Apply now
CourseAutomotive & Motorsport Applications open

Regularity and Classical Timekeeping Course

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.

Duration3 months
ModeOnline
LanguageEnglish
Start datesSet by the faculty
AwardSEIUM Institute diploma
Enrol now View syllabus Ask an advisor
Virtual lab · try it before you enrol

Take the controls.

Run a real engineering trade-off from this programme. Move the sliders, watch the model react in real time and beat the challenge.

SIM · LIVE ●
Learning outcomes

What you will be able to do

01

Expert Mastery of Classical Navigation and Timing

02

In-depth Analysis and Perfect Execution in Classical Nautical Regularity

03

Comprehensive user-oriented design and validation (from modeling to manufacturing)

04

Comprehensive Improvement in Regularity and Timekeeping of Classic Yachts

05

Specialization in Regularity, Timing and Strategies in Classic Boats

06

Excellence in Regularity and Timekeeping for Vintage Vessels

07

Improvement in Regularity and Timing of Classic Boats

08

Advanced Mastery of Regularity and Timing in Classic Competitions

Profile

Who it's for

  • 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 & tools

What you'll work with

  • 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.
Syllabus

10 modules

  1. 1.1Fundamentals of Classical Celestial Navigation: Stars, Sun, and Moon.
  2. 1.2Traditional Timekeeping Techniques: Sextant, Marine Chronometer, and Observation.
  3. 1.3Historical Nautical Charting: Chart Handling, Estimated Course, and Bearings.
  4. 1.4Position Calculation: Latitude, Longitude, and Deviation Correction.
  5. 1.5Wind and Current Navigation: Influence on Course and Estimation.
  6. 1.6Classical Instrumentation: Compass, Log, and Other Instruments.
  7. 1.7The Clock and Calendar: Time Conversion and Ephemeris Calculation.
  8. 1.8Navigation in Adverse Conditions: Fog, Storms, and Other Challenges.
  9. 1.9Data Analysis and Course Planning: Classical Strategies. 1.10 Navigation Simulation: Practical Application of Acquired Knowledge.
  1. 2.2Fundamentals of Classical Celestial Navigation
  2. 2.2Traditional Navigational Instruments: Sextant, Log, Compass
  3. 2.3Position Calculation by Stars, Sun, and Moon
  4. 2.4Precise Timekeeping: Marine Clocks and Chronometers
  5. 2.5Course Correction and Heading Calculation
  6. 2.6Nautical Cartography and Use of Navigation Charts
  7. 2.7Current Estimation and Calculation Techniques
  8. 2.8Marine Meteorology and Weather Forecasting
  9. 2.9Navigation Strategies in Classical Regattas
  10. 2.20Navigation and Timekeeping Practice at Sea
  1. 3.3Fundamentals of celestial and coastal navigation.
  2. 3.2Use of sextant and marine chronometer.
  3. 3.3Calculating position by dead reckoning and observation.
  4. 3.4Identification of lighthouses and classic navigational aids.
  5. 3.5Timing techniques for classic regattas.
  6. 3.6Creation and analysis of antique nautical charts.
  7. 3.7Route planning and time management.
  8. 3.8Navigation practice with classic instruments.
  9. 3.9Study of currents and tides.
  10. 3.30Regatta simulation and performance analysis.
  11. 2.3Introduction to classic nautical regularity.
  12. 2.2Analysis of regulations and rules.
  13. 2.3Interpretation of nautical charts and marks.
  14. 2.4Calculation of sailing times and penalties.
  15. 2.5Navigation strategies to optimize performance. 2.6 Analysis of meteorological data and its impact on the regatta.
  16. 2.7Study of the technical characteristics of classic boats.
  17. 2.8Simulation of regatta scenarios and decision-making.
  18. 2.9Evaluation of errors and corrective strategies.
  19. 2.30Report writing and results analysis.
  20. 3.3Fundamentals of timekeeping in classic regattas.
  21. 3.2Timing equipment and tools.
  22. 3.3Race start and finish procedures.
  23. 3.4Calculation of corrected times and handicaps.
  24. 3.5Incident and protest management.
  25. 3.6Time and position recording systems.
  26. 3.7Results analysis and classification creation.
  27. 3.8Timing strategies for different types of regattas.
  28. 3.9Effective communication with teams and race officials. 3.30 Timing practice in simulated regattas.
  29. 4.3Introduction to regularity and timing on classic yachts.
  30. 4.2Study of speed and distance measurement systems.
  31. 4.3Calibration and adjustment of navigation instruments.
  32. 4.4Timing techniques for different races and formats.
  33. 4.5Data analysis and optimization of yacht performance.
  34. 4.6Crew management and coordination in regattas.
  35. 4.7Navigation strategies and real-time decision-making.
  36. 4.8Report writing and results analysis.
  37. 4.9Specific regulations and rules for classic yachts.
  38. 4.30Regatta simulation and scenario analysis.
  39. 5.3Analysis of weather and sea conditions.
  40. 5.2Starting strategies and race tactics.
  41. 5.3Optimization of speed and heading angle.
  42. 5.4Sail Management and Boat Trim
  43. 5.5Positioning Strategies on the Racecourse
  44. 5.6Competitive Analysis and Tactical Decision Making
  45. 5.7Effective Communication and Teamwork on Board
  46. 5.8Adapting Strategies to the Boat's Characteristics
  47. 5.9Route Planning and Time Management During a Race
  48. 5.30Post-Race Analysis and Continuous Improvement
  49. 6.3Introduction to Excellence in Classic Yachts
  50. 6.2Study of Applicable Regulations and Rules
  51. 6.3Advanced Timing and Regularity Techniques
  52. 6.4Analysis of Navigation and Performance Data
  53. 6.5Optimizing Speed ​​and Sailing Time
  54. 6.6Navigation Strategies in Different Conditions
  55. 6.7Crew Management and Onboard Coordination
  56. 6.8Planning and Execution of Long-Distance Races
  57. 6.9Boat Performance Evaluation and Improvement
  58. 6.30Report Writing and Results Analysis
  59. 7.3Fundamentals of Consistency in Classic Boats
  60. 7.2Timing Systems and Their Operation
  61. 7.3Methods for Calculating Times and Penalties
  62. 7.4Strategies for Maintaining Consistency in a Race
  63. 7.5Analysis of the Influence of Weather Conditions
  64. 7.6Importance of the Crew and Their Coordination
  65. 7.7Adapting Strategies to the Boat
  66. 7.8Performance Evaluation and Improvement
  67. 7.9Specific Regulations for Classic Boats
  68. 7.30Race Practice and Simulations
  69. 8.3Introduction to Classic Competitions
  70. 8.2Competition Rules and Regulations
  71. 8.3Advanced Timing Techniques
  72. 8.4Navigation and Positioning Strategies 8.5 Data analysis and performance in regatta.
  73. 8.6Crew management and effective communication.
  74. 8.7Adapting to different conditions and scenarios.
  75. 8.8Real-time decision-making.
  76. 8.9Post-regatta analysis and continuous improvement.
  77. 8.30Regatta season preparation and planning.
  1. 4.4Fundamentals of Classical Celestial Navigation: Sextant, Chronometer, and Ephemeris.
  2. 4.2Precise Timekeeping Techniques: Determining Time and Position.
  3. 4.3Plotting and Navigation on Traditional Nautical Charts.
  4. 4.4Classical Nautical Instrumentation: Use and Maintenance.
  5. 4.5Meteorology and its Impact on Navigation and Timekeeping.
  6. 4.6History and Evolution of Classical Navigation.
  7. 4.7Simulation and Practice of Navigation in Challenging Conditions.
  8. 4.8Introduction to Dead Reckoning and Error Correction.
  9. 2.4Analysis of Regularity Sailing Rules.
  10. 2.2Interpretation of Classical Racing Regulations.
  11. 2.3Planning and Navigation Strategies in Regularity Sailing.
  12. 2.4Calculation of Reference Times and Theoretical Speeds.
  13. 2.5Boat Performance Analysis and Navigation Optimization. 2.6 Climatic factors and their influence on regularity.
  14. 2.7Case studies of regularity races.
  15. 2.8Error correction techniques and strategy adjustment.
  16. 3.4Timing in classic races: Equipment and tools.
  17. 3.2Timing systems and their application in races.
  18. 3.3Time management at the start and finish lines.
  19. 3.4Calculation of corrected times and results.
  20. 3.5Timing and communication protocols in races.
  21. 3.6Timing data analysis and interpretation.
  22. 3.7Organization and logistics of timing in races.
  23. 3.8Dispute resolution and application of penalties.
  24. 4.4Optimization of navigation strategy in real time.
  25. 4.2Advanced onboard navigation and timing systems.
  26. 4.3Performance Data Analysis and its Practical Application
  27. 4.4Risk Management and Decision-Making in Competition
  28. 4.5Techniques for Adapting to Changing Conditions
  29. 4.6Use of Specialized Software for Analysis and Simulation
  30. 4.7Boat Preparation and Fine-Tuning for Competition
  31. 4.8Team Strategies and Effective Communication
  32. 5.4Race Strategy Planning for Classic Boats
  33. 5.2Crew Selection and Onboard Roles
  34. 5.3Racecourse and Weather Condition Analysis
  35. 5.4Optimizing Boat Speed ​​and Heading Angle
  36. 5.5Starting Strategies and Maneuvers on the Racecourse
  37. 5.6Risk Management and Strategic Decision-Making
  38. 5.7Competitive Analysis and Strategy Adaptation
  39. 5.8Teamwork and Communication for Success in Racing
  40. 6.4Characteristics and design of vintage boats.
  41. 6.2Preparation and tuning of classic boats.
  42. 6.3Performance optimization based on boat design.
  43. 6.4Advanced navigation and timing techniques.
  44. 6.5Safety protocols and risk management in regattas.
  45. 6.6Maintenance and preservation of vintage boats.
  46. 6.7Specific legislation and regulations for classic boats.
  47. 6.8Analysis of successful regattas for vintage boats.
  48. 7.4Design and optimization of navigation strategy.
  49. 7.2Navigation techniques in different weather conditions.
  50. 7.3Data analysis and real-time strategy adjustment.
  51. 7.4Timing systems and their practical application.
  52. 7.5Team management and onboard coordination.
  53. 7.6Safety protocols and risk prevention. 7.7 Boat maintenance and preparation for competition.
  54. 7.8Results analysis and continuous improvement.
  55. 8.4Detailed study of competition regulations and rules.
  56. 8.2Advanced sailing strategies and regatta tactics.
  57. 8.3Optimizing boat and crew performance.
  58. 8.4Advanced timing systems and data analysis.
  59. 8.5Risk management and decision-making in critical situations.
  60. 8.6Competitive analysis and strategy adaptation.
  61. 8.7Leadership and teamwork for success in competitions.
  62. 8.8Legal and ethical aspects of classic competitions.
  1. 5.5Principles of Celestial and Coastal Navigation.
  2. 5.5Use of Sextant and Classical Instruments.
  3. 5.3Traditional Nautical Charting.
  4. 5.4Course Planning and Course Correction.
  5. 5.5Meteorology for Classical Navigators.
  6. 5.6Safety and Survival at Sea.
  7. 5.7History of Classical Navigation.
  8. 5.8Navigation Practices with Hourglass and Log.
  9. 5.9Position Estimation Techniques.
  10. 5.50Classical Navigation Simulations.
  11. 5.5Introduction to Regularity Racing.
  12. 5.5Analysis of the Racing Rules for Regularity Racing.
  13. 5.3Interpretation of Navigation Data.
  14. 5.4Calculation of Corrected Time.
  15. 5.5Strategic Planning in Regularity Racing.
  16. 5.6Factors Affecting Boat Performance
  17. 5.7Scoring and Classification Systems
  18. 5.8Case Studies: Analysis of Regularity Races
  19. 5.9Communication and Teamwork Techniques
  20. 5.50Regularity Race Simulation Practice
  21. 3.5Fundamentals of Race Timing
  22. 3.5Manual and Electronic Timing Systems
  23. 3.3Positioning and Control at the Starting Line
  24. 3.4Split Time Measurement Techniques
  25. 3.5Time and Results Management in Races
  26. 3.6Communication Protocols in Races
  27. 3.7Timing Software and Tools
  28. 3.8Timing Organization and Logistics
  29. 3.9Dispute and Protest Resolution 3.50 Timing Practices in Simulations.
  30. 4.5Regularity Tactics in Different Conditions.
  31. 4.5Boat Speed ​​Optimization.
  32. 4.3Advanced Data Management.
  33. 4.4Navigation Strategies.
  34. 4.5Performance Analysis.
  35. 4.6Timing Techniques.
  36. 4.7Use of GPS and Technologies.
  37. 4.8Planning and Strategy.
  38. 4.9Case Studies: Race Analysis.
  39. 4.50Regularity Practices.
  40. 5.5Route Design and Strategies.
  41. 5.5Weather Condition Analysis.
  42. 5.3Sail Selection and Adjustments.
  43. 5.4Crew Management.
  44. 5.5Racing Tactics.
  45. 5.6Analysis of the Racing Rules. 5.7 Use of Instrumentation
  46. 5.8Timing Strategies
  47. 5.9Case Studies of Classic Regattas
  48. 5.50Simulation and Practice
  49. 6.5Navigation Techniques
  50. 6.5Time Optimization
  51. 6.3Interpretation of Racing Rules
  52. 6.4Positioning Strategies
  53. 6.5Data Analysis
  54. 6.6Resource Management
  55. 6.7Speed ​​Control
  56. 6.8Safety Aspects
  57. 6.9Case Studies
  58. 6.50On-Water Practice
  59. 7.5Performance Analysis
  60. 7.5Racing Tactics
  61. 7.3Accurate Timing
  62. 7.4Navigation Strategies
  63. 7.5Time Management 7.6 Data Interpretation
  64. 7.7Route Selection
  65. 7.8Boat Preparation
  66. 7.9Case Studies
  67. 7.50Racing Practice
  68. 8.5Advanced Strategies
  69. 8.5Performance Analysis
  70. 8.3Strategic Planning
  71. 8.4Accurate Timing
  72. 8.5Racing Tactics
  73. 8.6Risk Management
  74. 8.7Data Analysis
  75. 8.8Racing Rules
  76. 8.9Case Studies
  77. 8.50Racing Simulations
  1. 6.6Fundamentals of Classical Celestial Navigation
  2. 6.2Use of Sextant and Traditional Nautical Tables
  3. 6.3Precise Timekeeping: Marine Clocks and Chronometers
  4. 6.4Error Correction and Calculations in Navigation
  5. 6.5Positioning: Latitude and Longitude
  6. 6.6Dead Reckoning and Dead Reckoning Navigation
  7. 6.7Cartography: Nautical Charts and Symbols
  8. 6.8Meteorology: Influence of Wind and Currents
  9. 2.6Introduction to Regularity Sailing: Key Concepts
  10. 2.2Analysis of Regularity Rules
  11. 2.3Race Strategy Design
  12. 2.4Calculation of Speed ​​and Distance
  13. 2.5Interpretation of Data and Passage Times
  14. 2.6Analysis of the Influence of Weather Conditions
  15. 2.7Study of Different Classes of Classic Yachts
  16. 2.8Analysis of the Strategies of Competitors
  17. 3.6Timing in Classic Races: Methodology
  18. 3.2Timing Systems: Manual and Electronic
  19. 3.3Course Design and Checkpoints
  20. 3.4Start and Finish Time Management
  21. 3.5Handicap and Correction Time Calculation
  22. 3.6Use of Timing Software
  23. 3.7Protest and Dispute Resolution
  24. 3.8Results and Classification Preparation
  25. 4.6Advanced Regularity Techniques
  26. 4.2Sailing Strategies and Tactics in Regatta
  27. 4.3Race Planning and Resource Management
  28. 4.4Speed ​​and Course Adjustment
  29. 4.5Communication and Teamwork Onboard
  30. 4.6Boat Performance Optimization
  31. 4.7Adapting to Changing Weather Conditions
  32. 4.8Data Analysis and Continuous Improvement
  33. 5.6Boat-Specific Regularity Strategies Classics
  34. 5.2Crew Selection and Roles
  35. 5.3Optimizing Boat Trim
  36. 5.4​​Start Strategies and Early Stages of the Race
  37. 5.5Risk Management and Decision Making
  38. 5.6Adapting to Different Types of Classic Races
  39. 5.7Analyzing the Boat's Strengths and Weaknesses
  40. 5.8Mental and Physical Preparation for Competition
  41. 6.6Designing and Preparing the Classic Yacht
  42. 6.2Optimizing the Performance of the Vintage Boat
  43. 6.3Selecting and Maintaining Classic Sails
  44. 6.4Specific Sailing Strategies and Tactics
  45. 6.5Precise Timing on Classic Vessels
  46. 6.6Managing Time and Results in Races
  47. 6.7Understanding the Race Rules
  48. 6.8Historical and Cultural Aspects of Sailing
  49. 6.9Safety and Regulatory Considerations
  50. 6.60Heritage Preservation Nautical
  51. 7.6Introduction to Regularity and Classical Timekeeping
  52. 7.2Course Design and Landmarks
  53. 7.3Manual and Digital Timing Systems
  54. 7.4Handicap and Corrected Time Calculations
  55. 7.5Sailing Strategies and Tactics
  56. 7.6Performance Analysis and Boat Optimization
  57. 7.7Racing Rules and Protests
  58. 7.8Classic Yacht Preparation and Maintenance
  59. 8.6Analysis of the Racing Rules
  60. 8.2Advanced Racing Strategies
  61. 8.3Positioning and Marking Tactics
  62. 8.4Risk Management and Decision Making
  63. 8.5Analysis of Weather and Sea Conditions
  64. 8.6Yacht Performance Optimization
  65. 8.7Timing and Time Measurement Techniques
  66. 8.8Physical and Mental Preparation for Competition
  1. 7.7Principles of Celestial and Coastal Navigation
  2. 7.2Classical Instrumentation: Sextants, Logs, Compasses
  3. 7.3Nautical Cartography: Use of Charts, Plotting, Course
  4. 7.4Environmental Factors: Currents, Tides, Wind
  5. 7.7Positioning Techniques: Latitude, Longitude, Lines of Position
  6. 7.6Dead Reckoning: Calculating Course and Distance
  7. 7.7Navigational Safety: Rules of Collision, Maritime Signals
  8. 7.8History of Classical Navigation and its Icons
  9. 2.7Introduction to Nautical Regularity: Key Concepts
  10. 2.2Analysis of the Rule of Regularity and its Variants
  11. 2.3Calculation of Reference Times and Theoretical Speeds
  12. 2.4Data Interpretation: Speed, Distance, and Time
  13. 2.7Influence of Wind and Currents on Regularity
  14. 2.6Strategies for Navigation: Performance Optimization
  15. 2.7Results Analysis: Error and Deviation Evaluation
  16. 2.8Case Studies: Analysis of Historical Races
  17. 3.7Fundamentals of Timekeeping in Classic Races
  18. 3.2Timekeeping Systems: Manual and Electronic
  19. 3.3Start and Finish Procedures
  20. 3.4Intermediate and Corrected Time Control
  21. 3.7Corrected Time Rules: ORC, IRC, etc.
  22. 3.6Protest and Penalty Management
  23. 3.7Timing Software and Tools
  24. 3.8Practical Experience: Timing in Real Regattas
  25. 4.7Advanced Regularity Techniques: Fine-Tuning
  26. 4.2Cruising Speed ​​Optimization
  27. 4.3Drift Control and Boat Steering
  28. 4.4Real-Time Data Analysis
  29. 4.7Weather Strategies: Forecasting and Adaptation
  30. 4.6Crew Management: Roles and Responsibilities
  31. 4.7Problem Solving and Contingency Management in a Race
  32. 4.8Simulation and Practice: High-Performance Training
  33. 7.7Crew Selection and Boat Preparation
  34. 7.2Racecourse Analysis: Wind, Currents, Opponents
  35. 7.3Strategy Design: Course, Tactics, and Maneuvers
  36. 7.4Risk Management: Meteorology and Damage
  37. 7.7Onboard Communication and Coordination
  38. 7.6Strategy Adaptation Reaction to Change
  39. 7.7Competition Psychology: Motivation and Concentration
  40. 7.8Post-Regatta Analysis: Performance Evaluation
  41. 6.7Design and Construction of Vintage Boats
  42. 6.2Maintenance and Preservation of Classic Yachts
  43. 6.3Restoration of Navigation and Timing Systems
  44. 6.4Regulations and Certification of Classic Boats
  45. 6.7Safety Protocols for Vintage Boats
  46. 6.6Classic Boat Events and Regattas
  47. 6.7Legal and Insurance Aspects for Classic Boats
  48. 6.8Marketing and Valuation of Vintage Boats
  49. 7.7Review of Regularity Fundamentals
  50. 7.2Crew Selection and Onboard Organization
  51. 7.3Optimizing Trim and Boat Handling
  52. 7.4Calculating Reference Times and Speeds
  53. 7.7Sailing Strategies in Different Conditions
  54. 7.6Timing Precise: Methods and Tools
  55. 7.7Results Analysis and Performance Evaluation
  56. 7.8Preparation for Regattas and Classic Events
  57. 8.7Classic Competitions: Types and Formats
  58. 8.2Racing Rules and Applicable Regulations
  59. 8.3Competition Analysis: Strategies and Tactics
  60. 8.4Meteorology: Forecasting and Adaptation
  61. 8.7Physical and Mental Preparation of the Team
  62. 8.6Information Management and Onboard Communication
  63. 8.7Dispute Resolution and Protests
  64. 8.8Leadership and Teamwork: Keys to Success
  1. 8.8Principles of Celestial Navigation: Identification of celestial bodies and basic calculations.
  2. 8.8Coastal Navigation: Use of nautical charts, buoyage, and course correction.
  3. 8.3Classical Timekeeping: History and application of antique instruments.
  4. 8.4Estimated Time: Calculation of position and correction for wind and current.
  5. 8.5Introduction to Marine Meteorology: Interpretation of charts and forecasts.
  6. 8.6Use of a Sextant: Precise measurements and error correction.
  7. 8.7Navigation Instruments: Compasses, logs, and other classic devices.
  8. 8.8Positioning Systems: Basic principles and limitations.
  9. 8.8Navigation Practice: Exercises and simulations in classic scenarios.
  10. 8.80Nautical Documentation: Logbooks, navigation journals, and regulations.
  11. 8.8Introduction to Regularity: Key concepts and objectives.
  12. 8.8Regatta Analysis: Study of the course, weather conditions, and strategy.
  13. 8.3Interpretation of the Regulations: Specific regularity rules.
  14. 8.4Time Calculation: Use of timing formulas and tools.
  15. 8.5Correction Factors: Adjustments for boat age, handicap, and other criteria.
  16. 8.6Data Analysis: Interpretation of results and performance evaluation.
  17. 8.7Regularity Strategies: Navigation tactics to optimize time.
  18. 8.8Navigation by Landmarks: Techniques and challenges.
  19. 8.8Time Management: Control and adaptation to course variations.
  20. 8.80Boat Preparation: Optimization and adjustments for regularity.
  21. 3.8Timekeeping Fundamentals: Types of chronometers and their operation.
  22. 3.8Racing Timing: Checkpoints, lap times, and penalties.
  23. 3.3Timing Systems: Manual and Electronic Methods
  24. 3.4Time Management: Start, Development, and Finish
  25. 3.5Timing Procedures: Team Roles and Responsibilities
  26. 3.6Time Analysis: Calculating Differences and Classification
  27. 3.7Timing in Different Types of Regattas: Adapting to the Rules
  28. 3.8Timing Software: Use and Operation of Programs
  29. 3.8Communication: Coordination between the Boat and the Timing Team
  30. 3.80Problem Solving: Common Errors and How to Solve Them
  31. 4.8Regularity Rules: Interpretation and Application
  32. 4.8Boat Preparation: Factors Influencing Performance
  33. 4.3Time Calculation: Use of Stopwatches and Software
  34. 4.4Navigation Strategies: Planning and Execution 4.5 Data Analysis: Interpretation of results and evaluation.
  35. 4.6Timing: Methods and techniques.
  36. 4.7Time Management: Managing delays and advances.
  37. 4.8Real-Time Adjustments: Adapting to conditions.
  38. 4.9Teamwork: Coordination and communication.
  39. 4.0Race Simulation: Practice in varied scenarios.
  40. 5.8Classic Boat Analysis: Characteristics and potential.
  41. 5.8Race Selection: Considerations and objectives.
  42. 5.3Strategy Design: Key factors and planning.
  43. 5.4Sailing Tactics: Wind, currents, and other elements.
  44. 5.5Performance Optimization: Adjustments and improvements.
  45. 5.6Risk Management: Prevention and response to unforeseen events.
  46. 5.7Competitive Analysis: Studying rivals. 5.8 Communication and Leadership: Team Coordination.
  47. 5.8Adapting to Conditions: Flexibility and Decision-Making.
  48. 5.80Post-Regatta Review: Evaluation and Learning.
  49. 6.8History of Vintage Yachts: Design and Characteristics.
  50. 6.8Precision Timekeeping: Specialized Tools and Techniques.
  51. 6.3Historical Data Analysis: Application to Regularity.
  52. 6.4Boat Preparation: Restoration and Maintenance.
  53. 6.5Classic Racing Rules: Interpretation and Application.
  54. 6.6Regularity Strategies: Performance Optimization.
  55. 6.7Time Management: Control and Adaptation.
  56. 6.8Climatic Factors: Impact on Performance.
  57. 6.8Teamwork: Communication and Coordination.
  58. 6.80Excellence in Competition: Continuous Improvement.
  59. 7.8Boat Selection: Characteristics and Performance.
  60. 7.8Boat Preparation: Optimization for Competition
  61. 7.3Race Rules: Interpretation and Application
  62. 7.4Timing Strategy: Techniques and Tools
  63. 7.5Data Analysis: Performance and Results
  64. 7.6Time Management: Control and Adaptation
  65. 7.7Weather Conditions: Impact and Strategy
  66. 7.8Teamwork: Communication and Coordination
  67. 7.8Decision Making: Adapting to Situations
  68. 7.80Continuous Improvement: Evaluation and Learning
  69. 8.8Starting Strategies: Positioning and Initial Tactics
  70. 8.8Strategic Navigation: Optimizing the Route and Conditions
  71. 8.3Time Control: Managing Split and Total Times
  72. 8.4Competitive Analysis: Studying Rivals and Their Strategies 8.5 Race Tactics: Maneuvers and decisions in different situations.
  73. 8.6Adapting to Conditions: Wind, currents, and waves.
  74. 8.7Communication and Teamwork: Coordination and leadership.
  75. 8.8Risk Management: Preventing errors and breakdowns.
  76. 8.9Post-Race Analysis: Performance evaluation and learning.
  77. 8.0Continuous Improvement: Strategies for success.
  1. 9. Celestial navigation and position estimation.
  2. 9. Classical navigation instruments and equipment.
  3. 3. Marine chronometers and their operation.
  4. 4. Calculating drift and course correction.
  5. 5. Creating and reading traditional nautical charts.
  6. 6. Voyage planning and distance calculation.
  7. 7. Dead reckoning and coastal navigation techniques.
  8. 8. Using a sextant and determining latitude.
  9. 9. Determining longitude by timing.
  10. 90. Navigation in wind and currents.
  11. 99. Analysis of racing regulations.
  12. 99. Interpretation and application of the rules of navigation.
  13. 93. Study of meteorological conditions and their impact.
  14. 94. Designing a race strategy.
  15. 95. Evaluating the racecourse and its characteristics. 96. Route selection and optimization.
  16. 97. Boat data and performance analysis.
  17. 98. Competitor strategy analysis.
  18. 99. Time and onboard resource management.
  19. 90. Post-race analysis and lessons learned.
  20. 99. Timing system and equipment.
  21. 99. Split time measurement techniques.
  22. 93. Start and finish line management.
  23. 94. Control and verification procedures.
  24. 95. Communication and coordination with the race team.
  25. 96. Results analysis and handicap calculation.
  26. 97. Timing software and tools.
  27. 98. Data interpretation and report writing.
  28. 99. Incident and complaint resolution.
  29. 30. International regulations and standards.
  30. 39. Boat speed optimization. 39. Wind and current management.
  31. 33. Sail adjustment and trim.
  32. 34. Sailing techniques in different conditions.
  33. 35. Start and finish strategies.
  34. 36. Speed ​​and time control in a race.
  35. 37. Night sailing and adverse conditions.
  36. 38. Handling unforeseen situations.
  37. 39. Communication and teamwork.
  38. 40. Safety rules and protocols.
  39. 49. Racecourse and conditions analysis.
  40. 49. Positioning strategies and route selection.
  41. 43. Start tactics and management of the first upwind leg.
  42. 44. Speed ​​and time control.
  43. 45. Sailing strategies in wind and currents.
  44. 46. Tactics management upwind and downwind.
  45. 47. Adapting to changing conditions. 48. Decision-making under pressure.
  46. 49. Team communication and coordination.
  47. 50. Post-race analysis and strategy optimization.
  48. 59. Restoration and maintenance of classic yachts.
  49. 59. Design and characteristics of vintage vessels.
  50. 53. Racing regulations for classic boats.
  51. 54. Specific navigation and timing techniques.
  52. 55. Time management and race planning.
  53. 56. Navigation and positioning strategies.
  54. 57. Performance analysis and boat optimization.
  55. 58. Communication and teamwork.
  56. 59. Safety regulations and risk prevention.
  57. 60. Legal aspects and regulatory compliance.
  58. 69. Measurement rules and handicaps.
  59. 69. Timing and control procedures.
  60. 63. Boat performance optimization. 64. Navigation Techniques and Race Strategies
  61. 65. Time Management and Decision Making
  62. 66. Results Analysis and Performance Evaluation
  63. 67. Weather Conditions and Their Impact
  64. 68. Start and Finish Strategies
  65. 69. Team Communication and Coordination
  66. 70. Safety Aspects and Applicable Regulations
  67. 79. Analysis of the Race Rules
  68. 79. Navigation Strategies and Tactics
  69. 73. Time Management and Race Pace
  70. 74. Weather Conditions and Planning
  71. 75. Optimizing Boat Performance
  72. 76. Start and Finish Strategies
  73. 77. Data and Performance Analysis
  74. 78. Communication and Coordination
  75. 79. Safety Aspects and Regulations
  76. 80. Post-Race Analysis and Learning
  1. 1.1Fundamentals of Classical Celestial and Coastal Navigation
  2. 1.2Traditional Navigational Instruments and Their Use
  3. 1.3Classical Timekeeping Techniques: Marine Clocks and Chronometers
  4. 1.4Position Calculation: Latitude, Longitude, and Bearing
  5. 1.5Error Correction: Drift, Current, and Magnetic Variation
  6. 1.6Voyage Planning: Nautical Charts and Sailing Directions
  7. 1.7Meteorology and Weather Forecasting for Navigators
  8. 1.8Maneuvers and Tactics in Classical Races
  9. 1.9Safety and Survival Protocols at Sea
  10. 1.10Final Project: Classical Race Simulation and Performance Analysis
Methodology, software & labs

How you'll learn

  • 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.
Accreditable laboratories(EN ISO/IEC 17025) with rotor bench, EMC/Lightning pre-compliance, HIL/SIL, vibrations/acoustics.
Evidence-oriented Master's Thesis:safety case, test plan, compliance dossier and operational limits.
Industry Mentored:teachers with experience in training, , eVTOL/UAM and flight test.
Flexible modality(hybrid/online), international cohorts and support from SEIUM Career Services.
Ethics and safety:safety-by-design approach, cyber-OT, DIH and compliance as pillars.
Career opportunities

Where this takes you

**Timekeeper** (Classic Events)**Classic Timekeeper** (Regularity Events)**Timekeeper** (Classic and Regularity Events)**Classic Events Timekeeper** (Regularity and Timing)**Classic Timekeeper** (Regularity Events)**Classic Timekeeper** (Regularity Events)
Admissions & scholarships

Requirements

  • 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.

Ready to start?

Send your application today. Our admissions team replies within 72 hours with your study plan and funding options.

Apply now Scholarships
FAQ

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”).

Keep exploring

Related programmes

See all in Automotive & Motorsport
Course610 $

Course in Insurance for Urban Public Transport

Online 300-hour course in insurance for urban public transport. 6 modules covering Real Decreto 1575/1989 (Regulation on Compulsory Passenger Insurance), Real Decreto Legislativo 8/2004 (motor vehicle…

300 hOnlineAutomotive & Motorsport
Course720 $

Fuel calculation course in resistance

Endurance Fuel Calculation Course This course provides comprehensive training in fuel management within the context of strength of materials and structural design. It covers everything from…

3 monthsOnlineAutomotive & Motorsport
Course720 $

Course in Risk Correlation in Global Reinsurance

Online 300-hour course in risk correlation in global reinsurance. 6 modules covering Delegated Regulation (EU) 2015/35 (correlation matrices of the standard formula), Directive 2009/138/EC (Solvency II)…

300 hOnlineAutomotive & Motorsport
Regularity and Classical Timekeeping CourseEnrol
Related programmes

More in Automotive & Motorsport

Course in Evaluating Insurtech Start-upsView programme →Racing clutch courseView programme →FIA safety protocols course for small teamsView programme →MoTeC Software Course for BeginnersView programme →Course in Military Supplier AuditsView programme →Track data acquisition courseView programme →

All Automotive & Motorsport programmes → · How to apply · Fees & financing · Scholarships

Scroll to Top
SEIUM – Institute of Advanced Engineering
Powered by  GDPR Cookie Compliance
Privacy Overview

This website uses cookies so that we can provide you with the best user experience possible. Cookie information is stored in your browser and performs functions such as recognising you when you return to our website and helping our team to understand which sections of the website you find most interesting and useful.