Dr. Marina AlcoverAcademic director focused on measurable results and operational excellence in maritime education. Integrates IMO/STCW regulations and ISO 21001/9001 f
Masters · 1500 h · 11 modules
Master's in International Port Management
This program prepares you to lead in a key sector of global trade. Gain a comprehensive understanding of port operations, logistics, finance, and international regulations. Develop skills in strategy, innovation, and…
Duration1500 h
FormatOnline
Starts14 December
Places20 / 20
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Programme overview
What is the Master’s in International Port Management?
The Master in International Port Management
This program prepares you to lead in a key sector of global trade. Gain a comprehensive understanding of port operations, logistics, finance, and international regulations. Develop skills in strategy, innovation, and sustainability to meet the challenges of the future of ports. This program offers advanced training with a practical and global approach, connecting you with experts and real-world case studies.
Differential Advantages
- Global Approach: Analyze the dynamics of the world's major ports and their impact on international trade.
- Hands-on Experience: Participate in simulations, real-world projects, and visits to port facilities.
- Strategic Networking: Connect with industry professionals, leading companies, and port authorities.
- Leadership Development: Enhance your management, negotiation, and decision-making skills.
- Sustainability and Technology: Learn to implement innovative and sustainable solutions in port management.
Programme type
Master's Degree
Study mode
Online
Duration
1,500 hours
Modules
11
Start date
08-12-2026
Programme highlights
- Global Vision: Master the comprehensive management of international ports, from operations to strategy.
- Leading Experts: Learn from leading professionals with experience in the world's major ports.
- Strategic Networking: Expand your network with executives and experts in the global port sector.
- Case Studies: Apply your knowledge through simulations and real-world success stories.
- Professional Development: Boost your career towards leadership positions in the international port sector.
- Specialize and become a leader in the port management at a global level.
Curriculum
Programme Structure
The programme is structured in 11 modules, listed below in order of study.
01
Strategic optimisation of port operations and integrated multimodal logistics
- Fundamentals of port management: organisational structure, types of ports and key players in the logistics chain
- Strategic design and planning: SWOT analysis applied to ports, capacity diagnosis and predictive demand models
- Operational process optimisation: Lean and Six Sigma methodologies in port operations to maximise efficiency and reduce scale times
- Integrated Multimodal Logistics: Intermodal Terrestrial, Sea and Rail Coordination for Improvement of Goods Flow
- Advanced infrastructure management: Predictive maintenance, evaluation and modernisation of cargo terminals and storage zones
- Applied Technological Systems: Implementation of Terminal Operating Systems (TOS), Automation and Digitalization in Port Management
- Maritime Traffic Optimisation: Docking Planning, Anchoring Control and Congestion Mitigation Strategies
- Sustainable Supply Chain: Green Practices, Emissions Reduction and Environmental Certifications in International Ports
- Financial and Economic Analysis: Key Performance Indicators (KPIs), Cost Management, and Port Investment Models
- Regulatory and regulatory framework: International Compliance, Port Security (ISPS), Trade Agreements and Logistics Treaties
02
Technological innovation and sustainability for competitiveness in global ports
- Innovations in port infrastructure: modular design, intelligent materials and sustainable construction
- Port Digitization Technologies: IoT implementation, Big Data and Integrated Port Management Systems (PMS)
- Automation and Robotics in Port Operations: Autonomous Cranes, Automatic Guided Vehicles (AGV) and Inspection Drones
- Smart Ports: Using artificial intelligence for logistics optimisation, predictive management and preventive maintenance
- Environmental Sustainability Strategies: Emission Mitigation, Waste Management and Adaptation to International Regulations (IMO, MARPOL)
- Energy management in ports: use of renewable energies, energy efficiency and advanced storage systems
- Circular economy models applied to the port sector: reuse of materials, comprehensive waste management and ecological footprint reduction
- Integration of blockchain solutions for traceability and transparency in the port logistics chain
- Port Climate Risk Assessment and Mitigation: Vulnerability Analysis and Resilience Plans
- International Regulation and Standards for Technological Innovation in Ports: Regulatory Compliance and Key Certifications
03
Advanced strategies for comprehensive optimisation and sustainable innovation in international port management
- Advanced models of strategic analysis for port management: situational diagnosis, extended SWOT analysis, and multi-criteria evaluation applied to international ports
- Implementation of Integrated Management Systems (SGI): ISO 9001, 14001, 45001 and their impact on operational efficiency and port sustainability
- Technological innovation in port automation: IoT technologies, Digital Twin, Blockchain for traceability and optimisation of logistics processes
- Strategies for the reduction of the environmental footprint: life cycle assessment tools (LCA), emission management and renewable energy in port infrastructures
- Maritime Logistics Chain Optimisation: Advanced Load Flow Planning and Control, Modal Integration and Inventory Management on Global Port Platforms
- Advanced Talent Management and Port Leadership: Development of Management Skills, Change Management and Innovation-Oriented Organisational Culture
- Legal framework and public policies for port sustainability: comparative analysis of international regulations, IMO agreements and port governance strategies
- Big Data and Predictive Analytics tools: Application in strategic decision making for maritime traffic management and port operations
- Port Infrastructure Risk Assessment and Management: Identification, Mitigation and Operational Continuity Plans in the face of critical events and natural disasters
- Design and implementation of sustainable innovation projects: Agile methodologies, cost-benefit analysis and awareness of stakeholders in international port environments
04
Comprehensive management of ports and terminals: infrastructure planning, traffic operations, port technology and maritime security
- Fundamentals and Principles of Comprehensive Port Management: Systemic and Multidisciplinary Approach in Port and Terminal Administration
- Strategic planning of port infrastructures: demand analysis, capacity modelling, environmental impact assessment and sustainability criteria
- Terminal design and optimisation: functional zoning, logistic flows, storage, and general cargo handling, containers and bulk cargo
- Advanced technologies in port operations: automation, digitization, terminal management systems (TOS), and the role of artificial intelligence in operational efficiency
- Management of maritime and river traffic: coordination of activities, use of VTS (Vessel Traffic Services) systems, communication protocols and traffic control
- Maritime and port security: IPS regulations, risk prevention and response policies, incident management and emergency protocols
- Critical Infrastructure and Resilience: Vulnerability Assessment, Strategies for Natural, Technical and Human Risk Mitigation, and Contingency Plans
- Intermodal integration and logistical connectivity: coordination with rail networks, roads and distribution systems to ensure efficient and sustainable supply chains
- Economic and financial evaluation of port projects: cost-benefit analysis, public-private financing, and rate and concession management models
- International and local regulatory framework: study of international agreements (IMO, SOLAS, MARPOL), national port legislation and its application in daily operation
05
Strategic planning and efficient management of integrated port logistics chains with technological innovation
- Fundamentals of strategic planning in ports: vision, mission, situational analysis and establishment of objectives in the short, medium and long term.
- Advanced methodologies for the integrated management of port logistics chains: flow optimisation, intermodal synchronisation and reduction of transit times.
- Design and application of simulation models for the evaluation of logistic scenarios under uncertainty and variable demand.
- Implementation of Geographic Information Systems (GIS) in the port planning for the management of spaces, accesses and operation zones.
- Technological integration in the port logistics chain: digitization, Internet of Things (IoT), blockchain and collabourative platforms.
- Big data and advanced analytics tools for trend prediction, inventory control and continuous improvement in port operations.
- Automation and robotics applied to port terminals: crane automation, autonomous vehicles and intelligent storage systems.
- Efficient management of maritime and land traffic: Use of control and monitoring systems in real time to minimise congestion and improve safety.
- International regulations and best practices for sustainability and resilience in port logistics chains: ISO 28000, Environment and Corporate Social Responsibility.
- Economic and financial evaluation of logistics innovation projects in ports: cost analysis, return on investment and risk mitigation.
06
Technological innovation strategies, sustainability and competitiveness in the management and operation of global ports
- Technological innovation in port infrastructure: modular design, automation and integrated digitization to maximise operational efficiency
- Strategies for environmental sustainability in ports: waste management, reduction of polluting gas emissions and applied green technologies
- Energy optimisation: Implementation of renewable sources, energy management systems and use of smart grid technologies in port areas
- Global competitiveness: Comparative analysis of international port models and development of sustainable competitive advantages
- Integration of Port Information Systems (PIs): Big Data, IoT and Blockchain for traceability and security in operations
- Intelligent management of maritime and land traffic: use of advanced control and planning systems to minimise congestion and downtime
- Implementation of international standards and regulations: ISO 28000 compliance, IPS Code, and sustainability certifications in the port sector
- Advanced models of port logistics: optimisation of supply chains, multimodality and smart warehouse management
- Economic-financial analysis for innovation and sustainability projects: investment evaluation, social and economic return in port infrastructure
- Management of organisational change and continuous training: development of digital and cultural skills to adapt the workforce to technological and environmental challenges
07
Technological innovation, sustainability and integrated strategies for competitiveness in international port management
- Fundamentals of technological innovation in the port field: disruptive advances and digital transformation applied to port management
- Emerging technologies in port infrastructure: IoT, big data, artificial intelligence and automation for operational optimisation
- Intelligent control and monitoring systems: integration of sensors, drones, digital twins and blockchain for traceability and security
- Environmental sustainability strategies: implementation of green policies, reduction of polluting emissions and renewable energy in the port operation
- Waste management and resource optimisation: advanced techniques for sustainable management of solid waste, liquids and water treatment
- International regulations and environmental certifications applied to ports: compliance, audits and continuous improvement in the global context
- Design and implementation of integrated strategies for port competitiveness: value chain analysis, strategic alliances and collabourative models
- Data-based strategic planning: performance indicators, critical KPIs, and advanced analytics-based decision making
- Risk and resilience management: identification, evaluation and mitigation of technological, climate and operational risks in international ports
- Case studies and international benchmarking: Comparative analysis of leading ports in innovation and sustainability for the adoption of successful practices
08
Advanced logistics and port supply chain: multimodal integration and optimisation of international trade flows
- Fundamentals of port logistics: key concepts, historical evolution and its impact on international trade.
- Port supply chain design and management: Logistics network analysis, actors involved and flow of materials and data.
- Multimodal integration: efficient coordination between maritime, rail, road and air transport to optimise port connectivity.
- Advanced logistics management systems: emerging technologies such as IoT, Big Data, Artificial Intelligence and Blockchain applied to port optimisation.
- Port operations planning and scheduling: simulation models, optimisation algorithms and real-time resource management.
- Management of inventories and warehouses in ports: Strategies to reduce costs, improve response times and guarantee the traceability of merchandise.
- Optimisation of international commercial flows: Techniques to maximise efficiency in the reception, storage and dispatch of cargo.
- International Regulation and Regulations in Port Logistics: Detailed analysis of the customs legal framework, security and compliance.
- Sustainability and social responsibility in the supply chain: environmental management, reduction of emissions and green practices in port operations.
- Case studies and global benchmarking: Analysis of the main international ports and best practices in integration and logistics efficiency.
09
Technological innovation, sustainability and integrated strategies for competitiveness in the management and operation of global ports
- Fundamental principles of technological innovation in port management: historical evolution, current trends and future perspectives
- Implementation of advanced digital systems: IoT, Big Data and artificial intelligence applied to the optimisation of port operations
- Automation and robotization of logistics processes: intelligent cranes, autonomous vehicles and automated loading platforms
- Global Ports Environmental Sustainability Models: Mitigation of Environmental Impact, Energy Efficiency and Waste Management
- International certifications and environmental regulations applicable to the port operation and its integration into corporate strategies
- Design of integrated strategies for competitiveness: public-private partnerships, stakeholder management and logistics cluster development
- Port Supply Chain Optimisation: Traceability, Digital Twins and Blockchain Technologies for Transparency and Security
- Strategic planning for port resilience: risk management, natural and geopolitical disaster contingencies, and operational continuity
- Economic-financial analysis for investment in green and digital technologies: methodologies for evaluation and return of investment in port projects
- Case studies of international ports leading in technological innovation and sustainability: benchmarking and lessons learned
10
Port Governance, Regulation and Institutional Relations
- Port Governance Models: Landlord, Tool and Service
- port authorities and their organisation
- CONCESSION AND RATES REGIME
- European Regulation of Port Services
- Competition between ports
- Port-City Relations
- Port Strategic Planning
- Institutional communication and stakeholders
- Ports and Regional Development
- International port benchmarking
11
Master’s Final Project in International Port Management
- Advanced methodologies for port strategic planning: multi-criteria analysis, future scenarios and decision-making under uncertainty
- Design and implementation of integrated port management models: interdepartmental coordination, process evaluation and alignment with corporate objectives
- Technological innovation in international ports: terminal automation, digital platforms for logistics management and IoT systems applied to real-time monitoring
- Architecture and deployment of artificial intelligence and big data solutions in operational optimisation and prediction of port demand
- Principles and practices of environmental sustainability in port infrastructures: emission management, waste reduction and adaptation to climate change
- International regulations and certifications for port sustainability: Compliance with MARPOL, ISO 14001, and Corporate Social Responsibility Standards
- Global competitiveness analysis in the port sector: global benchmarking, differentiation strategies and international strategic alliances
- Integration of port management systems with global logistics chains: synchronisation of operations, traceability and risk management
- Economic and financial evaluation of port projects: investment modelling, profitability analysis and management of innovative financing sources
- Development of the final work: Development, structuring and presentation of an integrated model that articulates planning, technological innovation and sustainability for the continuous improvement of international port competitiveness
Workload
Study Time and Workload
1500 hours of study, online and at your own pace. Move the slider to the hours a week you can really put in.
Hours a week8
Weeks to finish—
You finish around—
Who it is for
Logistics and maritime professionals who aspire to lead and optimize port operations globally.Executives and middle managers who seek to deepen their knowledge of port management, innovation, and sustainability strategies.Graduates in Business Administration, Economics, Engineering, or Law interested in a high-value specialization in the port industry.Consultants and advisors who wish to exp
Faculty
Academic direction and faculty
The teaching team at Navalis: working professionals who deliver and oversee the institute's programmes.
Eng. Diego Cifuentes
Cap. Javier Abaroa (MCA)
Dr. Pau Ferrer
Dr. Nuria Llobregat
Eng. Javier Bañuls
Eng. Sofía Marquina
Eng. Tomás Riera
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Student Reviews
Reviews collected and verified by Opynio, not written by us.
Outcomes
Learning Outcomes
- 01Optimize port operational efficiency
- 02Develop sustainable port expansion strategies
- 03Effectively manage port security and regulatory compliance
- 04Leading innovation and digital transformation in port management
- 05To strategically manage the financial and economic aspects of an international port
- 06Negotiating and managing international agreements in the port sector
Careers
Career Opportunities
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02Port Terminal Manager: Planning and optimization of operations, resource coordination, efficiency improvement.
03Port Logistics Specialist: Supply chain optimization, management of goods flows, development of logistics strategies.
04International Trade Consultant: Advising on import and export operations, international market analysis, development of internationalization strategies.
05Customs and Foreign Trade Manager: Management of customs procedures, regulatory compliance, optimization of foreign trade processes.
06Port Operations Director: Supervision and coordination of all port operations, personnel management, continuous process improvement.
07Port Security Risk Analyst: Risk assessment, development of security plans, coordination with Authorities and security forces.
08Port Business Development Specialist: Identifying business opportunities, developing expansion strategies, and managing client relationships.
09Port Project Manager: Planning and executing port infrastructure projects, managing budgets, and coordinating teams.
Questions
Entry Requirements
Management of international ports.
Yes. The itinerary includes ECDIS/Radar-ARPA/BRM with harbor, ocean, fog, storm, and SAR scenarios.
Online with live sessions; hybrid option for simulator/practical placements through agreements.
This master's degree focuses specifically on the management of maritime ports.
Recommended functional SMCP. We offer support materials for standard phraseology.
Yes, with a relevant degree or experience in maritime/port operations. The admissions interview will confirm suitability.
Optional (3–6 months) through Companies & Collaborations and the Alumni Network.
Simulator practice (rubrics), defeat plans, SOPs, checklists, micro-tests and applied TFM.
A degree from Navalis Magna Institute + operational portfolio (tracks, SOPs, reports and KPIs) useful for audits and employment.
Online admissions
Admissions Process
No waiting for a phone call. If your documents are complete, you can pay in the same session.
Entry requirements
```htmlAcademic/Professional Profile:Bachelor's Degree in Business Administration, Economics, Engineering (Civil, Industrial, Civil), Law or related field; or proven professional experience in the port or logistics sector.Language proficiency:English level B2 (CEFR) or equivalent; knowledge of other languages is a plus.Documentation:Updated CV, copy of university degree, academic transcript, ID/Passport, cover letter.Technical requirements (for online positions):Computer with camera/microphone, broadband internet connection, updated videoconferencing software.```
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Frequently Asked Questions
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