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 Nautical Esports and International Regattas
Immers you in the cutting-edge of virtual and real competition in the world of sailing. Learn to master the most advanced simulation platforms, high-level regatta strategies, and comprehensive team and event management. This…
Duration1600 h
FormatOnline
Starts30 November
Places20 / 20
Prior knowledge
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Programme overview
What is the Master’s in Nautical Esports and International Regattas?
The Master in Nautical Esports and International Regattas
Immers you in the cutting-edge of virtual and real competition in the world of sailing. Learn to master the most advanced simulation platforms, high-level regatta strategies, and comprehensive team and event management. This program combines technical analysis, competitive tactics, and the latest trends in eSports to train professionals prepared to lead the new era of sailing.
Key Advantages
- State-of-the-art simulators: VR sailing, Virtual Regatta Inshore/Offshore, Sailaway.
- Data and performance analysis: meteorology, hydrodynamics, VPP, polar diagram.
- eSports team management: scouting, training, sports psychology, communication.
- Organization of virtual and in-person regattas: regulations, logistics, marketing, sponsorship.
- International networking: access to experts and professional sailors and companies in the sector.
Programme type
Master's Degree
Study mode
Online
Duration
1,600 hours
Modules
11
Programme highlights
- Master Strategy: Learn to analyze data, optimize tactics, and lead teams in the competitive world of nautical esports.
- High-Level Regattas: Delve into the rules, strategies, and technologies used in the most prestigious international regattas.
- Comprehensive Project Management: Acquire skills to organize events, manage budgets, and promote nautical esports teams.
- Exclusive Networking: Connect with leading professionals, athletes, and companies in the esports and regatta industry.
- Professional Certification: Earn a qualification that will set you apart and open doors to job opportunities in the nautical and sports sector.
- Boost your career and Become a leader in the exciting world of Nautical Esports and International Regattas.
Curriculum
Programme Structure
The programme is structured in 11 modules, listed below in order of study.
01
Advanced Strategic Navigation Techniques and Competition Tactics in International Regattas
- Fundamentals of regatta navigation: hydrodynamic analysis, boat behaviour and route optimisation
- Advanced interpretation of meteorological data: wind patterns, local atmospheric phenomena and their impact on strategic decision making
- Pre-competition tactical planning: Identification of critical zones, use of satellite information and predictive modelling of maritime conditions
- Dynamics of currents and tides applied to regattas: calculation of drift, analysis of safeguards and affectation in the effective speed of the boat
- Study of GPS differential positioning and GNSS systems for accuracy in real-time tracking and control during testing
- Design and execution of tactical manoeuvres: tacks, trans-watches and positioning strategies against wind and current
- Competitor analysis: interpretation of rival tactics, behaviour reading and anticipation of movements in international regattas
- Advanced use of electronic navigation systems: sensor integration, ECDIS configuration for regattas and critical alert management
- Navigation simulators application for tactical training in high complexity scenarios and changing conditions
- Post-regatta: data collection, performance analysis, technical reporting and development of continuous improvement plans
02
Performance optimisation and data analysis in high-level nautical skills
- Fundamentals of physiology applied to nautical performance: energy metabolism, cardiovascular and muscle adaptation in high-performance athletes
- Biomechanics and kinematic analysis: evaluation of specific movements in regattas, optimal rowing, sailing and motor vehicle techniques to maximise efficiency and power
- Advanced personalised training methodologies: design and periodization of training plans based on individual profiles and specific roles in the crew
- Implementation of telemetry systems and integrated sensors: real-time data capture on speed, angle of attack, wind pressure and hydrodynamic forces
- Big Data and Statistical Analysis: Interpretation of large data sets to identify performance patterns and improvement opportunities
- Advanced Predictive Modelling Software: Simulation of Meteorological, Tactical and Human Resources Scenarios in Nautical Competencies
- Applied aerodynamic and hydrodynamic optimisation: CFD analysis (computational fluid dynamics) for design and adjustment of boats and equipment
- Evaluation and mitigation of adverse environmental factors: impact of sea currents, turbulence and extreme atmospheric conditions on the navigation strategy
- Post-competition physical and mental recovery protocols: advanced physiotherapy techniques and competitive stress management
- Creation of personalised dashboards and technical reports for real-time decision making during international regattas
03
Advanced Navigation Strategies and Competition Tactics in International Regattas and Nautical Esports
- Advanced Fundamentals of Strategic Navigation: Meteorological-Sailor Analysis, Interpretation of Hydrodynamic Models and Use of Electronic Charts in Real Time
- Defeat optimisation techniques: dynamic heading selection, current and wind utilisation to maximise speed and minimise risks
- Integration of nautical sensors in eSports platforms: GNSS systems, anemometres, gyroscopes and their interpretation for competitive decision-making
- Tactical planning of international regattas: study of race courses, exclusion zones, wind and wave effects, and adaptation to changing conditions in competition
- Computational simulation and performance prediction models: application in nautical esports to anticipate behaviours and optimise manoeuvres
- Advanced risk management in competitive navigation: security protocols, identification of danger zones and response to incidents in regattas
- Digital tools for post-competition analysis: data collection, technical reporting and evaluation of individual and team performance
- Communication and coordination in equipment: use of radio systems, signalling tactics and information flow management during live regattas and eSports
- Dynamics of interaction between environmental variables, boat and crew: fatigue, decision making under pressure and psychotechnical strategies applied to high performance
- Development of Technological Innovation Strategies in Nautical Esports and Regattas: Augmented Reality, Big Data Analysis and Artificial Intelligence Applications for Advanced Competition
04
Telemetry, live production and viewer experience in nautical esports (streaming, data visualisation and regatta monetization)
- Fundamentals of telemetry applied to nautical esports: types of sensors, transmission protocols and international standards
- Advanced regatta IoT systems integration: real-time acquisition of hydrometeorological data, boat telemetry and predictive performance analysis
- Design and architecture of platforms for live streaming: low latency infrastructure, advanced coding (H.265, AV1) and global CDN distribution for nautical events
- Nautical data analysis and visualisation: interpretation of telemetry, dynamic graphs, geo-referenced overlays and interactive dashboards for viewers and technical teams
- Audiovisual production in international regattas: shipped cameras, drones, stabilisers and synchronised multi-camera to capture nautical action with professional precision
- Innovation in viewer experience: Augmented Reality (AR), Virtual Reality (VR) and 3D real-time fleet visualisation for full immersion during regattas
- Nautical sports streaming monetization strategies: subscription models, programmatic advertising, digital sponsorships and sales of analytical data for stakeholders
- Data protection and data protection protocols in live streams: Encryption, Multiple Authentication and International Regulatory Compliance (GDPR, CCPA)
- Optimisation of technical comprehension for global audiences: technical scripts, specialised narratives and explanatory graphics to maximise capture and retention of viewers
- Pilots and production simulations: Comprehensive live event planning, technical incident solution, and management of multidisciplinary teams in high-performance regattas
05
Technological innovation and advanced simulation for training and equipment management in nautical regattas and esports
- Current and future overview of technological innovation in nautical esports: hardware, software and connectivity
- Advanced simulation applied to nautical training: physical motors, hydrodynamic and ballistic modelling
- Integration of Virtual Reality (VR) and Augmented Reality (AR) systems for immersion in regatta scenarios
- Development and calibration of professional simulators of sailboats and motor boats for equipment training
- Big data and performance analysis: key metrics, real-time data collection, and predictive analysis for continuous improvement
- Machine learning and adaptive algorithms in regatta strategy and tactics: dynamic optimisation based on variable conditions
- Team Management and Remote Coordination Platforms: Real-time communication, roles, and collabourative decision making
- Implementation of IoT (Internet of Things) on boats and nautical equipment for structural monitoring and analysis
- Advanced simulation tools integrated with the training platform integrated with the training platform
- Protocols and standards for interoperability between technical systems in national and international competitions
06
Integrated navigation, technology and eSports strategies for high-performance nautical competition
- Fundamentals of nautical navigation applied to eSports: hydrodynamic principles, boat dynamics and adaptation in virtual simulators
- Advanced integration of electronic navigation systems: differential GPS, inertial sensors and real-time telemetry
- Design and optimisation of regatta strategies: analysis of meteorological variables, tides and currents for tactical decision-making
- Technological platforms for nautical esports: evaluation and configuration of professional simulators, augmented reality tools and immersive display systems
- Data analysis and big data in nautical competitions: Predictive collection, processing and modelling to improve performance in virtual and face-to-face races
- Communication and coordination in high-performance teams: Data Link protocols, collabourative strategies and use of artificial intelligence for tactical support
- Regulatory aspects of international regattas: advanced study of RIPA, ISAF regulations and its application in nautical esports
- Simulation and virtual training: methodologies for the development of technical and psychological skills in immersive and competitive environments
- Implementation of real-time evaluation and feedback systems: key performance metrics, telemetry and post-competition analysis
- Innovation and future of nautical esports: technology trends, specific hardware development and opportunities in global markets
07
Integration of telemetry, streaming and data analysis technologies for high-performance digital nautical competition
- Fundamentals of nautical telemetry: embarked sensors, real-time data acquisition and maritime communication protocols
- Architecture of telemetry systems for regattas: hardware, software and network structures integrated in competition boats
- Advanced implementation of IoT technologies and smart sensors in sports boats
- Live streaming for nautical esports: audiovisual production infrastructures, RTMP/RTSP protocols and minimum latency
- Specialised streaming platforms and content customisation for international regatta audiences
- Nautical data processing and visualisation: real-time dashboards, advanced telemetry, and predictive analysis for tactical decision making
- Mathematical models applied to performance analysis: route optimisation, hydrodynamic evaluation, and analysis of wind and current patterns
- Integration of Big Data and Machine Learning for the development of competitive strategies based on historical analysis and simulation of scenarios
- Synchronization and security protocols in data transmission: encryption, redundancy and mitigation of interference in marine environments
- Regulations and best practices in the digital management of nautical competitions: ethics, privacy and compliance with international standards
08
Comprehensive management of multidisciplinary teams and advanced logistics in nautical competitions and international esports
- Fundamentals of multidisciplinary team management: specific roles, responsibilities and competences in nautical and esports environments
- Adaptive leadership dynamics: models applied to the coordination of crews, technical analysts, coaches and logistics personnel in international competitions
- Advanced tools for effective communication: collabourative software, real-time communication protocols, and crisis management during live events
- Strategic and tactical planning in nautical regattas and esports: scenario analysis, goal setting and human resource management
- Advanced logistics applied to nautical competitions: fleet management, resource distribution and transcontinental coordination of equipment and specialised equipment
- Optimisation of transport and storage of technological and sports equipment: international regulations, specialised packaging and associated risk assessment
- Real-time monitoring and tracking systems: Telemetry, GPS tracking and data analysis for tactical and strategic decision making
- Event management and operations in ports: coordination with local authorities, regulatory compliance and security protocols in international competitions
- Use of logistics planning and project management software: MS Project, spring and specific tools for esports and nautical events
- Risk assessment and mitigation in equipment management and logistics: contingency protocols, emergency plans and specialised insurance
09
Technological innovation, data analysis and competition strategies in nautical esports and international regattas
- Fundamentals of technological innovation applied to nautical esports: evolution, trends and future scenarios
- Big data and predictive analysis: collection, processing and modelling of real-time regatta data
- Advanced use of telemetry in virtual boats: sensors, IoT platforms and data transmission
- Simulation and augmented reality: tools for training and development of strategies in international regattas
- Design and implementation of machine learning algorithms for manoeuvre optimisation and competitive performance
- Integration of Geographic Information Systems (GIS) and spatial analysis for route planning and nautical tactics
- Strategic Decision Making: Scenario modelling, risk management and adaptability in virtual competitions
- Application of wearable and biometric technologies for psychological and physical monitoring of participants in nautical esports
- Advanced platforms and frameworks for the development and management of international nautical esports tournaments
- KPI evaluation and performance metrics using custom dashboards: interpretation, benchmarking and strategic feedback
10
Regulation, organisation and governance of virtual nautical competitions
- Structure of nautical electronic sport
- World Sailing Esailing Competition Regulations
- Organisation of leagues and tournaments
- Sports integrity and anti-cheats
- retransmission and sponsorship rights
- Player Communities Management
- Hybrid formats between real and virtual regatta
- Player and team contracts
- Data protection and minors
- Plan for an Esailing event
11
Master’s Final Project in Nautical Esports and International Regattas
- Advanced methodology for the design and development of the final work, including definition of strategic objectives and establishment of key performance indicators (KPIs) for nautical esports
- Comprehensive analysis of applied technologies: real-time telemetry systems, nautical performance sensors, and data analysis platforms for tactical optimisation
- Design of competition strategies based on hydrodynamic models and maritime simulations to maximise the efficiency and speed of boats in international regattas
- Integration of artificial intelligence and machine learning for accurate weather prediction and automatic adjustments in navigation patterns
- Advanced equipment management and logistics organisation: crew coordination, preventive maintenance and safety protocols during competitions
- Implementation of real-time communication and coordination systems between boats, control centre and judges, guaranteeing transparency and effective regulation in events
- Regulatory framework and international regulations applicable to nautical esports: detailed analysis of the ISAF, World Sailing and specific regulations of the different classes of boats
- Development of contingency plans for crisis management: response to adverse weather conditions, technical failures and medical emergencies on board
- Results evaluation and validation methodology: Use of specialised software for post-regatta analysis, preparation of technical reports with strategic recommendations
- Professional presentation and oral defence of the final work: Scientific communication techniques and narrative strategies aimed at the effective transmission of multidisciplinary knowledge
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
Professional sailors and coaches looking to optimize performance, strategy, and data analysis in high-level competition.Team and yacht club managers who want to lead nautical esports projects, digital marketing, and new technologies applied to sailing.Event and competition organizers who need to master the comprehensive management of virtual and in-person regattas, including regulations, safet
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
- 01Manage and optimize resources
- 02Leading and coordinating multidisciplinary teams
- 03Develop innovative strategies in nautical eSports
- 04Analyze and predict industry trends
- 05Design and market digital nautical products
- 06Organize and manage nautical eSports events
Careers
Career Opportunities
01```html
02Nautical Esports Team Manager: direction, strategy, and coordination of regatta teams.
03Nautical Esports Event and Regatta Organizer: planning, logistics, and competition management.
04Nautical Esports Performance Analyst: data evaluation, strategy optimization, and team performance improvement.
05Nautical Esports Coach: development of athletes' technical, tactical, and mental skills.
06Nautical Esports Marketing and Sponsorship Consultant: sponsor acquisition, advertising campaign management, and marketing strategy development.
07Nautical Esports Communications and Social Media Manager: Content creation, online community management, and event promotion.
08Developer of nautical video games and regatta simulators: design, programming, and testing of video games and simulators.
09Referee/judge in nautical eSports competitions and international regattas: application of rules, evaluation of penalties, and ensuring fair play.
Questions
Entry Requirements
Yeah.
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.
It focuses on the competitive practice of real water sports, not esports.
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 Sports Science, Marketing, Communication, Business Administration or related field; or proven professional experience in the esports industry, nautical sports, or international regattas.Language proficiency:Advanced English (B2 or higher) recommended for international communication and data analysis.Documentation:Updated CV, copy of degree (if applicable), ID/Passport, cover letter explaining interest in nautical esports and regattas.Technical requirements (for online):Equipment with camera/microphone,
Questions?
Frequently Asked Questions
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