Operate and Maintain Smart Infrastructure
Overview
This standard defines the competencies required to operate and maintain smart infrastructure systems that integrate digital technologies with physical infrastructure. It includes monitoring system performance, diagnosing and resolving faults, conducting preventive and predictive maintenance, maintaining system documentation, and supporting lifecycle upgrades to confirm that infrastructure remains efficient, secure, and aligned with operational requirements.
Professionals applying this standard play a key role in maintaining the functionality, reliability, and sustainability of smart infrastructure. They use real-time monitoring, data analytics, and technical coordination to manage infrastructure across sectors including transport, energy, construction, and utilities.
This standard is intended for infrastructure technicians, operations engineers, maintenance leads, and digital asset managers responsible for the ongoing performance and upkeep of connected smart infrastructure systems.
Performance criteria
You must be able to:
- Monitor the operational status, data flows, and alerts from smart infrastructure systems using approved predictive monitoring tools and dashboards.
- Diagnose system faults, connectivity issues, and performance anomalies, and apply defined resolution procedures.
- Carry out routine, preventive, and predictive maintenance activities using sensor data, logs, and diagnostic tools in line with organisational procedures.
- Update and maintain accurate infrastructure documentation, including maintenance logs, system configurations, and component inventories.
- Coordinate planned system and firmware upgrades, patching cycles, and reconfigurations in line with operational and security procedures.
- Implement operational controls that support safety, security, and data integrity and protection within smart infrastructure systems.
- Escalate unresolved issues or systemic failures in line with defined reporting and incident management protocols.
- Work with engineering, IT, and external service providers to support system lifecycle activities, including replacements and decommissioning.
- Provide operational insights, including analytics-driven findings to inform performance optimisation, design improvements, asset management and infrastructure investment planning.
- Confirm that operational practices comply with relevant health and safety, environmental, and digital regulations.
Knowledge and Understanding
You need to know and understand:
- The operational principles of smart infrastructure systems, including their digital and physical components.
- Methods and tools for infrastructure monitoring, fault detection, and root cause analysis including predictive monitoring, digital twins, real-time dashboards and AI/ML analytics.
- Maintenance techniques including preventive, condition-based, and data-driven predictive maintenance strategies and remote maintenance practices for maintenance prioritisation.
- Asset management systems, maintenance planning tools, and performance dashboards.
- How OT/IT convergence affects monitoring, maintenance, and security practices in smart infrastructure environments.
- Industry standards and compliance requirements for infrastructure safety, environmental performance, cyber-hygiene and data protection.
- Security implications of operational activities, including access controls, data integrity, patching, and asset management.
- Communication protocols and control systems used in infrastructure operations.
- Procedures for accurately documenting operational activities, maintenance actions, system changes, and configuration updates in line with organisational requirements.
- Principles of cost-efficient operation, asset utilisation, and resource optimisation in smart infrastructure systems.
- Methods for coordinating operational tasks across engineering, IT, service providers, and other multidisciplinary teams to support effective system operation and lifecycle activities.
- Incident escalation, reporting, and communication protocols used to address unresolved issues, systemic failures, and operational risks.
- Risks associated with downtime, service interruptions, and system misconfigurations.
- Techniques for contributing to lifecycle planning, system decommissioning, and legacy system integration.