Dr. Marina AlcoverAcademic director focused on measurable results and operational excellence in maritime education. Integrates IMO/STCW regulations and ISO 21001/9001 f
Masters · 1600 h · 11 modules
Master's in Investments in Maritime Infrastructure
Provides a comprehensive and specialized overview of financing, development, and project management in the maritime sector. This program covers everything from risk and opportunity assessment to financial structuring and…
Duration1600 h
FormatOnline
Starts21 December
Places20 / 20
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Programme overview
What is the Master’s in Investments in Maritime Infrastructure?
The Master in Maritime Infrastructure Investments
Provides a comprehensive and specialized overview of financing, development, and project management in the maritime sector. This program covers everything from risk and opportunity assessment to financial structuring and regulatory compliance. You will learn to identify, analyze, and manage investments in ports, terminals, shipyards, and other key infrastructure, optimizing the profitability and sustainability of projects.
Differential Advantages
- Practical Approach: analysis of real-world cases and investment simulations.
- Networking: access to a network of professionals and experts in the maritime sector.
- Innovative Methodologies: application of financial analysis tools and economic modeling.
- Skills Development: negotiation, contract management, and leadership of complex projects.
- Global Perspective: understanding the economic, social, and environmental impact of maritime investments.
Programme type
Master's Degree
Study mode
Online
Duration
1,600 hours
Modules
11
Start date
07-12-2026
Programme highlights
- Strategic Analysis: Master project evaluation and risk management in maritime infrastructure.
- Innovative Financing: Learn to structure sound financial models and attract public-private investment.
- Legal and Regulatory Framework: Delve into international regulations and their impact on port and logistics development.
- Sustainability and Environment: Integrate ESG criteria for responsible and resilient maritime development.
- Leadership in the Maritime Sector: Develop management skills for the efficient management of complex infrastructure.
- Boost your career with a global and specialized focus on the maritime sector.
Curriculum
Programme Structure
The programme is structured in 11 modules, listed below in order of study.
01
Financing and risk assessment strategies in advanced port infrastructure projects
- Introduction to the specific financial structures and characteristics of advanced port infrastructure projects
- Financing Models: Senior Debt, Mezzanine, Private Capital, Public-Private Concessions and Partnerships (APP)
- Detailed Financial Assessment: Discounted Cash Flow (DCF), Internal Rate of Return (IRR), Net Present Value (VPN) and Sensitivity Analysis
- Financial instruments specialised in maritime investments: green bonds, sustainable financing and contractual contingencies
- Comprehensive risk management: identification, quantification and mitigation of technical, financial, operational and environmental risks
- Country Risk and Political Risk Analysis: Impact on Feasibility and Coverage Strategies through Insurance and Multilateral Guarantees
- Evaluation and modelling of climate risks and their impact on long-term port resilience
- Financial and technical due diligence: audits, review of EPC contracts, O&M and regulatory licences
- Project structuring: design of contractual schemes, financing agreements and clauses for investor protection
- Advanced stochastic scenario analysis and simulation tools for robust decision making
02
Comprehensive market analysis and profitability models in port investments and maritime logistics
- Advanced port market analysis methodologies: segmentation, competitive dynamics and global trends
- Macroeconomic analysis: Impact of global variables such as international trade, tariff policies and exchange fluctuations on maritime investments
- Logistics Demand Assessment: Cargo Traffic Projections, Goods Types, and Specialised Infrastructure Needs
- Financial models for port investments: VAN, TIR, Payback and sensitivity analysis to macro and microeconomic scenarios
- Design and application of econometric models for the estimation of profitability and associated risks in maritime infrastructure projects
- Comprehensive risk analysis: geopolitical, operational, environmental and regulatory affecting return on investment
- Port asset valuation tools and their use in investment and divestment decisions
- Optimisation of the maritime infrastructure portfolio: diversification, correlations and financial coverage
- Case studies: Comprehensive evaluation of real projects from conception to financial performance over time
- Disruptive technologies and their influence on the operational and financial optimisation of ports and maritime logistics
03
Financial strategies, risk assessment and market analysis for high-impact maritime infrastructure projects
- Advanced financial valuation models: discounted flows (DCF), sensitivity analysis, real options, weighted capital costs (WACC) applied to maritime projects.
- Sources and structures of financing: bank financing, capital markets, green and sustainable bonds, financial leasing and mixed in maritime infrastructure.
- Comprehensive risk analysis: identification, quantification and mitigation of financial, operational, regulatory and environmental risks in maritime projects.
- Environmental and Social Impact Assessment Methodologies: Ex ante evaluation, ESG reporting, Compliance Strategy in Maritime Infrastructures.
- Market dynamics and competitiveness: Port market analysis, maritime logistics and global trends in international trade.
- Regulatory and contractual aspects: International regulatory frameworks (IMO, UNCLOS), EPC contracts, concessions and management of contracts in port infrastructures.
- Economic and financial feasibility studies: sectoral benchmarking, macroeconomic scenarios, multi-criteria evaluation and demand projections for high-impact maritime projects.
- Tools for financial monitoring and control: ERP systems, dashboards, financial KPIs and management reports applied to investments in maritime infrastructure.
- Innovation and technology in maritime infrastructure: impact of disruptive technologies (IoT, Big Data, AI) on the financial and operational optimisation of the project.
- Strategic stakeholder management: Negotiation with investors, public agencies, local communities and key players to ensure sustainability and return on investment.
04
Advanced financial modelling, structuring of operations and due diligence in port and offshore assets (EPC apps, concessions and contracts)
- Fundamentals of Financial Modelling in Maritime Infrastructures: Key Concepts, Discounted Cash Flows (DCF), Net Present Value (VPN) and Internal Rate of Return (IRR)
- Advanced methodologies for the projection of revenues and operating costs in port and offshore assets, incorporating macroeconomic and sectoral variables
- Financial structuring of operations: financing schemes, leverage, and credit risk analysis for APP projects, concessions and contracts EPC
- Detailed analysis of public-private partnership contracts (APP): modalities, technical and financial clauses, risk sharing mechanisms and guarantees
- Legal and regulatory framework applicable to port and offshore concessions, including relevant international and local regulations
- Technical, financial and environmental due diligence in the context of investments in maritime infrastructure, with methodologies for the identification and mitigation of associated risks
- Comprehensive evaluation of operational, constructive, regulatory and market risks, with quantitative and qualitative models for management in EPC projects
- Optimisation of capital structures and exit strategies for investors in port assets, including sales, refinancing and securitization
- Cases of financial modelling applied to real maritime infrastructure projects, highlighting lessons learned and best practices in the industry
- Integration of disruptive technologies and sustainability in the economic and financial valuation of maritime assets
05
Innovation and financial sustainability in maritime infrastructure projects and offshore renewable energy
- Fundamental concepts of innovation in maritime infrastructure: technological evolution and current challenges
- Financial models for offshore projects: feasibility analysis, capital structures and risk assessment
- Sustainability in maritime investments: integration of ESG criteria and their impact on the project life cycle
- Offshore renewable energies: technical characteristics, emerging technologies and market potential
- Advanced methodologies for optimising sustainable financing: Blended Finance, Green Bonds and Impact Funds
- Climate risk assessment and financial adaptation of projects in maritime and coastal environments
- Innovation in business models for maritime infrastructure: digital platforms, IoT and automation
- Analysis of public policies and international regulations that promote sustainability and responsible investment in the offshore sector
- Quantitative tools for the economic valuation of projects: multi-criteria analysis, Monte Carlo simulations and behavioural finance
- Case studies and best practices in the implementation of projects with technological innovation and financial sustainability in maritime infrastructure and renewable energy Offshore
06
Advanced financial strategies, risk assessment, and modelling for port and offshore infrastructure projects
- Fundamentals of Finance in Maritime Projects: Capital Structure, Financing Costs and Strategic Asset Valuation
- Advanced financial modelling: construction and validation of dynamic models for port and offshore infrastructure
- Risk-adjusted cash flow discount techniques (DCF-RISK adjusted cash flows)
- Quantitative Risk Analysis: Identification, Classification and Exposure Metrics in Maritime Projects
- Implementation of Monte Carlo simulation tools for predicting economic and operational scenarios
- Evaluation of sensitivity and financial stress: critical parametres and external variables
- Financial Risk Mitigation Strategies: Maritime Insurance, Exchange Coverage and Guarantee Mechanisms
- Financing structuring: debt, equity, public and public-private financing (PPP) in maritime infrastructure
- Regulatory and regulatory analysis applied to investments in ports and offshore zones
- Cases of financial modelling in flagship projects: optimisation of return and economic sustainability
07
Comprehensive market analysis, profitability models and financial strategies in maritime infrastructure
- Fundamentals of market analysis in maritime infrastructure: identification of key players, port demand and offshore, segmentation and global trends
- Advanced methodologies for the evaluation of economic viability: SWOT analysis, sensitivity study and macroeconomic scenarios applied to maritime projects
- Quantitative models of profitability: VAN, TIR, Payback and multi-criteria analysis adapted to investment in ports and offshore platforms
- Construction of robust financial projections: discounted cash flows, estimation of CAPEX and OPEX in maritime infrastructure
- Specific financial instruments for port and offshore infrastructure projects: green bonds, Project Finance financing and co-investment schemes
- Associated risk mitigation strategies: Political, climate, operational and technological risks, with specialised coverage and insurance tools
- Competitive analysis and strategic positioning: international benchmarking, public-private partnerships and concession evaluation
- Optimisation of capital structures: mix of debt and capital, weighted costs, and its impact on the financial performance of the project
- Predictive models of demand and port capacity: use of big data, artificial intelligence and stochastic simulations for decision making
- International regulations and local regulations affecting investment and operation in maritime infrastructure
08
Strategic design and comprehensive management of maritime infrastructure projects with a focus on profitability, risk and sustainability
- Conceptualization and foundation of strategic design in maritime infrastructures: integration of technical, economic and environmental objectives
- Financial Feasibility Assessment: Cost Analysis, Revenue Estimation, and Discounted Cash Flow Modelling (DCF)
- Advanced methodologies for comprehensive project management: PMI, PRINCE2, Agile applied to port and maritime infrastructure
- Identification and management of specific risks: operational, environmental, regulatory and market risks, with quantitative and qualitative tools (FMEA, Monte Carlo)
- Sustainable Planning: Environmental and Social Impact Assessment, Regulatory Compliance (MARPOL, IMO Conventions) and Mitigation Strategies
- Port infrastructure design and optimisation: docks, breakwaters, dredging and docking systems, considering geotechnical and oceanographic aspects
- Management of resources and suppliers: hiring, quality control, logistics and supply chain in large-scale maritime projects
- Integration of innovative technologies in project management: BIM, GIS, Digital Twins and real-time monitoring systems
- Advanced Strategies for Profit Maximization: Sensitivity Analysis, Avoided Costs and Economic Added Value (EVA)
- Continuous monitoring and control: Specific KPIs for maritime infrastructure, management dashboards and predictive analysis for deviation prevention
09
Financing, risk assessment and market analysis strategies for sustainable maritime infrastructure projects
- Advanced financial structuring models for investments in maritime infrastructure: bank financing, green bond issuance and specialised investment funds
- Comprehensive risk assessment: Political, regulatory, environmental and market risks, including quantitative and qualitative methodologies for mitigation
- Market analysis specialised in port, naval and energy offshore sectors: trends, projected demand, competition and emerging opportunities
- Derivative financial instruments applied to risk management in maritime projects: swaps, options and futures
- Project Valuation Methodologies: Net Present Value (VAN), Risk-adjusted Internal Rate of Return (TIR) Adjusted for Risk, Sensitivity Analysis and Multiple Scenarios
- Impact of sustainability and ESG criteria on financial structuring and project evaluation: international regulations and relevant certifications
- Economic evaluation of the life cycle of maritime infrastructure: analysis of operating costs, maintenance, and associated social and environmental costs
- Market intelligence and big data tools for identifying investment opportunities and predicting trends in global maritime markets
- Design of hybrid financing strategies: combination of private capital, public capital and multilateral financing for capital structure optimisation
- Specific risk mitigation and insurance mechanisms in maritime projects: insurance, guarantees, and EPC contracts (Engineering, Procurement and Construction)
10
Asset valuation, investment markets and maritime investment output
- Valuation of ports and terminals
- Valuation of fleets and offshore assets
- Infrastructure funds and pension funds
- Institutional investors in the maritime sector
- Infrastructure portfolio management
- divestment strategies
- Refinancing of operational projects
- Asset Performance Indicators
- Reporting to investors
- Port investment case
11
Master’s Final Project in Investments in Maritime Infrastructure
- Conceptualization and definition of the scope: Technical, environmental and socioeconomic criteria for comprehensive maritime infrastructure
- Advanced Environmental Impact Analysis: Methodologies for Evaluation and Mitigation in Port and Coastal Projects
- Applied Technological Innovation: Incorporation of Intelligent Materials, Automated Systems and Renewable Energies in Maritime Infrastructure Design
- Hydrodynamic and structural modelling: Numerical simulation of waves, currents and dynamic loads for design optimisation
- Advanced financial strategies: Financing structuring, risk analysis and return on investment in maritime projects
- International regulations and standards: SOLAS, MARPOL, IMO and its integration into constructive and operational criteria
- Sustainable building technologies: construction methods, modular prefabrication and impact minimisation during execution
- Predictive maintenance and asset management systems: Incorporation of IoT and digital twins to extend life and reduce costs
- Strategic planning and comprehensive project management: Multidisciplinary coordination, schedules and quality control in all phases
- Presentation and defence of the final project: Preparation of technical reports, 3D modelling, cost-benefit analysis and value proposition for stakeholders
Workload
Study Time and Workload
1600 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
Maritime professionals looking to diversify their portfolio and understand infrastructure investment opportunities.Investment fund managers interested in expanding their knowledge of port, terminal, and marine renewable energy projects.Engineers and consultants wishing to specialize in the evaluation and financing of maritime infrastructure projects.Lawyers and legal advisors needing to deep
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
Verified reviews
Student Reviews
Reviews collected and verified by Opynio, not written by us.
Outcomes
Learning Outcomes
- 01Managing maritime investment projects
- 02Evaluate the economic viability of maritime projects
- 03Optimize maritime asset management
- 04Develop maritime financing strategies
- 05Leading the digital transformation in the maritime sector
- 06Designing and maintaining resilient maritime infrastructure
Careers
Career Opportunities
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02Maritime Infrastructure Project Manager: planning, execution, and control of port projects, breakwaters, docks, etc.
03Maritime Infrastructure Consultant: technical and economic advice on project feasibility and design.
04Infrastructure Investment Analyst: risk and profitability assessment of investments in ports, terminals, and other maritime facilities.
05Maritime Project Finance Specialist: financial structuring and investor search for infrastructure projects.
06Maritime Business Development Manager: identifying opportunities and acquiring new infrastructure projects.
07Maritime Infrastructure Asset Manager: performance optimization and maintenance of facilities.
08Maritime Regulation and Policy Expert: analysis and application of regulations in the field of infrastructure.
09Researcher in technologies and innovation for maritime infrastructure: development of innovative solutions for the construction and management of facilities.
Questions
Entry Requirements
The main focus is on investment and financing of maritime infrastructure projects.
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.
Maritime and port sector.
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 Civil Engineering, Maritime Engineering, Economics, Business Administration, or a related field; or proven professional experience in the maritime infrastructure, investment, or finance sector.Language proficiency:Proficiency in English (level B2 or higher) for following the bibliography and working in international teams.Documentation:Updated CV, copy of degree, academic transcript, ID/Passport, letter of motivation explaining interest in the Master's program.Additional requirements:Basic knowledge of finance and e
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