Regularity and Classical Timekeeping Course
About our
Classic Regularity and Timing Course
This course offers an immersion in the essential techniques and rules for participating in classic car events. It focuses on navigation, precise timing, and interpreting the regulations, using tools such as road maps and measuring instruments. The course develops driver-co-driver coordination, time management, and average speed calculation, enabling successful participation in regularity rallies. It provides a solid foundation for understanding the particularities of each event and improving driving skills and precision.
The program includes track practice and simulated race situations, allowing participants to become familiar with the challenges of timing and navigation. The importance of classic vehicles and their basic maintenance are addressed. The course prepares participants for roles such as regularity rally co-driver, classic event participant, and precision racing enthusiast, fostering a passion for historic automobiles.
Regularity and Classical Timekeeping Course
- Format: Hybrid
- Duration: 3 months
- Hours: 300 H
- Language: English / Spanish
- Registration date: 23-10-2026
- Start date: 12-12-2026
- Available places: 2
449 $
Competencies and results
What you will learn
1. Expert Mastery of Classical Navigation and Timing
- Interpret and apply the fundamental principles of celestial navigation, including the accurate determination of position through the observation of celestial bodies.
- Efficiently manage and calculate data obtained with classic instruments such as sextants, marine chronometers, and nautical tables, mastering error correction and calculation accuracy.
- Thoroughly understand the use of timekeeping in navigation, including time conversion, the equation of time, and longitude determination, as well as the operation and maintenance of chronometers.
- Develop advanced skills in solving navigational problems, including route planning, drift correction, and the calculation of ocean currents, considering environmental and meteorological factors.
- Acquire a deep understanding of the history of navigation and the development of classic techniques, from dead reckoning to celestial navigation, analyzing the impact of technological advancements on the navigation.
2. In-depth Analysis and Perfect Execution in Classical Nautical Regularity
- Comprehensive study of critical phenomena: flap-lag-torsion, whirl flutter, and structural fatigue analysis in the naval context.
- Application of finite element (FE) methods for the precise dimensioning of laminates in composite materials, including the design of joints and bonded joints.
- Mastery of damage tolerance strategies and advanced non-destructive testing (NDT) techniques, such as ultrasonic testing (UT), radiography (RT), and thermography, for the evaluation of structural integrity.
3. Comprehensive user-oriented design and validation (from modeling to manufacturing)
You will learn to integrate the entire product development process, from initial model conception to final validation, applying user-centered methodologies. You will develop skills in parametric design, ergonomics, simulation, sustainable materials, 3D visualization, and manufacturing management, ensuring efficient, safe solutions that meet current industry standards.
4. Comprehensive Improvement in Regularity and Timekeeping of Classic Yachts
- Understand the influence of water resistance, inertia, and stability on vessel regularity.
- Master advanced timekeeping techniques, including the use of precision instruments and specialized software.
- Analyze and optimize boat performance through the study of hydrodynamics and aerodynamics.
- Apply navigation and crew management strategies to achieve maximum regularity.
- Evaluate and adjust boat trim, rigging, and configuration to adapt to changing conditions.
- Understand the history and evolution of classic yachts, as well as their distinctive characteristics.
- Apply conservation and restoration techniques to preserve the integrity of classic yachts.
- Acquire knowledge of regulations and safety standards applicable to classic yachts.
- Develop communication and collaboration skills to work effectively as a team.
Analyze and solve problems related to regularity and timing in real-world situations.
5. Specialization in Regularity, Timing and Strategies in Classic Boats
- 5.
- Master the navigation and handling of classic boats, understanding their specific behavior and limitations.
- Apply advanced timing techniques to optimize performance in classic boat races, including the analysis of factors such as drift, currents, and wind.
- Develop effective race strategies, adapted to the unique characteristics of classic boats and the racecourse conditions, considering tactical planning and real-time decision-making.
- Interpret and use detailed meteorological information for navigation and strategy, including the analysis of weather patterns and their impact on boat performance.
- Understand and apply the rules of classic boat racing, ensuring compliance with the regulations and fair play in competition.
- Learn to optimize the crew and boat equipment to maximize performance, including resource management and effective communication.
6. Excellence in Regularity and Timekeeping for Vintage Vessels
- Master advanced timekeeping techniques for vintage sailing, including the precise operation of marine chronometers and other historical instruments.
- Understand and apply the rules of the road for vintage vessels, ensuring successful participation in events and competitions.
- Refine dead reckoning skills using antique nautical charts, traditional navigational instruments, and manual calculations.
- Study the effects of currents, tides, and winds on vintage vessels, optimizing route planning and navigational efficiency.
- Analyze and apply time management strategies for regattas and voyages, including optimizing maneuvering times and adapting to changing conditions.
- Gain in-depth knowledge of the preventive and corrective maintenance of marine chronometers and other vintage timekeeping instruments, ensuring their accuracy and reliability.
- Explore the history and evolution of Naval timekeeping, from the earliest instruments to modern systems, understanding the importance of time accuracy in navigation.
Develop essential leadership and teamwork skills for sailing on vintage vessels, including crew coordination and decision-making under pressure.
Learn to interpret and use historical timekeeping data to improve sailing performance by analyzing records of past races and voyages.
Become familiar with the regulations and safety standards applicable to vintage vessels, ensuring crew protection and the preservation of historic vessels.
Who this program is for:
Regularity and Classical Timekeeping Course
- Sailing enthusiasts who wish to refine their skills in regularity and classic timekeeping.
- Sailors looking to improve their performance in sailing competitions where time accuracy is crucial.
- Owners and crew members of classic boats interested in mastering traditional sailing techniques.
- Naval history and sailing enthusiasts who wish to understand and apply methods used in the past.
- Standards-driven curriculum: you will work with CS-27/CS-29, DO-160, DO-178C/DO-254, ARP4754A/ARP4761, ADS-33E-PRF from the first module.
- Accreditable laboratories (EN ISO/IEC 17025) with rotor bench, EMC/Lightning pre-compliance, HIL/SIL, vibrations/acoustics.
- Evidence-oriented TFM: safety case, test plan, compliance dossierand operational limits.
- Mentored by industry: teachers with experience in rotorcraft, tiltrotor, eVTOL/UAM and flight test.
- Flexible modality (hybrid/online), international cohorts and support from SEIUM Career Services.
- Ethics and security: safety-by-design approach, cyber-OT, DIH and compliance as pillars.
1.1 Fundamentals of Classical Celestial Navigation: Stars, Sun, and Moon.
1.2 Traditional Timekeeping Techniques: Sextant, Marine Chronometer, and Observation.
1.3 Historical Nautical Charting: Chart Handling, Estimated Course, and Bearings.
1.4 Position Calculation: Latitude, Longitude, and Deviation Correction.
1.5 Wind and Current Navigation: Influence on Course and Estimation.
1.6 Classical Instrumentation: Compass, Log, and Other Instruments.
1.7 The Clock and Calendar: Time Conversion and Ephemeris Calculation.
1.8 Navigation in Adverse Conditions: Fog, Storms, and Other Challenges.
1.9 Data Analysis and Course Planning: Classical Strategies. 1.10 Navigation Simulation: Practical Application of Acquired Knowledge.
2.2 Fundamentals of Classical Celestial Navigation
2.2 Traditional Navigational Instruments: Sextant, Log, Compass
2.3 Position Calculation by Stars, Sun, and Moon
2.4 Precise Timekeeping: Marine Clocks and Chronometers
2.5 Course Correction and Heading Calculation
2.6 Nautical Cartography and Use of Navigation Charts
2.7 Current Estimation and Calculation Techniques
2.8 Marine Meteorology and Weather Forecasting
2.9 Navigation Strategies in Classical Regattas
2.20 Navigation and Timekeeping Practice at Sea
3.3 Fundamentals of celestial and coastal navigation.
3.2 Use of sextant and marine chronometer.
3.3 Calculating position by dead reckoning and observation.
3.4 Identification of lighthouses and classic navigational aids.
3.5 Timing techniques for classic regattas.
3.6 Creation and analysis of antique nautical charts.
3.7 Route planning and time management.
3.8 Navigation practice with classic instruments.
3.9 Study of currents and tides.
3.30 Regatta simulation and performance analysis.
2.3 Introduction to classic nautical regularity.
2.2 Analysis of regulations and rules.
2.3 Interpretation of nautical charts and marks.
2.4 Calculation of sailing times and penalties.
2.5 Navigation strategies to optimize performance. 2.6 Analysis of meteorological data and its impact on the regatta.
2.7 Study of the technical characteristics of classic boats.
2.8 Simulation of regatta scenarios and decision-making.
2.9 Evaluation of errors and corrective strategies.
2.30 Report writing and results analysis.
3.3 Fundamentals of timekeeping in classic regattas.
3.2 Timing equipment and tools.
3.3 Race start and finish procedures.
3.4 Calculation of corrected times and handicaps.
3.5 Incident and protest management.
3.6 Time and position recording systems.
3.7 Results analysis and classification creation.
3.8 Timing strategies for different types of regattas.
3.9 Effective communication with teams and race officials. 3.30 Timing practice in simulated regattas.
4.3 Introduction to regularity and timing on classic yachts.
4.2 Study of speed and distance measurement systems.
4.3 Calibration and adjustment of navigation instruments.
4.4 Timing techniques for different races and formats.
4.5 Data analysis and optimization of yacht performance.
4.6 Crew management and coordination in regattas.
4.7 Navigation strategies and real-time decision-making.
4.8 Report writing and results analysis.
4.9 Specific regulations and rules for classic yachts.
4.30 Regatta simulation and scenario analysis.
5.3 Analysis of weather and sea conditions.
5.2 Starting strategies and race tactics.
5.3 Optimization of speed and heading angle.
5.4 Sail Management and Boat Trim
5.5 Positioning Strategies on the Racecourse
5.6 Competitive Analysis and Tactical Decision Making
5.7 Effective Communication and Teamwork on Board
5.8 Adapting Strategies to the Boat’s Characteristics
5.9 Route Planning and Time Management During a Race
5.30 Post-Race Analysis and Continuous Improvement
6.3 Introduction to Excellence in Classic Yachts
6.2 Study of Applicable Regulations and Rules
6.3 Advanced Timing and Regularity Techniques
6.4 Analysis of Navigation and Performance Data
6.5 Optimizing Speed and Sailing Time
6.6 Navigation Strategies in Different Conditions
6.7 Crew Management and Onboard Coordination
6.8 Planning and Execution of Long-Distance Races
6.9 Boat Performance Evaluation and Improvement
6.30 Report Writing and Results Analysis
7.3 Fundamentals of Consistency in Classic Boats
7.2 Timing Systems and Their Operation
7.3 Methods for Calculating Times and Penalties
7.4 Strategies for Maintaining Consistency in a Race
7.5 Analysis of the Influence of Weather Conditions
7.6 Importance of the Crew and Their Coordination
7.7 Adapting Strategies to the Boat
7.8 Performance Evaluation and Improvement
7.9 Specific Regulations for Classic Boats
7.30 Race Practice and Simulations
8.3 Introduction to Classic Competitions
8.2 Competition Rules and Regulations
8.3 Advanced Timing Techniques
8.4 Navigation and Positioning Strategies 8.5 Data analysis and performance in regatta.
8.6 Crew management and effective communication.
8.7 Adapting to different conditions and scenarios.
8.8 Real-time decision-making.
8.9 Post-regatta analysis and continuous improvement.
8.30 Regatta season preparation and planning.
4.4 Fundamentals of Classical Celestial Navigation: Sextant, Chronometer, and Ephemeris.
4.2 Precise Timekeeping Techniques: Determining Time and Position.
4.3 Plotting and Navigation on Traditional Nautical Charts.
4.4 Classical Nautical Instrumentation: Use and Maintenance.
4.5 Meteorology and its Impact on Navigation and Timekeeping.
4.6 History and Evolution of Classical Navigation.
4.7 Simulation and Practice of Navigation in Challenging Conditions.
4.8 Introduction to Dead Reckoning and Error Correction.
2.4 Analysis of Regularity Sailing Rules.
2.2 Interpretation of Classical Racing Regulations.
2.3 Planning and Navigation Strategies in Regularity Sailing.
2.4 Calculation of Reference Times and Theoretical Speeds.
2.5 Boat Performance Analysis and Navigation Optimization. 2.6 Climatic factors and their influence on regularity.
2.7 Case studies of regularity races.
2.8 Error correction techniques and strategy adjustment.
3.4 Timing in classic races: Equipment and tools.
3.2 Timing systems and their application in races.
3.3 Time management at the start and finish lines.
3.4 Calculation of corrected times and results.
3.5 Timing and communication protocols in races.
3.6 Timing data analysis and interpretation.
3.7 Organization and logistics of timing in races.
3.8 Dispute resolution and application of penalties.
4.4 Optimization of navigation strategy in real time.
4.2 Advanced onboard navigation and timing systems.
4.3 Performance Data Analysis and its Practical Application
4.4 Risk Management and Decision-Making in Competition
4.5 Techniques for Adapting to Changing Conditions
4.6 Use of Specialized Software for Analysis and Simulation
4.7 Boat Preparation and Fine-Tuning for Competition
4.8 Team Strategies and Effective Communication
5.4 Race Strategy Planning for Classic Boats
5.2 Crew Selection and Onboard Roles
5.3 Racecourse and Weather Condition Analysis
5.4 Optimizing Boat Speed and Heading Angle
5.5 Starting Strategies and Maneuvers on the Racecourse
5.6 Risk Management and Strategic Decision-Making
5.7 Competitive Analysis and Strategy Adaptation
5.8 Teamwork and Communication for Success in Racing
6.4 Characteristics and design of vintage boats.
6.2 Preparation and tuning of classic boats.
6.3 Performance optimization based on boat design.
6.4 Advanced navigation and timing techniques.
6.5 Safety protocols and risk management in regattas.
6.6 Maintenance and preservation of vintage boats.
6.7 Specific legislation and regulations for classic boats.
6.8 Analysis of successful regattas for vintage boats.
7.4 Design and optimization of navigation strategy.
7.2 Navigation techniques in different weather conditions.
7.3 Data analysis and real-time strategy adjustment.
7.4 Timing systems and their practical application.
7.5 Team management and onboard coordination.
7.6 Safety protocols and risk prevention. 7.7 Boat maintenance and preparation for competition.
7.8 Results analysis and continuous improvement.
8.4 Detailed study of competition regulations and rules.
8.2 Advanced sailing strategies and regatta tactics.
8.3 Optimizing boat and crew performance.
8.4 Advanced timing systems and data analysis.
8.5 Risk management and decision-making in critical situations.
8.6 Competitive analysis and strategy adaptation.
8.7 Leadership and teamwork for success in competitions.
8.8 Legal and ethical aspects of classic competitions.
5.5 Principles of Celestial and Coastal Navigation.
5.5 Use of Sextant and Classical Instruments.
5.3 Traditional Nautical Charting.
5.4 Course Planning and Course Correction.
5.5 Meteorology for Classical Navigators.
5.6 Safety and Survival at Sea.
5.7 History of Classical Navigation.
5.8 Navigation Practices with Hourglass and Log.
5.9 Position Estimation Techniques.
5.50 Classical Navigation Simulations.
5.5 Introduction to Regularity Racing.
5.5 Analysis of the Racing Rules for Regularity Racing.
5.3 Interpretation of Navigation Data.
5.4 Calculation of Corrected Time.
5.5 Strategic Planning in Regularity Racing.
5.6 Factors Affecting Boat Performance
5.7 Scoring and Classification Systems
5.8 Case Studies: Analysis of Regularity Races
5.9 Communication and Teamwork Techniques
5.50 Regularity Race Simulation Practice
3.5 Fundamentals of Race Timing
3.5 Manual and Electronic Timing Systems
3.3 Positioning and Control at the Starting Line
3.4 Split Time Measurement Techniques
3.5 Time and Results Management in Races
3.6 Communication Protocols in Races
3.7 Timing Software and Tools
3.8 Timing Organization and Logistics
3.9 Dispute and Protest Resolution 3.50 Timing Practices in Simulations.
4.5 Regularity Tactics in Different Conditions.
4.5 Boat Speed Optimization.
4.3 Advanced Data Management.
4.4 Navigation Strategies.
4.5 Performance Analysis.
4.6 Timing Techniques.
4.7 Use of GPS and Technologies.
4.8 Planning and Strategy.
4.9 Case Studies: Race Analysis.
4.50 Regularity Practices.
5.5 Route Design and Strategies.
5.5 Weather Condition Analysis.
5.3 Sail Selection and Adjustments.
5.4 Crew Management.
5.5 Racing Tactics.
5.6 Analysis of the Racing Rules. 5.7 Use of Instrumentation
5.8 Timing Strategies
5.9 Case Studies of Classic Regattas
5.50 Simulation and Practice
6.5 Navigation Techniques
6.5 Time Optimization
6.3 Interpretation of Racing Rules
6.4 Positioning Strategies
6.5 Data Analysis
6.6 Resource Management
6.7 Speed Control
6.8 Safety Aspects
6.9 Case Studies
6.50 On-Water Practice
7.5 Performance Analysis
7.5 Racing Tactics
7.3 Accurate Timing
7.4 Navigation Strategies
7.5 Time Management 7.6 Data Interpretation
7.7 Route Selection
7.8 Boat Preparation
7.9 Case Studies
7.50 Racing Practice
8.5 Advanced Strategies
8.5 Performance Analysis
8.3 Strategic Planning
8.4 Accurate Timing
8.5 Racing Tactics
8.6 Risk Management
8.7 Data Analysis
8.8 Racing Rules
8.9 Case Studies
8.50 Racing Simulations
6.6 Fundamentals of Classical Celestial Navigation
6.2 Use of Sextant and Traditional Nautical Tables
6.3 Precise Timekeeping: Marine Clocks and Chronometers
6.4 Error Correction and Calculations in Navigation
6.5 Positioning: Latitude and Longitude
6.6 Dead Reckoning and Dead Reckoning Navigation
6.7 Cartography: Nautical Charts and Symbols
6.8 Meteorology: Influence of Wind and Currents
2.6 Introduction to Regularity Sailing: Key Concepts
2.2 Analysis of Regularity Rules
2.3 Race Strategy Design
2.4 Calculation of Speed and Distance
2.5 Interpretation of Data and Passage Times
2.6 Analysis of the Influence of Weather Conditions
2.7 Study of Different Classes of Classic Yachts
2.8 Analysis of the Strategies of Competitors
3.6 Timing in Classic Races: Methodology
3.2 Timing Systems: Manual and Electronic
3.3 Course Design and Checkpoints
3.4 Start and Finish Time Management
3.5 Handicap and Correction Time Calculation
3.6 Use of Timing Software
3.7 Protest and Dispute Resolution
3.8 Results and Classification Preparation
4.6 Advanced Regularity Techniques
4.2 Sailing Strategies and Tactics in Regatta
4.3 Race Planning and Resource Management
4.4 Speed and Course Adjustment
4.5 Communication and Teamwork Onboard
4.6 Boat Performance Optimization
4.7 Adapting to Changing Weather Conditions
4.8 Data Analysis and Continuous Improvement
5.6 Boat-Specific Regularity Strategies Classics
5.2 Crew Selection and Roles
5.3 Optimizing Boat Trim
5.4 Start Strategies and Early Stages of the Race
5.5 Risk Management and Decision Making
5.6 Adapting to Different Types of Classic Races
5.7 Analyzing the Boat’s Strengths and Weaknesses
5.8 Mental and Physical Preparation for Competition
6.6 Designing and Preparing the Classic Yacht
6.2 Optimizing the Performance of the Vintage Boat
6.3 Selecting and Maintaining Classic Sails
6.4 Specific Sailing Strategies and Tactics
6.5 Precise Timing on Classic Vessels
6.6 Managing Time and Results in Races
6.7 Understanding the Race Rules
6.8 Historical and Cultural Aspects of Sailing
6.9 Safety and Regulatory Considerations
6.60 Heritage Preservation Nautical
7.6 Introduction to Regularity and Classical Timekeeping
7.2 Course Design and Landmarks
7.3 Manual and Digital Timing Systems
7.4 Handicap and Corrected Time Calculations
7.5 Sailing Strategies and Tactics
7.6 Performance Analysis and Boat Optimization
7.7 Racing Rules and Protests
7.8 Classic Yacht Preparation and Maintenance
8.6 Analysis of the Racing Rules
8.2 Advanced Racing Strategies
8.3 Positioning and Marking Tactics
8.4 Risk Management and Decision Making
8.5 Analysis of Weather and Sea Conditions
8.6 Yacht Performance Optimization
8.7 Timing and Time Measurement Techniques
8.8 Physical and Mental Preparation for Competition
- Hands-on methodology: test-before-you-trust, design reviews, failure analysis, compliance evidence.
- Software (depending on licenses/partners): MATLAB/Simulink, Python (NumPy/SciPy), OpenVSP, SU2/OpenFOAM, Nastran/Abaqus, AMESim/Modelica, acoustics tools, planning toolchains DO-178C.
- SEIUM Laboratories: scale rotor bench, vibrations/acoustics, EMC/Lightning pre-compliance, HIL/SIL for AFCS, data acquisition with strain gauging.
- Standards and compliance: EN 9100, 17025, ISO 27001, GDPR.
Capstone-type projects
Admissions, fees, and scholarships
- Profile: Background in Computer Engineering, Mathematics, Statistics, or related fields; practical experience in NLP and valued information retrieval systems.
- Documentation: Updated CV, academic transcript, SOP/statement of purpose, project examples or code (optional).
- Process: Application → Technical evaluation of profile and experience → Technical interview → Review of case studies → Final decision → Enrollment.
- Fees:
- Single payment: 10% discount.
- Payment in 3 installments: No fees; 30% upon registration + 2 equal monthly payments of the remaining 35%.
Monthly payment: available with a 7% commission on the total; annual review.
Scholarships: based on academic merit, financial need, and promoting inclusion; agreements with companies in the sector for partial or full scholarships.
See “Calendar & Calls for Applications,” “Scholarships & Grants,” and “Fees & Financing” in the SEIUM mega-menu.
Do you have any questions?
Our team is ready to help you. Contact us, and we will respond as soon as possible.
F. A. Q
Frequently asked questions
Yes, we have international certification
Yes: experimental models, real data, applied simulations, professional environments, real case studies.
It is not mandatory. We offer leveling tracks and tutoring.
Completely. It covers e-propulsion, integration, and emerging regulations (SC-VTOL).
Recommended. There are also internal challenges and consortiums.
Yes. Online/hybrid modality with planned labs and visa support (see “Visa & Residence”).