1.1 Evolution from Traditional to Smart Ports: Operational Drivers, Digital Maturity, and Sector-Specific Reference Models

1.2 End-to-End Port Technology Architecture: OT/IT, Edge Computing, Hybrid Cloud, and Design Criteria for High Availability

1.3 Integration of Core Systems: TOS, PCS, VTS, SCADA/EMS, and Enterprise Platforms via Service-Oriented Approaches

1.4 Data Management as a Port Asset: Governance, Quality, Lineage, Catalogs, and Standardization for Analytical Exploitation

1.5 Interoperability and Standards: APIs, Messaging, Data Models, and Compatibility with Extended Logistics Communities

1.6 Digital Roadmap and Portfolio: Value-Based Prioritization, Change Management, and Realization of Operational Benefits

2.1 Fundamentals of Terminal Automation: Control Levels, Control Loops, Alarms, and Safe Operational Strategies

2.2 Sensors and Instrumentation: Measurement of Flow, Level, Pressure, Energy, Vibration, and Environmental Variables—Incorporating Metrological Criteria

2.3 PLC/SCADA in Port Infrastructure: Screen Design, Alarms, Data Historization, and Operation Under Contingency Conditions

2.4 Electrification and Power Systems: Power Quality, Protection Systems, Service Continuity, and Real-Time Monitoring

2.5 Automation of Critical Equipment and Assets: Cranes, Gates, Scales, Conveyors, and Mooring Systems—Featuring Predictive Diagnostics

2.6 Condition-Based Maintenance: Failure Analysis, Reliability Engineering, Basic RCM, and Digital Planning of Maintenance Interventions

3.1 IoT Solution Design for Ports: Selection of Sensors, Gateways, Connectivity, and Scalable Deployment Strategies

3.2 Networks and Communications: Industrial Wi-Fi, 4G/5G, LPWAN, Fiber, and Coverage Criteria in Complex Environments

3.3 Traceability and Tracking: Containers, Equipment, Vehicles, and Personnel using RFID, UWB, GNSS, and Hybrid Techniques

3.4 IoT Platforms and Device Management: Inventory, Updates, Telemetry, Event Rules, and Operational Observability

3.5 Infrastructure and Operations Digital Twins: Modeling, Real-time Data Synchronization, and Simulation for Tactical Planning

3.6 Dashboards and Alerts: Operational KPIs, Dynamic Thresholds, Event Correlation, and Incident Management

4.1 Fundamentals of Port Analytics: Indicators, Time Series, Operations Segmentation, and Data Quality for Modeling

4.2 Demand and Capacity Forecasting: ETA/ETD, Berth Occupancy, Yard Density, and Advanced Resource Planning

4.3 Allocation Optimization: Berths, Cranes, Yards, Shifts, and Internal Routes using Optimization Approaches and Heuristics

4.4 Anomaly and Risk Detection: Operational Patterns, Incipient Failures, Congestion, and Safety Deviations

4.5 Applied Computer Vision: License Plate/Container Recognition, Access Control, PPE Detection, and Intelligent Surveillance

4.6 Operational Model Governance: Validation, Drift Detection, Explainability, Auditing, and Human-Assisted Decision-Making

5.1 Port Threat Landscape: OT/IT Attack Surface, Digital Supply Chains, and Operational Impact Scenarios

5.2 Segmentation and Secure Architecture: Zones and Conduits, Microsegmentation, Industrial DMZ, and Access Control

5.3 Identity and Privilege Management: MFA, PAM, Operational Roles, and Critical Action Traceability

5.4 Monitoring and Response: SIEM/SOC, OT Detection, Playbooks, Containment, and Recovery with Minimal Disruption

5.5 Vulnerability Management and Hardening: Asset Inventory, Patching, Secure Configuration, and Controlled Testing in Production

5.6 Operational Continuity: Backups, Redundancy, Contingency Plans, Drills, and Post-Incident Lessons Learned

6.1 Port Decarbonization Strategies: Footprint Measurement, Reduction Plans, and Verifiable Performance Metrics

6.2 Smart Energy Management: EMS, Consumption Optimization, Demand Peak Management, and Efficiency in Critical Infrastructure

6.3 Electrification and OPS (Cold Ironing): Technical Requirements, Integration, Safe Operation, and Electrical Capacity Management

6.4 Digital Environmental Monitoring: Air Quality, Noise, Water, and Waste—Featuring Traceability and Automated Reporting

6.5 Compliance and Operational Auditing: Technical Documentation, Evidence Management, Traceability, and Critical Process Control

6.6 Applied Integrative Project: Design of a Port Technology Solution—Including KPIs, Architecture, Risk Assessment, and Implementation Plan