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 in Supply Chain and Blue Logistics
This program prepares you to lead the sustainable transformation of a constantly evolving maritime sector. Master the strategies to optimize the flow of goods, from production to the end consumer, minimizing environmental impact…
Duration1500 h
FormatOnline
Starts30 November
Places20 / 20
Prior knowledge
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Programme overview
What is the Master in Supply Chain and Blue Logistics?
The Master in Supply Chain and Blue Logistics
This program prepares you to lead the sustainable transformation of a constantly evolving maritime sector. Master the strategies to optimize the flow of goods, from production to the end consumer, minimizing environmental impact and maximizing efficiency. This program provides you with a comprehensive overview of port logistics, maritime transport, inventory management, and the innovative technologies driving blue logistics.
This program prepares you to lead the sustainable transformation of a constantly evolving maritime sector.
Differentiating Advantages
- Sustainable Approach: Learn to implement eco-efficient practices and reduce your carbon footprint throughout the supply chain.
- Digitalization and Automation: Explore the latest technologies such as IoT, blockchain, and data analytics to optimize processes.
- Risk Management: Develop skills to identify and mitigate risks in the maritime supply chain.
- Advanced Port Logistics: Delve into terminal management, flow optimization, and port security.
- Strategic Networking: Connect with leading professionals in the sector and expand your network.
Programme type
Master's Degree
Study mode
Online
Duration
1,500 hours
Modules
11
Start date
08-12-2026
Programme highlights
- Optimize your supply chain: Master the key strategies and technologies for efficient and sustainable blue logistics.
- Specialization in the maritime sector: Delve into the specific characteristics of the supply chain in the maritime and port environment.
- Sustainability and efficiency: Learn to implement sustainable practices and reduce the environmental impact of the supply chain.
- Cutting-edge tools: Use innovative software and methodologies for managing and optimizing blue logistics.
- Strategic networking: Connect with industry professionals and build valuable relationships for your professional development.
- Boost your career in the maritime sector and lead the transformation towards a more efficient and sustainable supply chain.
Curriculum
Programme Structure
The programme is structured in 11 modules, listed below in order of study.
01
Comprehensive Blue Supply Chain Optimisation: Advanced Strategies and Innovative Technologies for Efficient Maritime Logistics
- Blue Supply Chain Basics: Definition, Key Components and Their Impact on Global Maritime Trade
- Advanced logistics optimisation models: mathematical formulation, linear programming and heuristic algorithms for inventory management and material flows in maritime environments
- Emerging Technologies Integration: IoT, Big Data and Satellite Tracking Systems for Blue Supply Chain Real-time Traceability and Control
- Risk and Resilience Management: Vulnerability Analysis, Strategies for Climate Risk Mitigation, Geopolitical and Operational in Maritime Logistics
- Design and evaluation of sea routes: optimisation of costs and times through routing algorithms and dynamic simulation of port traffic
- Transport Management Systems (TMS) and Warehouse Management (WMS) specialised in port environments and intermodal logistics spaces
- Port automation and use of autonomous vehicles: technical criteria, investment and return of technology adoption in maritime terminals
- Sustainability and Blue Economy: Incorporation of Eco-Efficient Practices and International Regulations to Minimize Environmental Impact on the Maritime Supply Chain
- Advanced analysis of logistics KPIs: indicators focused on productivity, energy efficiency, regulatory compliance and customer satisfaction in maritime operations
- Pilots and simulation tools: Implementation of specialised software for strategic decision-making in the comprehensive optimisation of the blue supply chain
02
Strategic and sustainable management of port logistics: integration of green technologies and risk analysis in the blue supply chain
- Fundamentals of Strategic Management in Port Logistics: Defining Goals, Blue Supply Chain Alignment, and Operational Capacity Assessment
- Integration of green technologies in port infrastructures: renewable energy systems, electrification of equipment and machinery, and application of IoT sensors for environmental monitoring
- Design and optimisation of sustainable logistics processes: planning of operations, minimisation of polluting emissions and reduction of the carbon footprint in maritime terminals
- Advanced maritime supply chain risk analysis: identification, evaluation and mitigation of operational, climate and regulatory threats
- Implementation of intelligent systems for port management: integrated digital platforms, blockchain for traceability and big data in decision-making
- International regulations and best environmental practices: MARPOL, ISO 14001, Green certifications and their impact on port competitiveness and reputation
- Intermodal collabouration and blue logistics models: coordination between ports, shipping companies, land operators and authorities to optimise flows and reduce transit times
- Economic and financial evaluation of sustainable projects in port logistics: analysis of costs, return on investment and sources of green financing
- Strategies for resilience to disruptive events: adaptation to climate change, contingency plans and recovery from incidents in the maritime chain
- Pilots and successful studies in the implementation of green technologies and risk management in leading ports globally
03
Innovation and sustainability in the advanced management of the maritime supply chain and port logistics
- Introduction to maritime supply chain sustainability: key concepts, circular economy principles and their application in blue logistics
- Disruptive technologies for logistics innovation: IoT, blockchain, big data and advanced analytics in port optimisation
- Advanced emission management: IMO regulation, MARPOL compliance, carbon footprint reduction strategies and green technologies in port terminals
- Innovation in renewable energy applied to maritime transport: hydrogen, biofuels and electrification of fleets and port equipment
- Automation and digitization in port operations: use of port management systems (TOS), autonomous vehicles and robotics to increase efficiency and sustainability
- Design and optimisation of sustainable maritime logistics networks: modelling of routes, loading, unloading and storage under ecological and economic parametres
- Circular economy and waste management: Strategies to minimise waste, reuse and recycling in ports and maritime supply chains
- International and local policies and regulations for sustainability in port logistics: compliance, auditing and environmental certifications
- Sustainability indicators and metrics: KPIs development and monitoring to measure environmental, social and economic impact on port management
- Case studies and best practices: Detailed analysis of successful implementations of innovation and sustainability in global maritime supply chains
04
Traceability and intelligent security in the maritime chain (blockchain, digital twins and cybersecurity applied to blue logistics)
- Fundamentals of traceability in the maritime chain: concepts, strategic importance and operating benefits
- Introduction to Blockchain in Blue Logistics: Distributed Architecture, Consensus, Smart Contracts, and Immutable Records
- Practical blockchain application for load traceability: real-time tracking, document validation and fraud reduction
- Digital twins in the maritime supply chain: definition, parametric modelling and simulation of logistic scenarios
- Integration of digital twins with IoT and Big Data: predictive monitoring, proactive maintenance and optimisation of operational performance
- Cybersecurity applied to blue logistics: specific threats, vulnerabilities in port and maritime systems, and mitigation strategies
- Security protocols for blockchain systems and digital twins: advanced encryption, key management and multifactor authentication
- International regulations and technological standards for safety in the maritime chain: IMO, ISO 28000, NIST and best practices in the sector
- Emerging technology tools and platforms: Hybrid platforms for secure traceability, APIs and interoperable compatibility
- Real case study: successful implementation of blockchain and digital twins in ports and maritime logistics operators, ROI analysis and supply chain improvements
05
Design and implementation of intelligent systems for the dynamic and resilient management of the integral blue logistics chain
- Fundamentals of the blue logistics chain: definition, components and particularities of the maritime and coastal environment
- Intelligent systems design: artificial intelligence, machine learning and predictive algorithms applied to the blue supply chain
- Dynamic logistics management models: simulation, optimisation and real-time adaptation to environmental and operational variability
- Integration of IoT technologies and maritime sensors: continuous monitoring of fleets, port infrastructure and oceanographic conditions
- Logistics Chain Resilience: Strategies for Anticipating, Mitigating and Recovering from Natural and Human Disruptions
- Automation and robotics in port operations and maritime transport: applications, benefits and technical challenges
- Management of maritime and environmental risks through intelligent systems: predictive analysis of extreme events and chain contingency plans
- Big Data and Advanced Analytics for Blue Logistics Optimisation: Inventory Management, Routes and Delivery Times with Sustainable Focus
- Integrated platforms and blockchain: traceability, information security and transparency in marine logistics operations
- Pilots and studies of real implementation of intelligent systems for comprehensive and resilient management in blue supply chains
06
Technological innovation, sustainability and resilience in the comprehensive optimisation of the blue supply chain
- Fundamentals of Technological Innovation Applied to the Blue Supply Chain: Current Outlook and Disruptive Trends
- Advanced digitization: IoT, Blockchain and Big Data for real-time traceability and optimisation
- Implementation of cyberphysical systems and intelligent automation in maritime and port logistics processes
- Sustainable Management Models: ESG Integration and Environmental Impact Assessment in the Supply Chain
- Blue Circular Economy: Strategies to minimise waste and maximise the use of aquatic resources
- Energy optimisation: Renewable energies and clean technologies for fleets and logistics operations
- Operational Resilience: Design of Adaptive Supply Chains to Climate, Geopolitical and Sanitary Disturbances
- Multimodal analysis and optimisation of sea and land routes under criteria of sustainability and efficiency
- Application of artificial intelligence and predictive algorithms for proactive risk management and preventive maintenance
- Case studies and comprehensive simulations: Success in the implementation of technological and sustainable solutions in global blue supply chains
07
Technological innovation, sustainability and resilience in the integrated management of the blue supply chain
- Blue Supply Chain Fundamentals: Definition, Scope and Specific Features in Marine and Coastal Environments
- Applied Technological Innovation: IoT, Big Data and Blockchain integration for real-time traceability and visibility of the supply chain
- Advanced green logistics systems: Sustainable value generation by reducing emissions, energy optimisation and circular economy in maritime transport
- Implementation of renewable energies in logistics operations: technologies and infrastructure for sustainable ports and fleets
- Operational resilience: identification and mitigation of climate, geopolitical and technological risks affecting the blue supply chain
- Predictive models and simulation of scenarios for crisis management and rapid recovery from interruptions in the chain
- International regulations and certifications focused on sustainability and environmental responsibility in maritime logistics
- Integration of automation and robotics technologies to improve processes in storage and distribution in smart ports
- Data analysis and machine learning for route optimisation, cost reduction and continuous improvement in blue supply chains
- Collabourative strategies and public-private partnerships to drive sustainable innovation and resilience in the maritime logistics chain
08
Predictive and big data analytics applied to the efficient and sustainable optimisation of the smart maritime supply chain
- Basics of predictive analysis in the maritime supply chain: concepts, statistical techniques and advanced methodologies
- Big data applied to blue logistics: data sources, obtaining, storage and efficient management of large volumes of maritime information
- Machine learning models for demand prediction and route optimisation in maritime transport
- IoT and smart sensors: Integration of devices for real-time monitoring of boats, loads and environmental conditions
- Sustainable optimisation algorithms: emission reduction, energy consumption and environmental footprint through predictive analysis
- Integration of geospatial and meteorological data to anticipate risks and plan maritime operations efficiently and safely
- Advanced Data Visualization Tools: Interactive Dashboards for Strategic Decision Making in the Blue Logistics Chain
- Risk and resilience management: Use of predictive analytics to mitigate disruptive event impacts and operational uncertainties
- Pilots and application of big data technologies in ports, terminals and multimodal maritime logistics
- Compliance and ethics in data processing: international regulations and internal policies to ensure privacy and security in the supply chain
09
Innovation, Sustainability and Resilience in the Optimisation and Strategic Management of the Global Maritime Supply Chain
- Advanced concepts of innovation in the maritime supply chain: disruptive trends, emerging technologies and their impact on global competitiveness
- Sustainability models applied to blue logistics: evaluation of the carbon footprint, circular economy and international environmental regulations
- Design and optimisation of resilient logistics networks: risk analysis, contingency management and mitigation strategies against global interruptions
- Integration of IoT and Big Data technologies for real-time visibility and automation of the maritime supply chain
- Implementation of blockchain systems for transparency, traceability and security in maritime transport and storage
- Evaluation and management of climate impacts on maritime logistics: adaptation to climate change and operational resilience policies
- Development of collabourative strategies and strategic alliances to maximise efficiency and sustainability in multimodal networks
- Strategic optimisation of inventory and shipping under criteria of sustainability and reduction of operating costs
- Application of ISO 28000 international standards and cover in global supply chain security and continuity management
- Case analysis Pilots and development of integrative projects focused on innovation, sustainability and resilience in international maritime supply chains
10
Decarbonisation and circular economy in blue logistics
- Carbon footprint of the maritime logistics chain
- GLEC and ISO 14083 methodologies
- alternative fuels in transport
- Maritime Green Corridors
- Reverse logistics and recycling
- Sustainable packaging
- Green purchases and suppliers
- CSRD Sustainability Reporting
- Logistics Environmental Certifications
- decarbonization roadmap
11
Master’s Final Project in Master in Supply Chain and Blue Logistics
- Blue Supply Chain Basics: Definition, Scope and Differentiating Features vs. Traditional Chains
- Design and modelling of sustainable logistics systems: integration of renewable resources, reduction of carbon footprint and circular economy in the blue chain
- Technological innovation in maritime and land management: IoT, blockchain and big data applications to optimise traceability and transparency
- Advanced methodologies of analysis of environmental and social risks in the maritime supply chain
- Multisectoral collabouration strategies for the implementation of responsible and efficient logistics models
- International regulations and standards for sustainability in maritime transport and blue logistics chain (IMO, ISO 14001, GLEC Framework)
- Quantitative performance assessment tools and sustainable KPIs for the blue chain
- Optimisation of sea routes under environmental impact criteria and operational efficiency: simulations and pilot cases
- Development of contingency plans for environmental emergencies and marine disasters in blue logistics
- Presentation, defence and comprehensive evaluation of the final project: Design of an innovative, sustainable and applicable management model in real environments
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 professionals seeking to specialize in the sustainable management of the maritime supply chain.Graduates in Business Administration, Economics, Engineering, or related fields, interested in developing a career in the maritime logistics sector.Executives and managers of shipping, port, or transport companies who wish to optimize the efficiency and sustainability of their operations.
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
- 01Optimizing maritime logistics processes
- 02Implementing sustainability strategies in the maritime supply chain
- 03Efficiently manage shipping fleets and port operations
- 04Leading the digital transformation in blue logistics
- 05Developing innovative business models in the blue economy
- 06Design efficient coastal distribution strategies
Careers
Career Opportunities
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02Blue Supply Chain Manager: Optimization of sustainable logistics processes in the maritime and port sector.
03Blue Logistics Consultant: Advising on the implementation of sustainability and efficiency strategies in the maritime supply chain.
04Blue Logistics Data Analyst: Collection and analysis of data for strategic decision-making in the maritime supply chain.
05Blue Logistics Innovation Project Manager: Development and implementation of innovative projects to improve efficiency and sustainability in the maritime supply chain.
06Sustainable Maritime Transport Specialist: Management and optimization of maritime transport operations with a focus on sustainability and reducing environmental impact.
07Logistics Operations Director in Maritime Companies: Planning, organization, and control of logistics operations in shipping companies. Port or maritime services.
08Purchasing and Procurement Manager in the Maritime Sector: managing the purchase and procurement of goods and services necessary for the operation of the maritime supply chain.
09Entrepreneur in the Blue Logistics Sector: creating new companies or startups that offer innovative and sustainable solutions for the maritime supply chain.
Questions
Entry Requirements
The maritime and port transport sector.
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.
The 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/Undergraduate degree in Business Administration, Engineering, Environmental Science, Economics, or a related field; or proven professional experience in the logistics, operations, or supply chain management sector.Knowledge:Basic knowledge of logistics, operations, and supply chain management. Desirable familiarity with sustainability and blue economy concepts.Language proficiency:English (level B2) recommended for understanding technical materials and participating in international forums.Documentation:Updated CV, copy
Questions?
Frequently Asked Questions
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