Master’s Degree in Resort and Hotel Design at Sea
Why this master’s programme?
The Master’s in Resort and Hotel Design at Sea
This program prepares you to lead innovative projects in the luxury floating tourism sector. Learn to conceptualize, plan, and execute cutting-edge designs that integrate sustainability, unique experiences, and space optimization in maritime environments. This program immerses you in the latest trends in naval architecture, nautical interior design, and emerging technologies to create unforgettable destinations.
Differentiating Advantages
- Comprehensive Design: From the floating structure to the guest experience, master every aspect of design.
- Marine Sustainability: Incorporate eco-friendly practices and reduce the environmental impact of your designs.
- Innovative Technologies: Learn about smart systems, renewable energy, and cutting-edge materials.
- Exclusive Networking: Connect with industry leaders, renowned naval architects, and designers.
- Real-World Projects: Apply your knowledge in practical cases and develop an impressive professional portfolio.
- Modality: Online
- Level: Masters
- Hours: 1600 H
- Start date:
Availability: 1 in stock
Who is it aimed at?
- Architects and interior designers who wish to specialize in the design of floating hotels and marine resorts.
- Naval and marine engineers who seek to expand their knowledge in the integration of hotel infrastructure on marine platforms.
- Real estate developers and tourism developers interested in investing in innovative maritime tourism projects and creating unique experiences.
- Operations directors and managers of hotels and resorts who aspire to lead cutting-edge tourism establishments in marine environments.
- Graduates in architecture, design, engineering, or tourism who seek specialized postgraduate training in the design and management of resorts and hotels in the sea.
Flexibility for professionals
Online format with live and recorded classes, discussion forums and practical projects, allowing the balance between study and work from anywhere in the world.
Objectives and skills
Creating immersive and profitable experiences:
Design engaging narratives that integrate technology (VR/AR) and physical elements, maximizing return on investment through innovative business models and personalization of the user experience.
Leading the conceptualization of innovative hotel spaces:
“Research emerging design trends, materials, and technologies, integrating them into proposals that improve guest experience and operational efficiency.”
Manage comprehensive maritime hotel design projects:
“Integrating maritime and hotel regulations, ensuring economic viability and compliance with safety and sustainability standards.”
Mastering the integration of sustainability into hotel design:
“Implement bioclimatic design strategies and low environmental impact materials, optimizing the building’s life cycle and minimizing its ecological footprint.”
Optimizing functionality and aesthetics in demanding maritime environments:
Adapting design solutions and materials that resist corrosion, wear and adverse weather conditions, prioritizing safety and long-term durability.
Apply maritime and hotel regulations accurately:
“Implement safety (ISM/ISPS), quality (ISO 9001) and hygiene (HACCP) standards in daily operations, adapting them to the specific characteristics of the ship or hotel.”
Study plan – Modules
- Fundamentals of Sustainable Architecture applied to marine environments: principles, international standards, and specific challenges
- Innovative materials for marine construction: technical properties, corrosion resistance, recyclability, and environmental footprint
- Multidisciplinary integrated design: coordination between architecture, civil engineering, hydrodynamics, and marine ecology
- Advanced environmental simulation models: ecological impact analysis, energy efficiency, and coastal microclimate management
- Implementation of renewable energies in marine resorts: photovoltaic and wind power systems, and wave energy utilization
- Sustainable water resource management and integrated wastewater treatment systems in coastal infrastructure
- Advanced bioclimatic design: optimization of thermal comfort through natural ventilation, insulation, and strategic orientation
- Integration of smart technologies for environmental monitoring and building automation: IoT sensors, energy management, and predictive maintenance
- Strategies for mitigating visual and acoustic impact: facade treatments, natural obstacles, and vegetation barriers
- International standards and certifications applicable to sustainable projects in marine environments: LEED, BREEAM, WELL, and EDGE
- Case studies of landmark projects: technical analysis of design, innovation, and sustainability outcomes applied in offshore resorts and hotels
- Life cycle assessment methodologies for marine infrastructure: from material extraction to demolition and reuse
- Fundamentals of Biophilic Design in Marine Environments: Principles, Benefits, and Application in Floating Resorts and Hotels
- Advanced Sustainable Materials: Characterization, Resistance to Saltwater Corrosion, and Energy Efficiency in Marine Construction
- Integration of Smart Technologies: Automation, Environmental Sensors, and Energy Management Systems to Optimize Comfort and Sustainability
- Parametric Modeling and BIM: Design Optimization and Collaborative Planning in Complex Marine Projects
- Design of Biophilic Multifunctional Spaces: Incorporation of Marine and Terrestrial Vegetation, Living Aquariums, and Natural Elements for Immersive Experiences
- Microclimate Strategies: Natural Ventilation, Thermal Control, and Air Purification to Enhance Guest Wellbeing
- Advanced Study of Natural and Artificial Lighting: Dynamic and Spectral Systems that Enhance the Connection with the Marine Environment
- Integration of renewable energies: solar, wind, and tidal power, synchronized for the resort’s energy self-sufficiency
- Innovation in floating structures and anchorages: engineering techniques to minimize environmental impact and guarantee durability in extreme conditions
- Environmental impact assessment methodologies and LEED, BREEAM, and WELL certifications adapted to marine projects
- Fundamentals of sustainable architecture applied to marine environments: life cycle analysis, eco-efficient materials, and environmental footprint reduction
- Advanced principles of biophilic design: integration of natural elements to maximize guest well-being and local biodiversity
- Environmental impact assessment and specific mitigation strategies for beachfront resorts and hotels
- Design of passive ventilation and air conditioning systems adapted to coastal and maritime climates, optimizing energy consumption and thermal comfort
- Implementation of renewable energies in marine hotel facilities: floating solar, coastal wind, and smart hybrid systems
- Sustainable water resource management: collection, reuse, and innovative treatments to minimize pollution of marine ecosystems
- Innovations in modular and prefabricated construction to minimize site impact and accelerate construction times in sensitive environments
- Integration of smart technologies for environmental monitoring and automated real-time consumption control
- Sustainable landscape design and ecological restoration of coastal areas to promote resilience to climate change and extreme events
- International standards and green certifications applied to tourism developments in marine protected areas
- Analysis of emblematic cases of marine resorts and hotels with high tourism impact and excellent environmental and social performance
- Methodologies for evaluating and certifying biophilic design in hotel architecture: WELL, Living Building Challenge, and others
- Comprehensive planning for solid waste and effluent management in coastal tourism complexes
- Economic and financial aspects of investment in sustainable design: long-term benefits and return on investment
- Strategic planning to ensure harmonious coexistence between the project and local communities, guaranteeing social and cultural responsibility
- Fundamentals of Architectural Design and Coastal Urban Planning: Integration of resorts and hotels in sensitive marine environments, analysis of the environmental and sociocultural context
- Structural Engineering of Marine Facilities: Differences and challenges between floating and fixed structures, analysis of materials resistant to salt corrosion and ocean dynamics
- BIM Modeling applied to offshore projects: Creation, coordination, and three-dimensional simulation to optimize design, construction, and maintenance
- CFD Simulation (Computational Fluid Dynamics): Analysis of currents, waves, and natural ventilation to ensure comfort, stability, and structural safety
- Renewable Marine Energies: Evaluation, design, and integration of offshore wind, wave, and tidal energy systems in the sustainable operation of resorts
- Climate Resilience and Adaptation: Strategies to mitigate the impacts of climate change, extreme weather events, and sea-level rise on tourist facilities
- Optimization of air conditioning and water treatment systems using eco-efficient and resilient technologies for the marine environment
- Advanced management of sustainable operations: protocols for waste management, emissions reduction, and marine biodiversity conservation
- International regulations and environmental certifications applicable to coastal and offshore projects: compliance and best practices
- Case studies and practical application: comprehensive design of iconic marine resorts and hotels, success analysis, and lessons learned for technical and experiential innovation
- Fundamentals of Marine Engineering for Floating Infrastructures: advanced materials, corrosion resistance, structural dynamics, and hydrodynamic load analysis
- Modular design and prefabrication of offshore platforms: multidisciplinary integration of electrical, hydraulic, and mechanical systems with high-efficiency criteria
- Computational modeling of structural behavior under extreme conditions: CFD simulations, FEA analysis, and virtual testing to ensure safety and durability
- Implementation of renewable energy technologies in marine resorts: photovoltaic, wind, and tidal energy systems with intelligent integration and energy storage
- Optimization of the use of living space and common areas in floating hotels: ergonomics, customized microclimates, and biophilic design for maximum guest comfort and well-being
- Advanced water resource management and wastewater treatment systems: reuse technologies, sustainable desalination, and real-time monitoring for Minimizing environmental impact
Predictive and remote maintenance protocols: IoT sensors and artificial intelligence to anticipate failures and ensure 24/7 operational continuity
Comprehensive management of solid waste and emissions in marine environments: international regulations, minimization techniques, and pollutant capture technologies
Environmental impact assessment and mitigation: life cycle analysis, marine biodiversity studies, and strategies for protecting surrounding ecosystems
Digital tools for intelligent monitoring and control of operations: SCADA platforms, real-time big data, and customized dashboards for strategic decision-making
- Fundamental principles of sustainable marine architecture: bioclimatic design and adaptation to the marine environment
- Innovative materials and advanced construction technologies: corrosion resistance, environmental impact, and durability in saline environments
- Integration of renewable energy systems: floating solar, offshore wind, and smart storage for offshore resorts
- Optimization of water efficiency: rainwater harvesting, treatment, and reuse in island environments and offshore platforms
- Modular design and prefabrication: strategies to minimize timelines, costs, and waste generation in marine construction
- Advanced environmental modeling: BIM and CFD software applied to microclimate planning and marine dynamics in coastal tourist areas
- Ecological impact assessment and mitigation: studies of Fauna, flora, and coral reef systems, considering international environmental protection regulations.
Integrated solid and liquid waste management in marine resorts: sustainable solutions and circular economy technologies.
Advanced environmental monitoring and control systems: IoT, remote sensors, and digital platforms for real-time management.
Participatory design and a focus on responsible tourism: co-creation strategies with local communities and promotion of sustainable practices.
International regulations and sustainability certifications applied to high-impact tourism projects in marine environments.
Case studies of emblematic marine resorts and hotels: critical analysis of solutions, innovations, and replicability.
- Fundamentals of Sustainable Architecture in Marine Environments: Ecological Principles, Environmental Impact Analysis, and International Regulations Applicable to Resorts and Hotels at Sea
- Integrated Multidisciplinary Design: Coordination between Architecture, Environmental Engineering, Naval Engineering, and Interior Design to Optimize Resources and Minimize Ecological Footprint
- Advanced Application of Biophilic Technologies: Incorporation of Natural Elements and Use of Marine and Terrestrial Vegetation to Improve Environmental Quality and the Guest Experience
- Innovative and Sustainable Materials: Technical Evaluation of Biocomposites, Recycled Materials, and Low-Impact Construction Technologies for Structures in Harsh Marine Environments
- Energy Modeling and Environmental Simulations: Use of Specialized Software to Predict Energy Efficiency, Water Management, and Thermal Control in Floating and Piled Resorts
- Renewable Energy Systems Deployed in Marine Resorts: Integration of Solar Panels, Offshore Wind Turbines, Tidal Energy Systems, and Their Impact on Energy Autonomy
- Advanced waste and wastewater management: design of integrated systems for ecological treatment, recycling, and reuse, with state-of-the-art technology for the marine environment
- Optimization of environmental comfort through passive design: natural ventilation, lighting orientation, salinity control, and specific microclimates for guest well-being and ecosystem conservation
- Planning human-nature interaction: strategies to maximize visual and sensory contact with the marine environment without affecting its integrity or biodiversity
- Implementation of intelligent systems and sustainable automation: environmental sensors, real-time monitoring, and automatic resource management for the efficient and ecological operation of high-end luxury marine resorts and hotels
- Fundamentals of 3D modeling applied to marine structures: types of geometries and digital representations
- Advanced software tools for design and simulation: integration of CAD, BIM, and specific platforms for construction on water
- Parametric and generative modeling: optimization of architectural forms to maximize structural and aesthetic efficiency
- Structural analysis of floating platforms and piles: materials, hydrodynamic loads, and corrosion resistance in marine environments
- Detailed hydrodynamic simulations: behavior of waves, currents, and dynamic forces on structures at sea
- Integration of BIM models with CFD simulation to evaluate impact on stability and natural ventilation
- Environmental impact analysis using predictive modeling: evaluation of changes in marine ecosystems and effective mitigation
- Energy optimization in design: modeling of natural lighting, passive climate control systems, and sources Marine Renewables
Implementation of Lean methodology and agile techniques in the development of the multidisciplinary project
Review of applicable international regulations: structural, environmental, and safety criteria for marine resorts
Development of virtual prototypes and 4D walkthroughs for design validation and coordination between engineering disciplines
Integration of IoT sensors in the 3D model for real-time monitoring of structural and environmental behavior
Case studies applied to the advanced design of floating resorts and hotels on stilts: critical analysis and lessons learned
Practical workshop: generation of 3D models with integration of structural and environmental simulations in real-world projects
- Fundamentals of Sustainable Architecture in Marine Environments: Adaptive Design Principles and Strategies for Minimizing Environmental Impact
- Eco-efficient and Highly Durable Materials: Selection, LEED Certifications, and Performance in Marine Corrosion
- Bioclimatic Design Applied to Resorts and Hotels at Sea: Orientation, Natural Ventilation, and Passive Systems
- Integration of Biophilic Technologies: Use of Marine and Terrestrial Vegetation to Improve Microclimate and Guest Wellbeing
- Advanced Water Management Systems: Collection, Reuse, and Treatment Aimed at Significant Reductions in Water Footprint
- Marine Renewable Energies: Applications of Floating Solar Power, Offshore Wind, and Hydrogen Fuel Cells for Energy Self-Sufficiency
- Advanced Digital Modeling: 6D and 7D BIM for the Integration of Environmental, Cost, and Maintenance Information in a Timely Manner real
- Environmental simulation and life cycle assessment (LCA) for resource optimization and early risk identification
- Augmented and virtual reality tools for the interactive visualization and modification of spaces during the design and construction phases
- International certification protocols for sustainable marine tourism projects: EDGE, BREEAM, and specialized local certifications
- Disruptive innovation in modular design and offsite prefabrication in coastal environments, facilitating the reduction of construction impacts and execution times
- Integrated building life cycle management (LCM) from conception to responsible decommissioning
- Interaction between architecture, biodiversity, and marine ecology: strategies to preserve and promote natural habitats and endemic species
- Implementation of IoT-based intelligent environmental management systems for monitoring Continuous and automatic monitoring of critical parameters
International case studies of disruptive marine resorts and hotels that have achieved exemplary standards in sustainability and user experience
- Definition and scope of the Master’s Thesis: objectives, deliverables, and evaluation criteria
- Advanced methodologies for integrated design applied to resorts and hotels in marine environments
- Site study and analysis: environmental impact, oceanography, marine geotechnics, and nautical accessibility
- Application of innovative technologies in sustainable architecture: materials, construction systems, and energy efficiency
- Integration of intelligent systems and marine home automation for operational management and user experience
- BIM modeling and augmented reality for the visualization and planning of multidisciplinary projects
- International regulations and specific environmental certifications for constructions on water
- Bioclimatic design and resilience to extreme marine weather phenomena
- Planning of auxiliary maritime infrastructure: docks, floating walkways, and secure mooring systems
- Integrated management of
- Water resources, wastewater treatment, and reuse in marine environments
- Audiovisual and acoustic design for exclusive environments in open spaces by the sea
- Implementation of marine renewable energies for the resort’s energy self-sufficiency
- Innovative connectivity and telecommunications strategies in coastal and offshore areas
- Financial analysis and project feasibility: investment, return, optimization, and risk management
- Operations planning and preventive maintenance with IoT technologies and remote monitoring systems
- Formulation of comprehensive proposals with practical application, executive presentation, and technical defense
- Social and cultural impact assessment: sustainability, inclusion, and governance
- Case studies: flagship projects of marine resorts and hotels with critical analysis and lessons learned
- Preparation of detailed technical reports and final documentation for execution and tendering
- Review interdisciplinary and expert advice to ensure technical and creative excellence in the final project.
Career prospects
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- Designer of floating resorts and hotels: Development of innovative concepts, plans, and renderings for maritime structures.
- Design Consultant for Coastal Tourism Projects: Advising on the integration of design with the marine environment, sustainability, and regulations.
- Project Manager for Construction and Renovation at Sea: Team coordination, execution supervision, and quality control in maritime hotel projects.
- Interior Design and Landscaping Specialist for Floating Hotels: Design of interior and exterior spaces optimized for user comfort and experience in the marine environment.
- Expert in Energy Efficiency and Sustainability in Maritime Resorts: Implementation of technologies and strategies to reduce environmental impact and operating costs.
- Art and Design Director for Cruise Lines and Floating Hotels: Oversight of the overall aesthetics and visual identity of the brand in the maritime environment.
Researcher and developer of new technologies applied to maritime design: Creation of innovative solutions for construction, habitability, and sustainability in the floating hotel sector.
Lecturer and researcher at universities and training centers specializing in maritime and hotel design: Transfer of knowledge and development of new lines of research in the field.
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Entry requirements
Academic/professional profile:
Bachelor’s degree in Nautical Science/Maritime Transport, Naval/Marine Engineering or a related qualification; or proven professional experience on the bridge/in operations.
Language proficiency:
Functional Maritime English (SMCP) recommended for simulations and technical materials.
Documentation:
Updated CV, copy of qualification or seaman’s book, national ID/passport, motivation letter.
Technical requirements (for online):
Device with camera/microphone, stable internet connection, monitor ≥ 24” recommended for ECDIS/Radar-ARPA.
Admissions process and dates
Online
application
(form + documents).
Academic review and interview
Admissions decision
Admissions decision
(+ scholarship offer if applicable).
Place reservation
(deposit) and enrolment.
Induction
(access to the virtual campus, calendars, simulator guides).
Scholarships and financial support
- Design Unique Experiences: Master the creation of floating resorts and hotels, integrating innovation and sustainability.
- Become an Expert: Learn the latest trends in naval architecture, interior design, and marine hotel management.
- Real-World Projects: Develop practical projects from conception to implementation, preparing you for the job market.
- Global Networking: Connect with industry leaders, naval architects, and maritime tourism experts.
- Boost Your Career: Stand out in a booming sector, leading the creation of innovative and sustainable tourist destinations.
Testimonials
This master’s program provided me with the tools and vision necessary to lead the development of an innovative floating hotel concept in the Maldives. By applying the principles of sustainability and bioclimatic design that I learned, we were able to reduce the project’s environmental impact and maximize the guest experience, resulting in high demand and international recognition for its unique design and integration with the marine environment.
During my Master’s degree in Maritime Architecture & Urban Planning, I developed a coastal regeneration project for a fishing community affected by erosion, integrating nature-based solutions with innovative infrastructure. This work, praised for its sustainable approach and technical feasibility, received the award for best Master’s thesis project and allowed me to access a research grant at a prestigious oceanographic institute.
This master’s program provided me with the tools and knowledge necessary to lead the development of an innovative floating hotel concept in the Maldives. By applying the principles of sustainability and bioclimatic design learned during the program, we created a project that is not only luxurious and attractive to high-end tourism, but also respectful of the fragile marine ecosystem. The project’s success is reflected in the rapid acquisition of funding and the numerous design and innovation awards received.
This master’s program provided me with the tools and knowledge necessary to lead the development of an innovative floating resort concept in the Maldives. I applied the principles of sustainable and bioclimatic design I learned, resulting in an award-winning project recognized for its integration with the marine environment and its energy efficiency. The resort is currently under construction and is expected to become a global benchmark for sustainable tourism.
Frequently asked questions
It focuses on the design of floating structures.
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.
Hotel and tourism industry, specifically in the design and development of resorts and hotels in marine environments.
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 University + operational portfolio (tracks, SOPs, reports and KPIs) useful for audits and employment.
- Definition and scope of the Master’s Thesis: objectives, deliverables, and evaluation criteria
- Advanced methodologies for integrated design applied to resorts and hotels in marine environments
- Site study and analysis: environmental impact, oceanography, marine geotechnics, and nautical accessibility
- Application of innovative technologies in sustainable architecture: materials, construction systems, and energy efficiency
- Integration of intelligent systems and marine home automation for operational management and user experience
- BIM modeling and augmented reality for the visualization and planning of multidisciplinary projects
- International regulations and specific environmental certifications for constructions on water
- Bioclimatic design and resilience to extreme marine weather phenomena
- Planning of auxiliary maritime infrastructure: docks, floating walkways, and secure mooring systems
- Integrated management of
- Water resources, wastewater treatment, and reuse in marine environments
- Audiovisual and acoustic design for exclusive environments in open spaces by the sea
- Implementation of marine renewable energies for the resort’s energy self-sufficiency
- Innovative connectivity and telecommunications strategies in coastal and offshore areas
- Financial analysis and project feasibility: investment, return, optimization, and risk management
- Operations planning and preventive maintenance with IoT technologies and remote monitoring systems
- Formulation of comprehensive proposals with practical application, executive presentation, and technical defense
- Social and cultural impact assessment: sustainability, inclusion, and governance
- Case studies: flagship projects of marine resorts and hotels with critical analysis and lessons learned
- Preparation of detailed technical reports and final documentation for execution and tendering
- Review interdisciplinary and expert advice to ensure technical and creative excellence in the final project.
Request information
Complete the Application Form.
Attach your CV/degree certificate (if you have it to hand).
Indicate your preferred cohort (January/May/September) and whether you would like the hybrid option with simulator sessions.
An academic advisor will contact you within 24–48 hours to guide you through the admission process, scholarships, and compatibility with your professional schedule.
Faculty
Eng. Tomás Riera
Full Professor
Eng. Tomás Riera
Full Professor
Naval engineer specializing in the selection, integration, and optimization of propulsion systems for yachts, high-speed craft, and service vessels.
Eng. Sofía Marquina
Full Professor
Eng. Sofía Marquina
Full Professor
Materials engineer specializing in marine composites and corrosion protection systems for ships, yachts, and port structures.
Eng. Javier Bañuls
Full Professor
Eng. Javier Bañuls
Full Professor
Naval electrical engineer with over fifteen years of experience in the design, integration, and operation of power and automation systems.
Dr. Nuria Llobregat
Full Professor
Dr. Nuria Llobregat
Full Professor
Specialist in meteorological and operational decision-making for coastal and offshore navigation, integrating wind, wave, and current models.
Dr. Pau Ferrer
Full Professor
Dr. Pau Ferrer
Full Professor
Naval engineer with a PhD in applied hydrodynamics and over a decade of experience designing high-performance hulls and marine structures.
Cap. Javier Abaroa (MCA)
Full Professor
Cap. Javier Abaroa (MCA)
Full Professor
MCA-certified captain with command of ocean-going vessels, specializing in advanced maneuvering, navigation management, and bridge safety.