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Course on sensors and actuators in modern motorcycles

Course on Sensors and Actuators in Modern Motorcycles

Explore the integration of advanced technologies in electronic control systems, automotive diagnostics, and engine management (ECU) applied to modern motorcycles. It focuses on the study of position sensors, speed sensors, pressure sensors, and actuators such as injectors and valves, along with the analysis of communication protocols and active safety systems. The course provides practical knowledge in the use of diagnostic tools and the interpretation of fault codes, crucial for motorcycle maintenance and performance optimization.

The program includes hands-on experience on test benches and fault simulations to develop skills in electronic system repair and ECU programming. This training prepares professionals for roles such as specialized technicians, automotive mechanics, and diagnostic engineers, strengthening capabilities in the electromobility and two-wheeler industries.

Duration3 months
ModeHybrid
LanguageEnglish / Spanish
Start datesOctober / March
LocationEurope (Madrid)
AwardSEIUM Institute diploma
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Learning outcomes

What you will be able to do

01

Advanced Diagnostics and Calibration of Sensors and Actuators in Modern Motorcycles

02

Optimization of Injection and Ignition Systems: In-depth Analysis of Sensors and Actuators in Motorcycles

03

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

04

Integration and Programming of Sensors and Actuators for Optimal Performance in Motorcycles

05

Interpretation and Adjustment of Electrical Signals: Critical Sensors and Actuators in High-Performance Motorcycles

06

Mapping and Precise Control of Sensors and Actuators in Motorcycles: Advanced Strategies

07

Integration and Programming of Sensors and Actuators: Unlocking the Potential of Modern Motorcycles

08

Analysis and Optimization of Electronic Control Systems: Sensors and Actuators in Latest Generation Motorcycles

Profile

Who it's for

  • Engineers with a degree in Mechatronics Engineering, Electronics, Mechanical Engineering, or related fields.
  • Technicians and professionals in the automotive industry, especially those working in the design, development, maintenance, and repair of modern motorcycles.
  • Experienced motorcycle mechanics who wish to update their knowledge of sensor and actuator systems.
  • Motorcycle enthusiasts and technology enthusiasts seeking to understand the advanced operation of these systems.
Recommended qualifications: Basic knowledge of mechanics and electricity; Familiarity with the use of diagnostic tools.
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. Sensor and Actuator Diagnostics: Introduction and Fundamentals
  2. 2. Identifying Common Sensors and Actuators in Motorcycles
  3. 3. Diagnostic Tools: Scanners and Multimeters
  4. 4. Sensor Functionality Testing and Verification
  5. 5. Fault Code Analysis and Their Meaning
  6. 6. Sensor Calibration and Actuator Adjustment
  7. 7. Real-Time Data Interpretation
  8. 8. Step-by-Step Diagnostic Procedures
  9. 9. Troubleshooting Common Problems Related to Sensors and Actuators
  10. 10. Practical Cases and Diagnostic Examples
  1. 2.2Introduction to Advanced Diagnostics of Modern Motorcycles
  2. 2.2Identification and Operation of Common Sensors (CKP, MAP, TPS, etc.)
  3. 2.3Diagnostic Tools and Calibration Equipment
  4. 2.4Calibration Procedures for Specific Sensors
  5. 2.5Interpretation of Fault Codes and Live Data
  6. 2.6Testing and Verification of Actuators (Injectors, Coils, etc.)
  7. 2.7Troubleshooting Common Problems Related to Sensors and Actuators
  8. 2.8Case Studies: Diagnosis and Calibration on Different Motorcycle Models
  9. 2.9Advanced Oscilloscope Diagnostic Techniques
  10. 2.20Documentation and Maintenance of Diagnostic Records
  11. 2.2Injection and Ignition Systems: Fundamentals and Architecture
  12. 2.2Analysis of Key Sensors in Injection Systems (Oxygen Sensor, etc.)
  13. 2.3Optimizing the Air-Fuel Mixture
  14. 2.4Ignition System Analysis: Coils, Spark Plugs, and Modules
  15. 2.5Ignition Control Strategies and Mapping
  16. 2.6Techniques for Improving Engine Efficiency and Throttle Response
  17. 2.7Adjustment and Calibration of Injection and Ignition Parameters
  18. 2.8Optimization Software and Tools
  19. 2.9Case Studies: Optimization in Different Types of Motorcycle Engines
  20. 2.20Data Analysis and Adjustments Based on Results
  21. 3.2Basic Electronics Applied to Motorcycles
  22. 3.2Fundamentals of Mechatronics and its Application
  23. 3.3Essential Sensors: Types, Operation, and Applications (ABS, etc.)
  24. 3.4Essential Actuators: Types, Operation, and Applications (Valves, etc.)
  25. 3.5Communication Systems in Motorcycles (CAN Bus, etc.)
  26. 3.6Electronic Circuits: Design and Analysis
  27. 3.7Soldering and Repair of Electronic Components
  28. 3.8Integration of electronic and mechatronic systems.
  29. 3.9Diagnosis of electronic and mechatronic faults.
  30. 3.20Communication protocols and analysis tools.
  31. 4.2Introduction to control system programming.
  32. 4.2Selection and programming of sensors to improve performance.
  33. 4.3Programming of actuators to optimize engine response.
  34. 4.4Control of engine management systems (ECU).
  35. 4.5Integration of traction and stability control systems.
  36. 4.6Programming of ignition and fuel maps.
  37. 4.7Data acquisition and analysis systems.
  38. 4.8Programming tools and software.
  39. 4.9Testing and adjustments on a test bench.
  40. 4.20Practical case studies of integration and programming.
  41. 5.2Electrical signals in motorcycles: types and characteristics. 5.2 Interpretation of critical sensor signals (crankshaft signal, etc.).
  42. 5.3Signal analysis with an oscilloscope.
  43. 5.4Parameter tuning for performance optimization.
  44. 5.5Engine management systems (ECUs) and their operation.
  45. 5.6Ignition and fuel map tuning.
  46. 5.7Advanced signal-based diagnostic techniques.
  47. 5.8Troubleshooting electrical signal issues.
  48. 5.9Signal analysis tools and equipment.
  49. 5.20Practical examples of signal tuning on various high-performance motorcycles.
  50. 6.2Fundamentals of mapping in engine management systems.
  51. 6.2Advanced sensor mapping strategies (throttle position, etc.).
  52. 6.3Precise actuator control (injectors, etc.).
  53. 6.4Ignition and fuel map tuning.
  54. 6.5Engine response optimization.
  55. 6.6Mapping Tools and Software
  56. 6.7Bench and Road Testing
  57. 6.8Mapping Strategies for Different Riding Conditions
  58. 6.9Practical Mapping Case Studies on Racing Motorcycles
  59. 6.20Mapping Data Analysis Techniques
  60. 7.2Introduction to ECU Programming
  61. 7.2Unlocking the ECU's Potential
  62. 7.3Programming Specific Sensors
  63. 7.4Programming Actuators to Maximize Performance
  64. 7.5Tuning Ignition and Fuel Maps
  65. 7.6Integrating Additional Control Systems
  66. 7.7Programming Tools and Software
  67. 7.8Testing and Validating Modifications
  68. 7.9Practical Programming Case Studies on Different Motorcycle Models
  69. 7.20Safety and Legal Considerations in ECU Programming
  70. 8.2Analysis of Electronic Control Systems in Motorcycles
  71. 8.2Optimization of Control Systems
  72. 8.3Next-Generation Sensors and Actuators
  73. 8.4Advanced Fault Diagnosis in Control Systems
  74. 8.5Data Analysis and Performance Optimization
  75. 8.6Analysis and Optimization Tools and Software
  76. 8.7Trends in Electronic Control Technology for Motorcycles
  77. 8.8Adapting Control Systems to Different Types of Motorcycles
  78. 8.9Practical Case Studies of Analysis and Optimization in Next-Generation Models
  79. 8.20Considerations on the Future of Electronic Control Systems in Motorcycles
  1. 3.3Fundamentals of Electronics Applied to Motorcycles: Components and Circuits
  2. 3.2Essential Sensors: Operating Principles and Applications
  3. 3.3Key Actuators: System Control and Functions
  4. 3.4Mechatronics in Motorcycles: Integration of Electronic and Mechanical Systems
  5. 3.5Engine Management Systems (ECU): Architecture and Operation
  6. 3.6Communication between Sensors, Actuators, and ECU
  7. 3.7Electronic Fault Diagnosis: Techniques and Tools
  8. 3.8Power Electronics: Ignition and Fuel Systems
  9. 3.9Electronic Safety Systems: ABS, Traction Control
  10. 3.30Trends in Electronics and Mechatronics for the Motorcycles of the Future
  1. 4.4Introduction to Sensor Programming in Motorcycles
  2. 4.2Fundamentals of Sensor Programming: Types and Functions
  3. 4.3Programming Position Sensors: TPS, CKP, CMP
  4. 4.4Programming Pressure Sensors: MAP, Barometric, Fuel
  5. 4.5Programming Temperature Sensors: Air, Coolant, Oil
  6. 4.6Programming Oxygen (O2) Sensors: Mixture Adjustment
  7. 4.7Calibration and Adjustment of Sensors for Optimal Performance
  8. 4.8Integrating Sensors into the Engine Control Unit (ECU)
  9. 4.9Sensor Programming Tools and Software
  10. 4.40Practical Cases: Optimizing Sensors in Modern Motorcycles
  1. 5.5Introduction to Sensors and Actuators in Modern Motorcycles
  2. 5.5Types of Sensors: Function and Applications
  3. 5.3Types of Actuators: Function and Applications
  4. 5.4OBD Diagnostic and Scanning Tools
  5. 5.5Sensor Calibration: Procedures and Techniques
  6. 5.6Functional Testing and Verification of Actuators
  7. 5.7Troubleshooting Common Problems in Sensor and Actuator Systems
  8. 5.8Practical Examples of Diagnosis and Calibration
  9. 5.9Using Multimeters and Oscilloscopes in Diagnosis
  10. 5.50Case Studies: Diagnosis and Calibration on Different Motorcycle Models
  11. 5.5Fundamentals of Electronic Fuel Injection and Ignition
  12. 5.5​​Key Sensors in the Fuel Injection System: Data Analysis
  13. 5.3Key Actuators in the Fuel Injection System: Control and Optimization
  14. 5.4Sensors in the Ignition System: Signal Interpretation
  15. 5.5​​Actuators in the Ignition System: Spark Control
  16. 5.6Fuel and Ignition Map Tuning: Advanced Techniques
  17. 5.7Performance Optimization: Data Analysis and Adjustments
  18. 5.8Efficiency Improvement and Emission Reduction
  19. 5.9Software Tools for Optimization
  20. 5.50Case Studies: Optimization in Different Types of Motorcycles
  21. 3.5Basic Components of Motorcycle Electronics
  22. 3.5Principles of Mechatronics Applied to Motorcycles
  23. 3.3Sensors: Types, Operation, and Specific Applications
  24. 3.4Actuators: Types, Operation, and Specific Applications
  25. 3.5Electronic Circuits: Analysis and Design
  26. 3.6Control Systems: Types and Applications in Motorcycles
  27. 3.7Electronic Communication: Protocols and Standards
  28. 3.8Digital Electronics: Logic and Basic Programming
  29. 3.9Integration of Electronic and Mechanical Systems
  30. 3.50Practical Examples: Applications of Electronics and Mechatronics
  31. 4.5Introduction to Programming Electronic Control Units (ECUs)
  32. 4.5Programming Languages ​​and Tools
  33. 4.3Sensor Programming: Data Acquisition and Processing
  34. 4.4Actuator Programming: Control and Management
  35. 4.5Design of Control Strategies: Algorithms and Logic
  36. 4.6Performance Optimization Through Programming
  37. 4.7Calibration and Adjustment of Control Parameters
  38. 4.8Communication and Diagnostics: Protocols and Tools
  39. 4.9Systems Integration: Programming and Testing
  40. 4.50Case Studies: Programming for Optimal Performance on Different Motorcycles
  41. 5.5Principles of Electricity and Electronics in Motorcycles
  42. 5.5Electrical Signals: Types and Characteristics
  43. 5.3Interpretation of Analog and Digital Signals
  44. 5.4Use of Oscilloscopes and Multimeters
  45. 5.5Analysis of Sensor Signals: Interpretation and Diagnosis
  46. 5.6Analysis of Actuator Signals: Interpretation and Control
  47. 5.7Identifying and Troubleshooting Signal Problems
  48. 5.8Data Acquisition (DAQ) Systems and Analysis
  49. 5.9Signal-Based Tuning and Calibration Techniques
  50. 5.50Case Studies: Interpreting Signals on High-Performance Motorcycles
  51. 6.5Introduction to Sensor and Actuator Mapping
  52. 6.5Types of Maps and Data Tables
  53. 6.3Creating and Modifying Maps Fuel
  54. 6.4Creating and Modifying Ignition Maps
  55. 6.5Control Strategies: Open and Closed Loops
  56. 6.6Real-Time Data Analysis
  57. 6.7Performance Tuning and Optimization
  58. 6.8Mapping Tools and Software
  59. 6.9Map Testing and Validation
  60. 6.50Practical Cases: Mapping and Control on Different Motorcycle Models
  61. 7.5Fundamentals of Systems Integration
  62. 7.5Communication Between Modules and Systems
  63. 7.3ECU Programming: Software and Tools
  64. 7.4Integrating Additional Sensors
  65. 7.5Controlling Special Actuators
  66. 7.6Optimizing Performance and Efficiency
  67. 7.7Testing and Calibrating Integrated Systems
  68. 7.8Developing Advanced Control Strategies
  69. 7.9Troubleshooting and System Diagnostics
  70. 7.50Case Studies: Integration and Programming on Modern Motorcycles
  71. 8.5Introduction to Electronic Control Systems
  72. 8.5Control System Architecture
  73. 8.3Sensors and Actuators in Next-Generation Systems
  74. 8.4Diagnostics and Failure analysis
  75. 8.5Advanced control strategies
  76. 8.6Optimization of control systems
  77. 8.7Data analysis and telemetry
  78. 8.8Trends in electronic control systems
  79. 8.9Implementation of control systems
  80. 8.50Case studies: Analysis of control systems in next-generation motorcycles
  1. 6.6Fundamentals of Sensor Mapping and Control in Motorcycles
  2. 6.2Types of Sensors and Their Applications in the Engine Management System
  3. 6.3Operating Principles of Actuators and Their Electronic Control
  4. 6.4Tools and Techniques for Acquiring and Analyzing Sensor Data
  5. 6.5Mapping Strategies for Optimizing Engine Performance
  6. 6.6Adjusting and Calibrating Fuel and Ignition Maps
  7. 6.7Actuator Control for Precise Engine Management
  8. 6.8Implementing Control Strategies in High-Performance Systems
  9. 6.9Troubleshooting and Diagnosing Mapping Systems
  10. 6.60Case Studies and Application Examples in Modern Motorcycles
  1. 7.7Introduction to Advanced Diagnostics in Modern Motorcycles
  2. 7.2Fundamentals of Sensors and Actuators in Motorcycles
  3. 7.3Diagnostic Tools and Equipment: Use and Calibration
  4. 7.4Fault Code Analysis and Interpretation
  5. 7.7Sensor Calibration: Procedures and Best Practices
  6. 7.6Actuator Calibration: Testing and Adjustment
  7. 7.7Troubleshooting Common Problems in Sensor and Actuator Systems
  8. 7.8Safety Practices and Handling of Diagnostic Tools
  9. 7.9Case Studies: Diagnosis and Calibration on Specific Motorcycles
  10. 7.70Preventive Maintenance and Periodic Calibration
  11. 2.7Principles of Electronic Fuel Injection (EFI)
  12. 2.2Fundamentals of the Electronic Ignition System
  13. 2.3Key Sensors in EFI and Ignition Systems: Types and Functions
  14. 2.4Key Actuators: Injectors, Ignition Coils, etc.
  15. 2.7Real-time data analysis and operating parameters
  16. 2.6Air-fuel mixture optimization
  17. 2.7Ignition timing adjustment for optimal performance
  18. 2.8Mapping and control strategies in engine management systems
  19. 2.9Case studies: optimization in different types of motorcycles
  20. 2.70Performance testing and results evaluation
  21. 3.7Motorcycle electronics fundamentals
  22. 3.2Essential electronic components: resistors, capacitors, etc.
  23. 3.3Electrical circuits and their operation
  24. 3.4Introduction to mechatronics: integration of mechanics and electronics
  25. 3.7Position sensors: types and applications
  26. 3.6Speed ​​and acceleration sensors: operation and diagnostics
  27. 3.7Electromechanical actuators: operation and control
  28. 3.8Electronic control systems: design and application
  29. 3.9Schematic diagram analysis and troubleshooting
  30. 3.70Practical applications: ABS, traction control, etc.
  31. 4.7Introduction to Engine Management System Programming
  32. 4.2Programming Languages ​​and Development Tools
  33. 4.3Structure and Operation of Engine Management Software
  34. 4.4Programming Injection and Ignition Maps
  35. 4.7Controlling Sensors and Actuators via Software
  36. 4.6Optimizing Performance through Programming
  37. 4.7Testing and Adjusting on the Test Bench
  38. 4.8Integrating Custom Systems
  39. 4.9Troubleshooting Programming Problems
  40. 4.70Final Project: Programming and Optimizing an Engine Management System
  41. 7.7Fundamentals of Electrical Signals
  42. 7.2Types of Signals: Analog and Digital
  43. 7.3Measuring and Analyzing Electrical Signals: Oscilloscope and Multimeter
  44. 7.4Interpreting Key Sensor Signals
  45. 7.7Interpreting Actuator Signals
  46. 7.6Electrical Signal-Based Fault Analysis
  47. 7.7Fine-Tuning and Optimization Techniques
  48. 7.8Data Acquisition Systems and Advanced Analysis
  49. 7.9Case Study: Signal Analysis in Systems Specifics
  50. 7.70Solving complex problems based on signal analysis
  51. 6.7Introduction to engine management system mapping
  52. 6.2Mapping tools and specialized software
  53. 6.3Creating and modifying injection maps
  54. 6.4Creating and modifying ignition maps
  55. 6.7Advanced mapping strategies for optimization
  56. 6.6Controlling sensors and actuators through mapping
  57. 6.7Optimizing performance under different conditions
  58. 6.8Integrating traction control and ABS systems
  59. 6.9Case studies: Mapping on high-performance motorcycles
  60. 6.70Fine-tuning and bench testing
  61. 7.7Integrating sensors and actuators in advanced systems
  62. 7.2Communication protocols in motorcycles: CAN, LIN, etc.
  63. 7.27.3 Programming Electronic Control Units (ECUs)
  64. 7.4Developing Custom Interfaces and Systems
  65. 7.7Optimizing Performance and Efficiency
  66. 7.6Controlling Complex Engine Management Systems
  67. 7.7Implementing Dynamic Control Systems
  68. 7.8Software Updates and Upgrades
  69. 7.9Case Study: Advanced Integration in Motorcycles
  70. 7.70Final Project: Designing and Implementing an Integrated System
  71. 8.7Introduction to Electronic Control Units (ECUs)
  72. 8.2Architecture of Electronic Control Systems
  73. 8.3Analyzing Electronic Control Systems
  74. 8.4Troubleshooting and Diagnosing Electronic Control Systems
  75. 8.7Optimizing Electronic Control Systems
  76. 8.6Integrating Sensors and Actuators into Electronic Control Systems
  77. 8.7Programming and Configuring Electronic Control Systems
  78. 8.8Developing and Testing Electronic Control Systems
  79. 8.9Case Studies: Advanced Electronic Control Systems
  80. 8.70Future Trends in Electronic Control System Development
  1. 8.8Introduction to the Analysis and Optimization of Electronic Control Systems in Motorcycles
  2. 8.8Architecture of Electronic Control Systems (ECUs) and Their Operation
  3. 8.3Sensors: Types, Operation, and Advanced Diagnostics
  4. 8.4Actuators: Control, Calibration, and Optimization Strategies
  5. 8.5Interpretation of Electrical Diagrams and Control Signals
  6. 8.6Data Analysis and Fault Diagnosis with Specialized Tools
  7. 8.7Optimization of Fuel Injection and Ignition
  8. 8.8Mapping and Adjusting Parameters for Optimal Performance
  9. 8.9Integration and Programming of Advanced Control Systems
  10. 8.0Future Trends in Motorcycle Electronics
  1. 9.9Identifying and Classifying Sensors and Actuators in Modern Motorcycles
  2. 9.9Advanced Diagnostic Tools: Multimeters, Oscilloscopes, OBD Scanners
  3. 9.3Sensor Calibration Techniques: Adjustments and Precision Testing
  4. 9.4Actuators: Diagnosis, Functional Testing, and Calibration
  5. 9.5Common Failures: Troubleshooting and Failing in Sensors and Actuators
  6. 9.9Fuel Injection Systems: Components, Operation, and Optimization
  7. 9.9Ignition Systems: Types, Characteristics, and Optimization
  8. 9.3Real-Time Data Analysis: Interpreting Sensor Signals
  9. 9.4Optimization Strategies: Custom Fuel Injection and Ignition Maps
  10. 9.5Fine-Tuning: Improving Performance and Efficiency
  11. 3.9Fundamental Principles of Electronics Applied to Motorcycles
  12. 3.9Mechatronic Components: Sensors, Actuators, and Control Units
  13. 3.3Essential Sensors: Types, Characteristics, and Applications
  14. 3.4Key Actuators: Operation, Control, and Maintenance
  15. 3.5Systems Integration: Electronics and Mechatronics in Motorcycles Motorcycles
  16. 4.9Introduction to Programming Electronic Systems in Motorcycles
  17. 4.9Sensors: Configuration and Adaptation to Different Systems
  18. 4.3Actuators: Control and Programming to Optimize Performance
  19. 4.4Integration Strategies: Communication Between Sensors and Actuators
  20. 4.5Testing and Validation: Verifying Performance and Functionality
  21. 5.9Fundamentals of Electrical Signals: Measurement and Analysis
  22. 5.9Sensors: Signal Interpretation and Fault Diagnosis
  23. 5.3Actuators: Analysis of Control Signals and Response
  24. 5.4Precise Tuning: Calibration and Optimization of Systems
  25. 5.5High-Performance Applications: Advanced Strategies
  26. 6.9Introduction to Mapping Sensors and Actuators
  27. 6.9Control Strategies: Optimizing Engine Performance
  28. 6.3Advanced Tuning: Customizing Performance Maps
  29. 6.4Management Software: Programming Tools and Techniques
  30. 6.5Case Studies: Optimizing Maps for Different Scenarios
  31. 7.9Introduction to Programming and Unlocking Potential
  32. 7.9Sensor Systems: Integration and Programming Advanced
  33. 7.3Actuators: Programming and control for maximum performance
  34. 7.4Communication protocols: CAN bus, serial, etc.
  35. 7.5Upgrades and Customization: Optimizing Motorcycle Software
  36. 8.9Introduction to the Analysis and Optimization of Electronic Control Systems
  37. 8.9Sensors and Actuators: Key Components in Advanced Systems
  38. 8.3Control Strategies: Optimizing Performance and Efficiency
  39. 8.4Advanced Diagnostics: Identifying and Solving Problems
  40. 8.5Future Trends: Innovation in Electronic Control Systems
  41. 9.9Sensors and Actuators: Types and Function in Mechatronic Systems
  42. 9.9Key Components: Design, Application, and Failure Analysis
  43. 9.3Power Electronics: Actuator Control and System Design
  44. 9.4Advanced Mechatronics: Integrating Sensors and Actuators
  45. 9.5Diagnostics: Tools and Techniques for Identifying Faults
  46. 9.6Communication Protocols: CAN-bus and Other Systems
  47. 9.7Programming Mechatronic Systems: Optimizing Performance
  48. 9.8System Design: Integrating Sensors and Actuators
  49. 9.9Current Trends: Innovation in Mechatronic Systems
  50. 9.90Practical cases: applications of mechatronics in motorcycles
  1. 1.1Sensor and Actuator Diagnostics: Fundamentals and Methodology
  2. 1.2Sensor Calibration: Procedures and Tools
  3. 1.3Actuators: Testing, Diagnosis, and Replacement
  4. 1.4Electronic Injection Systems: Components and Operation
  5. 1.5Electronic Ignition Systems: Components and Operation
  6. 1.6Analysis of Fault Codes and Real-Time Data
  7. 1.7Advanced Diagnostic Tools: Use and Applications
  8. 1.8Case Studies: Diagnosis and Troubleshooting of Common Problems
  9. 2.1Injection Systems: Fuel and Air Optimization
  10. 2.2Ignition Systems: Spark Timing and Duration
  11. 2.3Crankshaft and Camshaft Position Sensors: Analysis and Optimization
  12. 2.4Temperature and Pressure Sensors: Interpretation and Adjustment
  13. 2.5Injection Actuators: Control and Performance
  14. 2.6Actuators of Ignition: Control and Performance
  15. 2.7Injection and Ignition Maps: Creation and Modification
  16. 2.8Dynamometer Testing and Results Analysis
  17. 3.1Motorcycle Electronics: Components and Circuits
  18. 3.2Essential Sensors: Types, Operation, and Applications
  19. 3.3Essential Actuators: Types, Operation, and Applications
  20. 3.4Engine Management Systems (ECUs): Architecture and Design
  21. 3.5CAN Bus and LIN Bus Communication Networks: Fundamentals
  22. 3.6Integration of Sensors and Actuators into the Electronic System
  23. 3.7Design of Electronic Circuits for Motorcycles
  24. 3.8Simulation and Analysis of Electronic Systems
  25. 4.1Sensor Programming: Protocols and Communication
  26. 4.2Actuator Programming: Control and Commands
  27. 4.3Engine Control Systems (ECMs): Programming and Configuration
  28. 4.4Performance Optimization: Strategies and Techniques
  29. 4.5Integration of Advanced Control Systems
  30. 4.6Software Development for Sensor and Actuator Control
  31. 4.7System Integration and Verification Testing
  32. 4.8Data Analysis and Parameter Tuning
  33. 5.1Electrical Signals: Types, Characteristics, and Measurements
  34. 5.2Position Sensors: Interpretation and Calibration
  35. 5.3Pressure and Temperature Sensors: Interpretation and Tuning
  36. 5.4Actuators: Control and Response
  37. 5.5Signal Analysis: Oscilloscopes and Multimeters
  38. 5.6High-Performance Systems: Design and Optimization
  39. 5.7Advanced Diagnostics of High-Performance Systems
  40. 5.8Troubleshooting and Fine-Tuning
  41. 6.1Sensor Mapping: Creation and Optimization
  42. 6.2Actuator Control: Advanced Strategies
  43. 6.3Motor Control Systems: Maps and Strategies
  44. 6.4Performance Optimization: Advanced Techniques
  45. 6.5Data Management and Analysis Performance
  46. 6.6Adaptive Control Systems
  47. 6.7Design of Customized Control Strategies
  48. 6.8Testing and Validation of Advanced Strategies
  49. 7.1Sensor Programming: Languages ​​and Tools
  50. 7.2Actuator Programming: Control and Communication
  51. 7.3Integrated Control Systems: Design and Development
  52. 7.4Integration of Sensors and Actuators with the ECU
  53. 7.5Development of Applications for Motorcycle Control
  54. 7.6Human-Machine Interfaces (HMIs)
  55. 7.7Performance Testing and Calibration
  56. 7.8Software Upgrading and Maintenance
  57. 8.1Analysis of Electronic Control Systems: Architecture and Design
  58. 8.2Next-Generation Sensors: Types and Applications
  59. 8.3Next-Generation Actuators: Control and Performance
  60. 8.4Advanced Control Systems: Design and Implementation
  61. 8.5Performance Optimization: Techniques and Tools
  62. 8.6Data Analysis and Improvement Continued
  63. 8.7Diagnostic and Predictive Maintenance Systems
  64. 8.8Integration of Emerging Technologies
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

Specialized Technician in Modern Motorcycles (Diagnostics, Repair, Electronics)**Specialized Technician in Modern Motorcycles** (Sensors, Actuators, Advanced Diagnostics)**Motorcycle Systems Technician** (Sensors, Actuators, Electronics)**Specialized Motorcycle Technician** (Sensors, Actuators, Diagnostics)**Motorcycle Technician** (Sensors, Actuators, Electronic Diagnostics)**Motorcycle Technician** (Sensors, Actuators, Electronic Diagnostics)
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.

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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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