Research Areas
Maritime Data Science & Market Analysis
Application of advanced data analytics, statistical methods and market intelligence to maritime transport, shipping and port systems. Research focuses on extracting actionable insights from complex datasets to understand market dynamics, operational patterns, demand, performance and emerging trends.
Predictive Modeling & Forecasting
Development and application of modelling and forecasting methods to anticipate system behaviour, operational conditions, demand, risks and future events. Research includes predictive analytics, event forecasting, maintenance prediction and data-driven decision support for maritime and transport applications.
Indicative projects: Predictive Maintenance, OptiShip, SAFEMODE
Port and Maritime Logistics Operations and Optimisation
Analysis, modelling and optimisation of port, terminal and maritime logistics operations to improve efficiency, capacity, connectivity and service performance. Research addresses cargo and vessel flows, terminal processes, intermodal interfaces, resource allocation and the design of more efficient logistics systems.
Indicative projects: MarLEM, Gate 16 Thessaloniki Port, PIXEL
Port & Maritime Transport Policy, Planning & Governance
Research supporting the strategic planning, governance and policy development of ports and maritime transport systems. Areas of focus include port development and master planning, governance models, regulatory and institutional frameworks, maritime connectivity, transport policy and evidence-based decision-making.
Indicative projects: Greek Ports Governance Reform, Nigeria Ports Master Plan, Coastal & Maritime Transportation Reform
Maritime Infrastructure & Asset Management
Development of methods and tools for the planning, monitoring, assessment and lifecycle management of maritime and port infrastructure and assets. Research combines condition assessment, inspection, maintenance planning, lifecycle analysis and digital approaches to improve infrastructure performance, reliability and longevity.
Indicative projects: AM4INFRA, OptiShip, SMAUG
Maritime Sustainability, Decarbonisation and Energy Transition
Research supporting the transition towards low- and zero-emission maritime transport and more sustainable ports and logistics systems. Key topics include alternative fuels and energy systems, port greening, emissions reduction, energy efficiency, environmental performance, circular economy approaches and pathways towards maritime decarbonisation.
Indicative projects: NEEDS, Greening of European Sea Ports, SUPAIR, ΝΗΣΟΣ
Resilience, Security and Critical Infrastructure
Assessment and enhancement of the ability of ports, maritime systems and critical infrastructure to withstand, respond to and recover from disruptions and emerging threats. Research addresses infrastructure resilience, security, preparedness, vulnerability assessment, monitoring and continuity of operations.
Maritime Risk, Safety and Security
Identification, assessment and management of risks affecting maritime operations, vessels, ports and their surrounding environments. Research covers operational and environmental risk assessment, maritime safety, accident prevention, security threats, human and organisational factors, and decision-support approaches for safer maritime systems.
Digital Technologies, Simulation and Intelligent Systems
Development and application of advanced digital technologies for the analysis, simulation, monitoring and operation of maritime and transport systems. Research includes artificial intelligence, digital twins, IoT and sensor technologies, autonomous and remotely operated systems, simulation, advanced visualisation and intelligent decision-support tools.