools and manual records.
Implementing reconciliation processes to maintain CMDB accuracy after infrastructure or application changes.
Establishing lifecycle states for IT assets, from procurement to disposal, with audit trails and compliance checks.
Managing software license compliance through automated inventory tools and periodic vendor audits.
Integrating asset management with procurement and finance systems to track depreciation and total cost of ownership.
Enforcing access controls on CMDB modifications to prevent unauthorized or erroneous updates.

Module 5: Monitoring, Observability, and Alerting Strategy

Selecting monitoring tools based on technology stack coverage, scalability, and integration capabilities with existing systems.
Defining service-level objectives (SLOs) and error budgets to guide alerting thresholds and reduce noise.
Implementing distributed tracing in microservices environments to diagnose latency and failure propagation.
Configuring alert deduplication and correlation rules to prevent alert storms during cascading failures.
Establishing ownership for alert response by mapping alerts to specific teams or runbooks.
Conducting regular alert reviews to retire stale or non-actionable alerts and refine sensitivity thresholds.

Module 6: Automation and Runbook Orchestration

Identifying high-frequency, repetitive tasks suitable for automation, prioritized by time savings and error reduction potential.
Developing standardized runbooks with conditional logic, input validation, and audit logging for compliance.
Integrating automation platforms with identity and access management to enforce least-privilege execution.
Testing automated workflows in non-production environments with simulated failure scenarios.
Implementing version control and change tracking for automation scripts to support rollback and auditability.
Measuring automation effectiveness through metrics such as mean time to resolve (MTTR) and reduction in manual interventions.

Module 7: Performance Measurement and Continuous Improvement

Selecting KPIs that align with business outcomes, such as system availability, incident resolution time, and change success rate.
Establishing baseline performance metrics before implementing process changes to measure impact accurately.
Conducting regular service reviews with stakeholders to validate performance against agreed objectives.
Using statistical process control to distinguish between common-cause and special-cause variation in operational data.
Implementing feedback loops from operations teams into design and development processes to address recurring issues.
Applying Lean or Six Sigma methodologies to identify and eliminate waste in IT service delivery processes.

Module 8: Organizational Design and Operational Resilience

Structuring IT operations teams by service, technology, or geography based on support complexity and response requirements.
Defining clear escalation paths and decision rights during incidents to avoid delays and confusion.
Implementing cross-training and shadowing programs to reduce single points of failure in expertise.
Conducting disaster recovery and business continuity drills with measurable recovery time and point objectives.
Establishing communication protocols for internal teams and external stakeholders during extended outages.
Reviewing third-party dependencies and contracts to ensure resilience and enforceable service commitments.