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CourseAutomotive & Motorsport Applications open

Racing motorcycle mechanics course

Racing Motorcycle Mechanics Course

This course focuses on the optimization and maintenance of high-performance motorcycles. It covers key aspects such as engine preparation, suspension tuning, and data analysis to improve track performance. It includes advanced diagnostics, carburetion or fuel injection tuning, and the handling of specific racing components, linking with areas such as aerodynamics and telemetry. The course offers hands-on training, combining theory and practical workshop experience, preparing participants for roles such as racing mechanics, engine tuners, and tuning technicians.

The program emphasizes the importance of specialized technical knowledge, understanding materials and components, and compliance with racing regulations. Students learn to use specific tools and equipment for measuring and adjusting key parameters, as well as developing skills in solving complex mechanical problems and optimizing performance. Practical experience in component assembly and disassembly, simulation, and results analysis is encouraged, all under the highest standards of safety and reliability.

Duration3 months
ModeOnline
LanguageEnglish
Start datesSet by the faculty
AwardSEIUM Institute diploma
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Learning outcomes

What you will be able to do

01

In-depth Mastery of Racing Motorcycle Mechanics: Winning Techniques and Strategies

02

Unlocking High Performance: Advanced Fundamentals and Optimization of Racing Motorcycles

03

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

04

Precision Engineering: Expert Mastery in Racing Motorcycle Mechanics

05

Advanced Training in Racing Mechanics: Success Strategies and Advanced Optimization

06

Mechanical Excellence: Mastering Racing Motorcycles for Victory

07

Mechanical Improvement in Racing Motorcycles: Success Strategies

08

Competition Mechanics: Maximizing Motorcycle Performance at an Expert Level

Profile

Who it's for

  • Motorcycle racing enthusiasts with basic mechanical knowledge.
  • Motorcycle mechanics who wish to specialize in the field of racing.
  • Motorcycle racers seeking a better understanding of how their machines work.
  • Technicians and professionals from motorcycle racing teams.
  • Students of technical degrees related to mechanics and engines.
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. Module 1 — In-depth Mastery of Racing Motorcycle Mechanics: Winning Techniques and Strategies
  2. 1.1Introduction to Racing Motorcycle Components: Engine, Chassis, Suspension, Brakes.
  3. 1.2Mechanics Fundamentals: Torque, Power, Compression Ratio.
  4. 1.3Chassis Geometry Analysis: Angles, Wheelbase, Trail.
  5. 1.4The Engine: Disassembly, Assembly, and Optimization of Internal Components.
  6. 1.5Intake and Exhaust Systems: Airflow, Forced Induction Systems.
  7. 1.6Lubrication and Cooling Systems: Importance and Maintenance.
  8. 1.7Suspension: Types, Adjustments, and Understanding Dynamics.
  9. 1.8Braking Systems: Components, Maintenance, and Brake Pad Selection. 1.9 Tires: Selection, Pressure, and Warm-up for Maximum Performance.
  10. 1.10Preventive Maintenance Strategies and Diagnosis of Common Failures.
  1. 2.2Fundamentals of Aerodynamics in Racing Motorcycles
  2. 2.2Analysis of High-Performance Components: Engines, Suspension, and Brakes
  3. 2.3Engine Management and Advanced Injection Systems
  4. 2.4Transmission and Clutch Optimization
  5. 2.5Tires and Steering Geometry: The Key to Grip
  6. 2.6Telemetry and Data Acquisition: Interpretation and Analysis
  7. 2.7Chassis Setup and Dynamic Balance
  8. 2.8Optimization Strategies for Different Track Types
  9. 2.9Simulation and Performance Analysis with Specialized Software
  10. 2.20Development of a Comprehensive Optimization Plan for Racing
  1. 3.3Boosting the Engine: Fundamentals of Engine Optimization
  2. 3.2Precision Tuning: Advanced Fuel and Ignition Systems
  3. 3.3Power Dynamics: Transmission and Clutch for Optimal Performance
  4. 3.4Chassis and Suspension: Precision Adjustments for Handling
  5. 3.5Tires and Brakes: Selection and Strategies for Maximum Grip and Control
  6. 3.6Telemetry and Data Analysis: Strategies for Continuous Improvement
  7. 3.7Race Strategies: Race Management and Winning Tactics
  8. 3.8Mental and Physical Preparation: The Rider as Athlete
  9. 3.9High-Performance Maintenance: Techniques for Reliability
  10. 3.30Case Studies: Analysis of Successful Racing Motorcycles
  1. 4.4Racing Engine Design: Fundamentals of Precision Engineering
  2. 4.2Fluid Dynamics in Motorcycles: Aerodynamic Optimization and Cooling
  3. 4.3Advanced Structures and Materials: Selection and Design of High-Performance Components
  4. 4.4Suspension and Chassis Systems: Geometry, Tuning, and Motorcycle Dynamics
  5. 4.5High-Performance Braking Systems: Design and Maintenance
  6. 4.6Electronic Control Systems: Engine Management and Data Acquisition
  7. 4.7Transmission and Drivetrain: Performance Optimization
  8. 4.8Metrology and Tolerances: Quality Control in Racing Mechanics
  9. 4.9Design for Reliability: Strategies to Minimize Failures in Racing
  10. 4.40Simulation and Prototyping: Engineering Tools for Optimization
  1. 5.5Key Components of a Racing Motorcycle: Identification and Function.
  2. 5.5Essential Tools and Their Use: Mechanical Techniques.
  3. 5.3Workshop Safety: Protocols and Practices.
  4. 5.4Fundamentals of Electronics and Engine Management Systems (ECU).
  5. 5.5Tires and Suspensions: Selection and Basic Adjustment.
  6. 5.6Types of Racing Engines: Design and Characteristics.
  7. 5.7The Disassembly and Assembly Process: Methodology and Order.
  8. 5.8Basic Troubleshooting: Identification and Solution.
  9. 5.9Initial Preparation for Competition: Checklist and Planning.
  10. 5.50Introduction to Telemetry: Basic Data Collection.
  11. 5.5Engine Optimization: Air and Fuel Flow.
  12. 5.5Exhaust Systems: Design and Performance. 5.3 Advanced Suspension: Adjustments for Different Tracks.
  13. 5.4Tires: Pressure, Temperature, and Compounds.
  14. 5.5Motorcycle Geometry: Key Adjustments.
  15. 5.6Telemetry: Data Analysis and Strategies.
  16. 5.7Braking Strategies: Advanced Techniques.
  17. 5.8Traction Control and Electronic Systems: Calibration.
  18. 5.9Aerodynamics: Airflow and Its Effects.
  19. 5.50Rider Physical and Mental Preparation: Importance.
  20. 3.5Engine Preparation: Power Increase.
  21. 3.5Fuel Systems: Carburetion and Injection.
  22. 3.3Ignition Systems: Timing Advance and Curves.
  23. 3.4Transmission: Clutch and Gearbox.
  24. 3.5Drive Chain: Selection and Maintenance. 3.6 Chassis: Rigidity and Flexibility.
  25. 3.7Suspensions: Fine-Tuning for Performance.
  26. 3.8Brakes: Materials, Discs, and Pads.
  27. 3.9Race Strategies: Tire Management.
  28. 3.50Simulations: Software for Performance Analysis.
  29. 4.5Engine Design: Engineering Principles.
  30. 4.5Advanced Materials: Selection and Applications.
  31. 4.3Tolerances and Fits: Assembly Precision.
  32. 4.4Fluid Dynamics: Airflow and Cooling.
  33. 4.5Exhaust System Design: Optimization.
  34. 4.6Failure Analysis: Methodology and Prevention.
  35. 4.7Metrology: Tools and Precision Measurement.
  36. 4.8Computer-Aided Design (CAD): Applications.
  37. 4.9Finite Element Analysis (FEA): Applications. 4.50 Rapid Prototyping: Component Manufacturing
  38. 5.5Team Strategies: Communication and Coordination
  39. 5.5Race Management: Planning and Logistics
  40. 5.3Tire Management: Usage Strategies
  41. 5.4Pit Stop Strategies: Efficiency
  42. 5.5Advanced Telemetry: In-Depth Data Analysis
  43. 5.6Simulations: Performance Modeling
  44. 5.7Testing Methodology: Component Development
  45. 5.8Time Management: Optimization
  46. 5.9Pressure Management: Performance Under Pressure
  47. 5.50Problem Solving: Rapid Strategies
  48. 6.5Component Selection: Quality and Performance
  49. 6.5Engine Preparation: Power Optimization
  50. 6.3Suspension Systems: Advanced Setup 6.4 Aerodynamics: Integration and Optimization.
  51. 6.5Brakes: Selection and Optimization.
  52. 6.6Electronics: Configuration and Programming.
  53. 6.7Race Strategies: Winning Tactics.
  54. 6.8Team Management: Leadership and Communication.
  55. 6.9Data Analysis: Interpretation and Application.
  56. 6.50Quality Control: Performance Assurance.
  57. 7.5Data Analysis: Performance.
  58. 7.5Component Selection: Performance.
  59. 7.3Team Strategies: Success.
  60. 7.4Team Management: Success.
  61. 7.5Performance Analysis.
  62. 7.6Setup and Testing: Success.
  63. 7.7Race Management: Success.
  64. 7.8Race Strategies: Success.
  65. 7.9Tire Management: Success. 7.50 Engine Optimization: Success.
  66. 8.5Engine Performance: Racing Engines.
  67. 8.5Suspension Systems: Performance.
  68. 8.3Aerodynamics: Performance.
  69. 8.4Braking Systems: Performance.
  70. 8.5Team Management: Performance.
  71. 8.6Data Analysis: Expert.
  72. 8.7Race Strategies: Expert.
  73. 8.8Race Management: Expert.
  74. 8.9Maintenance and Reliability: Expert.
  75. 8.50Psychological Aspects: Expert Performance.
  1. 6.6Fundamentals of Racing Mechanics: High-Performance Engines
  2. 6.2Advanced Suspension Systems: Adjustments and Setup
  3. 6.3High-Performance Brakes: Components and Optimization
  4. 6.4Electronics in Racing Motorcycles: Diagnostics and Adjustments
  5. 6.5Chassis and Geometry: Modification and Adaptation
  6. 6.6Tires and Performance: Selection and Strategies
  7. 6.7Transmission and Clutch: Optimization for Racing
  8. 6.8Engine Preparation: Tuning and Power Increases
  9. 6.9Maintenance and Reliability: Key Strategies
  10. 6.60Race Strategies: Analysis and Optimization
  1. 7.7Critical Components of a Racing Motorcycle: Identification and Function
  2. 7.2Essential Tools and Equipment for the Racing Mechanic
  3. 7.3Safety and Protocols in the Pit Lane and Workshop
  4. 7.4Life Cycle of a Racing Motorcycle: From Design to Race
  5. 7.7Introduction to Suspensions: Types and Basic Adjustments
  6. 7.6Brake Systems: Components and Preventive Maintenance
  7. 7.7Tires: Selection, Optimal Pressure, and Temperature
  8. 7.8Racing Engines: Operating Principles and Initial Modifications
  9. 7.9Transmission: Types, Ratios, and Optimization
  10. 7.70Initial Data Analysis: Telemetry and Performance Evaluation
  11. 2.7Engine Optimization: Airflow, Fuel, and Ignition
  12. 2.2Motorcycle Dynamics: Geometry, Weight Distribution, and Handling
  13. 2.3Advanced Suspension: Fine-Tuning for Different Circuits and Pilots
  14. 2.4High-Performance Brakes: Materials, Design, and Braking Strategies
  15. 2.7Advanced Tires: Compounds, Profiles, and Usage Strategies
  16. 2.6Traction Control and Electronic Systems: Configuration and Calibration
  17. 2.7Design and Manufacturing of Performance Components
  18. 2.8Testing and Validation: Benchmarking and Data Analysis
  19. 2.9Developing Race Strategies: Tire Selection and Setup
  20. 2.70Simulations and Modeling: Performance Prediction
  21. 3.7Power Increases: Modifications to Cylinders, Cylinder Heads, and Camshafts
  22. 3.2High-Flow Intake and Exhaust Systems: Design and Optimization
  23. 3.3Engine Management: Fuel Mapping and Advanced Ignition
  24. 3.4Custom Transmissions: Gear Ratios and Special Clutches
  25. 3.7Chassis and Dynamics: Flex, Rigidity, and Balance
  26. 3.6Systems of Racing Brakes: Materials and Design
  27. 3.7Elite Suspension: Adjustable Dampers and Custom Setups
  28. 3.8Tires for Extreme Conditions: Rain, Heat, and Different Surfaces
  29. 3.9Advanced Telemetry: In-Depth Analysis and Real-Time Optimization
  30. 3.70Race Strategies: Overtaking, Pit Stops, and Communication
  31. 4.7Computer-Aided Design (CAD) and Computer-Aided Manufacturing (CAM)
  32. 4.2Advanced Materials: Alloys, Composites, and Their Applications
  33. 4.3Design Methodology: Analysis, Simulation, and Testing
  34. 4.4Suspension Engineering: Theory and Practice, Fine-Tuning
  35. 4.7Brake Engineering: Design of Discs, Calipers, and Master Cylinders
  36. 4.6Intake and Exhaust System Design: Gas Flow Optimization
  37. 4.7Electronic Systems: Design, Integration, and Programming
  38. 4.8Design of Chassis: Flexibility, Rigidity, and Weight Distribution
  39. 4.9Rapid Prototyping: 3D Printing and CNC Manufacturing
  40. 4.70Failure Analysis and Troubleshooting: Predictive Maintenance
  41. 7.7Setup Strategies: Adapting to Different Drivers and Circuits
  42. 7.2Preventive Maintenance: Programs and Protocols
  43. 7.3Fault Diagnosis: Rapid and Efficient Identification
  44. 7.4Component Repair: Specialized Techniques and Tools
  45. 7.7Advanced Data Analysis: Interpretation and Application
  46. 7.6Team Management: Organization and Communication
  47. 7.7Quality Control: Performance Verification and Assurance
  48. 7.8Race Simulation: Strategies and Tactics
  49. 7.9Competition Logistics: Transportation, Storage, and Preparation
  50. 7.70Real-Time Adaptation and Adjustments: Race Strategies
  51. 6.7Racing Engine Design: Power and Efficiency Improvement
  52. 6.2Intake and Exhaust Systems: Gas Flow Optimization
  53. 6.3Cooling Systems: Design and Thermal Efficiency
  54. 6.4Chassis Dynamics: Adjustments and Optimization for Performance
  55. 6.7Racing Suspension: Adjustments for Different Conditions
  56. 6.6Braking Systems: Materials, Design, and Performance
  57. 6.7Racing Electronics: Programming and Calibration
  58. 6.8Tires: Selection and Usage Strategies
  59. 6.9Data Analysis: Telemetry and Performance Optimization
  60. 6.70Team Management and Race Strategies
  61. 7.7Data Analysis: Identifying Areas for Improvement
  62. 7.2Tire Selection: Strategies for Different Conditions
  63. 7.3Suspension Setup: Adapting to the Driver and Circuit
  64. 7.4Engine Management: Mapping and Optimization
  65. 7.7Race Strategies: Overtaking and Pit Stops
  66. 7.6Team Communication: Coordination and Synchronization
  67. 7.7Race Maintenance: Solutions Problem Solving
  68. 7.8Reliability Strategies: Failure Prevention
  69. 7.9Competitive Analysis: Benchmarking and Adaptation
  70. 7.70Season Planning: Objectives and Strategies
  71. 8.7Engine Design: Maximizing Performance
  72. 8.2Intake and Exhaust System Optimization
  73. 8.3Chassis Setup: Balance and Handling
  74. 8.4Suspension Systems: Advanced Configuration
  75. 8.7Braking Systems: Components and Braking Strategies
  76. 8.6Motorcycle Electronics: Control and Adjustment
  77. 8.7Tires: Selection and Usage Strategies
  78. 8.8Data Analysis: Interpretation and Application
  79. 8.9Team Management and Race Strategies
  80. 8.70Adapting to Different Conditions and Circuits
  1. 8.8Engine Fundamentals: Types, Components, and Operation
  2. 8.8Fuel Systems: Tuning and Optimization for Competition
  3. 8.3Ignition Systems: Advanced Electronics and Performance
  4. 8.4Transmission and Clutch: Adjustments for Different Tracks and Driving Styles
  5. 8.5Suspension: Setup and Adaptation for Enhanced Grip and Control
  6. 8.6Brakes: Selection, Maintenance, and Optimization for Effective Braking
  7. 8.7Tires: Selection, Pressure, and Racing Strategies
  8. 8.8Aerodynamics: Improving Airflow and Reducing Drag
  9. 8.8Racing Electronics: Sensors, Data Acquisition, and Analysis
  10. 8.80Track Strategies: Data Analysis, Setup, and Performance Optimization
  1. 9.9Introduction to Motorcycle Racing: History, Types of Races, and Culture
  2. 9.9Track Safety: Equipment, Rules, and Signals
  3. 9.3Fundamentals of Motorcycle Mechanics: Engines, Chassis, and Components
  4. 9.4Concepts of Racing Motorcycle Design: Geometry and Ergonomics
  5. 9.5Riding Techniques: Position, Motorcycle Control, and Cornering
  6. 9.6Physical and Mental Preparation of the Rider: Training and Nutrition
  7. 9.7Introduction to Telemetry: Basic Data Collection
  8. 9.8Technical and Sporting Regulations: Competitions and Categories
  9. 9.9Motorcycle Selection and Adaptation: Motorcycle Model for Competition, Setup, and Preparation
  10. 9.9Racing Engine Design: Principles and Key Concepts
  11. 9.9Selection and Sizing of Engine Components: Cylinders, Pistons, and Connecting Rods
  12. 9.3Intake and Exhaust System Design: Airflow and Performance
  13. 9.4Combustion Systems: Carburetion and Electronic Injection
  14. 9.5Combustion Analysis: Air-Fuel Mixture and Ignition
  15. 9.6Engine Optimization: Power, Torque, and RPM Curves
  16. 9.7Bench Testing: Performance Measurement and Tuning
  17. 9.8Engine Durability and Reliability Considerations: Material Selection
  18. 9.9Design Strategies for Different Types of Competition: Endurance, Sprint
  19. 3.9Engine Performance Enhancement: Advanced Techniques and Strategies
  20. 3.9Cylinder Head Modification: Airflow, Valve Seats, and Camshafts
  21. 3.3Intake Systems: Air Filters, Carburetors, and Throttle Bodies
  22. 3.4Exhaust Systems: Design, Materials, and Exhaust Systems
  23. 3.5Compression Ratio Optimization: Calculation and Component Selection
  24. 3.6Cooling Systems: Design and Modification
  25. 3.7Weight Reduction: Strategies and Components Lightweight
  26. 3.8Use of High-Performance Materials: Carbon Fiber, Titanium
  27. 3.9Results Analysis and Fine-Tuning
  28. 4.9Suspension Systems: Components, Operation, and Adjustments
  29. 4.9Suspension Geometry: Steering Angle, Trail, and Wheelbase
  30. 4.3Shock Absorbers: Types, Adjustments, and Maintenance
  31. 4.4Front Forks: Types, Adjustments, and Selection
  32. 4.5Rear Shock Absorbers: Types, Adjustments, and Selection
  33. 4.6Advanced Handling: Riding Techniques and Weight Transfer
  34. 4.7Motorcycle Cornering Behavior Analysis: Understeer and Oversteer
  35. 4.8Electronic Suspension Systems: Operation and Advantages
  36. 4.9Suspension Setup for Different Tracks and Conditions
  37. 5.9Brake Systems: Components, Operation, and Selection
  38. 5.9Brake Discs: Types, Materials, and Sizing
  39. 5.3Brake Calipers: Types, Materials, and Maintenance
  40. 5.4Brake Fluid: Types and Properties
  41. 5.5Tires: Types, Compounds, and Pressures
  42. 5.6Tire Selection: Track Conditions and Driving Style
  43. 5.7Aerodynamics: Basic Concepts and Components
  44. 5.8Aerodynamic Component Design: Wings, Fairings, and Deflectors
  45. 5.9Airflow Optimization: Reducing Drag and Increasing Stability
  46. 6.9High-Performance Electronics: Components and Systems
  47. 6.9Electronic Control Units: Programming and Mapping
  48. 6.3Sensors: Types, Functions, and Calibration
  49. 6.4Ignition Systems: Timing Advance, Curves, and Control
  50. 6.5Fuel Injection Systems: Types, Adjustments, and Optimization
  51. 6.6Traction Control: Operation and Strategies
  52. 6.7Slip Control: Operation and Strategies
  53. 6.8Data Acquisition Systems: Advanced Telemetry
  54. 6.9Electronic Troubleshooting and Diagnostics
  55. 7.9Motorcycle Tuning: Methodology and Process
  56. 7.9Telemetry Data Analysis: Interpretation and Application
  57. 7.3Engine Tuning Strategies: Performance Optimization
  58. 7.4Suspension Tuning: Track and Rider Adaptation
  59. 7.5Brake Setup: Braking Optimization
  60. 7.6Tire Selection: Track Conditions and Temperature
  61. 7.7Race Strategies: Competition Analysis and Planning
  62. 7.8Rider Communication: Interpreting Feedback and Adjustments
  63. 7.9Race Simulation: Setup and Preparation
  64. 8.9Preventive Maintenance: Scheduling and Procedures
  65. 8.9Engine Overhaul: Component Wear and Replacement
  66. 8.3Suspension Maintenance: Servicing and Adjustments
  67. 8.4Brake Maintenance: Inspection and Replacement Components
  68. 8.5Tire Maintenance: Rotation and Pressures
  69. 8.6Transmission Maintenance: Chain, Sprockets, and Belts
  70. 8.7Race Preparation: Pre-Race Inspection
  71. 8.8Logistics and Transportation: Motorcycle Preparation
  72. 8.9Team Management: Organization and Responsibilities
  73. 9.9Data Analysis: Collection and Processing
  74. 9.9Telemetry Software: Use and Functions
  75. 9.3Data Interpretation: Speed, Acceleration, Braking, and Lean Angle
  76. 9.4Rider Performance Analysis: Cornering and Braking
  77. 9.5Motorcycle Performance Analysis: Suspension, Engine, and Tires
  78. 9.6Strategic Decision Making: Adjustments and Modifications
  79. 9.7Race Strategies: Competitive Analysis
  80. 9.8Performance Optimization: Identifying Areas for Improvement
  81. 9.9Team Development: Communication and Collaboration
  82. 9.90Adapting to Different Tracks and Conditions
  1. 1. In-Depth Mastery of Racing Motorcycle Mechanics: Winning Techniques and Strategies
  2. 1.1Fundamentals of Racing Mechanics: Engines, Chassis, and Systems
  3. 1.2Engine Design and Tuning: Optimization for High Performance
  4. 1.3Advanced Suspension: Setup and Adjustment for Different Tracks
  5. 1.4Braking Systems: Selection, Maintenance, and Optimization
  6. 1.5Electronics in Racing Motorcycles: Sensors, Data Acquisition, and Control Systems
  7. 1.6Data Analysis and Telemetry: Strategies for Performance Enhancement
  8. 1.7Tires: Selection, Pressure, and Usage Strategies
  9. 1.8Preparing the Motorcycle for Competition: Setup and Adjustments
  10. 1.9Race Strategies: Planning, Pit Stops, and Race Management
  11. 1.10Final Project — Mastery of Motorcycle Racing
  12. 2. Unlocking High Performance: Advanced Fundamentals and Optimization of Racing Motorcycles
  13. 2.1Airflow and Aerodynamics: Fairing Design and Fitting
  14. 2.2Intake and Exhaust Systems: Optimizing for Power Gains
  15. 2.3Lubrication and Cooling: Advanced Systems
  16. 2.4Transmission: Gear Ratio and Clutch Tuning
  17. 2.5Performance Electronics: Engine Management Systems
  18. 2.6Data Acquisition and Analysis: Key Metrics and Strategies
  19. 2.7Vehicle Dynamics: Understanding Motorcycle Behavior
  20. 2.8Diagnostics and Troubleshooting: Advanced Analysis
  21. 2.9Project Development: Preparing for Competition
  22. 2.10Final Project — Mastering Motorcycle Racing
  23. 3. Mastering Racing Motorcycles: Unlocking Power and Precision
  24. 3.1High-Performance Engines: Component Design and Manufacturing
  25. 3.2Engine Tuning: Test Benches and Track Testing
  26. 3.3Racing Suspensions: Fine-Tuning and Telemetry
  27. 3.4Systems of Braking: High-Performance Components and Maintenance
  28. 3.5Advanced Electronics: Traction Control and Anti-Wheelie
  29. 3.6Data Analysis: In-Depth Interpretation and Decision Making
  30. 3.7Tires and Track Conditions: Selection and Strategies
  31. 3.8Setup for Success: Optimization Strategies
  32. 3.9Racing Strategies: Pit Stops, Tactics, and Teamwork
  33. 3.10Final Project — Mastering Motorcycle Racing
  34. 4. Precision Engineering: Expert Mastery of Racing Motorcycle Mechanics
  35. 4.1Engine Design and Manufacturing: Precision Components
  36. 4.2Fluid Flow and Thermodynamics: Performance Optimization
  37. 4.3Vibration and Fatigue Analysis: Failure Prevention
  38. 4.4Suspension Engineering: Precision Calculations and Adjustments
  39. 4.5Control Electronics: System Programming and Calibration
  40. 4.6Sensors and Data Acquisition: Calibration and Analysis
  41. 4.7Advanced Materials: Selection and Applications
  42. 4.8Testing and Validation: Procedures and Methods
  43. 4.9Team Management: Coordination and Communication
  44. 4.10Final Project — Mastering Motorcycle Racing
  45. 5. Advanced Racing Mechanics: Success Strategies and Advanced Optimization
  46. 5.1Racing Engines: Disassembly, Assembly, and Repair
  47. 5.2Fuel and Ignition Systems: Performance Optimization
  48. 5.3Suspension Design and Tuning: Data Analysis
  49. 5.4Braking Systems: Diagnosis and Maintenance
  50. 5.5Electronics: System Programming and Tuning
  51. 5.6Data Analysis: Advanced Interpretation
  52. 5.7Tires: Selection and Management
  53. 5.8Race Strategies: Optimization
  54. 5.9Teamwork: Communication and Coordination
  55. 5.10Final Project — Mastering Motorcycle Racing
  56. 6. Mechanical Excellence: Mastering Racing Motorcycles for Victory
  57. 6.1Mechanical Fundamentals: Engines, Chassis, and Systems
  58. 6.2Racing Engines: Design and Optimization
  59. 6.3Suspensions: Adjustment and Configuration
  60. 6.4Braking Systems: Selection and Maintenance
  61. 6.5Electronics: Data Acquisition
  62. 6.6Tires: Selection and Strategies
  63. 6.7Race Strategies: Pit Stops and Tactics
  64. 6.8Motorcycle Preparation
  65. 6.9Simulation and Analysis
  66. 6.10Final Project — Mastering Motorcycle Racing
  67. 7. Mechanical Refinement in Racing Motorcycles: Strategies for Success
  68. 7.1Engines: Disassembly, Assembly, and Repair
  69. 7.2Fuel and Ignition Systems: Optimization
  70. 7.3Suspension: Adjustments for Different Tracks
  71. 7.4Brakes: Diagnosis and Maintenance
  72. 7.5Electronics: Programming and System Tuning
  73. 7.6Analysis of Data: Interpretation and Application
  74. 7.7Tires: Selection and Usage Strategies
  75. 7.8Race Strategies: Optimization
  76. 7.9Teamwork: Communication and Coordination
  77. 7.10Final Project — Mastering Motorcycle Racing
  78. 8. Racing Mechanics: Maximizing Motorcycle Performance at an Expert Level
  79. 8.1Mechanics Fundamentals
  80. 8.2Engines: Optimization for Racing
  81. 8.3Suspension: Setup and Adjustments
  82. 8.4Brakes: Systems and Maintenance
  83. 8.5Electronics: Advanced Systems
  84. 8.6Data Analysis: Telemetry
  85. 8.7Tires: Selection and Strategies
  86. 8.8Race Strategies
  87. 8.9Teamwork and Management
  88. 8.10Final Project — Mastering Motorcycle Racing
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

Racing Motorcycle Mechanic (Racing equipment, Adjustments and tuning)**Racing Motorcycle Mechanic** (Racing Teams, Maintenance and Preparation)**Racing Motorcycle Mechanic** (Racing teams, tuning and specific adjustments)**Racing Motorcycle Mechanic** (Racing Teams, Diagnostics and Repair)**Racing Motorcycle Mechanic** (Racing Teams, Preparation and Maintenance)**Racing Motorcycle Mechanic** (Racing Teams, Preparation and Maintenance)
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”).

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SEIUM – Institute of Advanced Engineering
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