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Track day event organization course

Track Day Event Organization Course

This course focuses on the comprehensive management of events at racetracks, covering the planning, logistics, and execution of vehicle test days. It emphasizes safety, regulations, and essential technical aspects, such as registration management, schedule control, communication with participants, and incident handling on the track. Areas such as paddock organization, supplier management, and event marketing are explored, with the aim of providing a safe and satisfying experience for all participants.

The program includes practical modules on signage, safety protocols, first aid, and emergency management, as well as an in-depth analysis of current legislation and permit requirements. Learning is encouraged through case studies and participation in real-life event simulations. This course is ideal for those interested in pursuing a career as a sports event organizer, track director, or safety manager at racing circuits.

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

Comprehensive Mastery of Track Day Organization: From Planning to Successful Execution

02

Rotor Optimization and Performance: In-depth Analysis and Results

03

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

04

Planning and Execution of Track Days: A Strategic and Effective Approach

05

Track Day Organization: Master Planning, Flawless Execution, and Resounding Success

06

Structure and Execution of Track Days: A Comprehensive Course for Success

07

Track Days: Mastery of Comprehensive Organization, Planning and Effective Logistics

08

Comprehensive Track Day Organization: Strategic Planning and Perfect Execution

Profile

Who it's for

  • Enthusiasts of the motor world and track day events.
  • Event organizers, both novice and experienced, who wish to refine their skills.
  • Automotive professionals (dealerships, workshops, etc.) looking to offer a more comprehensive service.
  • Motorsports fans who wish to organize their own track day events.
  • Entrepreneurs interested in creating or growing a business related to motor events.
  • Security and logistics personnel involved in motor events.
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 — Fundamentals and Legal Framework of Track Days
  2. 1. Introduction to Track Days: Definition, objectives, and benefits.
  3. 2. Legal and regulatory framework applicable to the organization of Track Days.
  4. 3. Responsibilities and obligations of organizers and participants.
  5. 4. Track safety: Rules, signage, and protocols.
  6. 5. Insurance and coverage: Types, scope, and requirements.
  7. 6. Necessary licenses and permits: Procedures and formalities.
  8. 7. Legal aspects related to civil liability.
  9. 8. Contracts and agreements: Templates, clauses, and negotiation.
  10. 9. Personal data protection: Regulatory compliance.
  11. 10. Specific legislation according to geographical location.
  1. 2.2Fundamentals of Rotor Aerodynamics: Principles and Theories
  2. 2.2Rotor Design: Key Parameters and Material Selection
  3. 2.3Rotor Flow Analysis: Simulation and Experimentation
  4. 2.4Airfoil Optimization: Techniques and Tools
  5. 2.5Rotor Vibration Control: Methods and Strategies
  6. 2.6Rotor Performance Analysis: Efficiency and Thrust
  7. 2.7Modeling and Simulation: Tools for Optimization
  8. 2.8Rotor Damage Assessment and Maintenance
  9. 2.9Case Studies: Rotor Optimization in Practice
  10. 2.20Future Trends: Innovation in Rotor Design
  1. 3.3Event Planning: Objectives, Target Audience, and Budget
  2. 3.2Venue Selection and Logistics: Permits, Insurance, and Security
  3. 3.3Agenda Design: Timing, Activities, and Categories
  4. 3.4Registration and Participant Management: Platforms and Communication
  5. 3.5Suppliers and Sponsors: Selection and Negotiation
  6. 3.6Marketing and Promotion: Strategies and Communication Channels
  7. 3.7Day-of-Event Management: Staffing, Control, and Problem Resolution
  8. 3.8Post-Event Evaluation: Feedback Gathering and Results Analysis
  9. 3.9Regulatory and Legal Compliance: Safety Regulations and Liability
  10. 3.30Continuous Improvement: Learning and Optimization for Future Events
  1. 4.4Aerodynamic Design and Rotor Analysis: Fundamentals and Methods
  2. 4.2Computational Fluid Dynamics (CFD) Applied to Rotors: Simulation and Optimization
  3. 4.3Finite Element Analysis (FEA) for Rotors: Stress, Deformation, and Vibration
  4. 4.4Selection and Optimization of Airfoil Profiles for Rotors
  5. 4.5Design and Analysis of Rotor Blades: Materials, Shapes, and Construction
  6. 4.6Vibration Control in Rotors: Techniques and Strategies
  7. 4.7Flight Control Systems for Rotors: Stability and Maneuverability
  8. 4.8Rotor Testing and Validation: Wind Tunnels and Flight Testing
  9. 4.9Rotor Performance Optimization: Efficiency, Power, and Noise
  10. 4.40Case Studies: Analysis and Optimization of Rotors in Different Applications
  1. 5.5Introduction to Naval Law and Maritime Regulations
  2. 5.5Fundamental Principles of Naval Design and Construction
  3. 5.3Regulations on Maritime Safety and Accident Prevention
  4. 5.4Rules of Collision and Safe Navigation
  5. 5.5Legislation on Marine Pollution and Sustainability
  6. 5.6Legal Framework for Ship Ownership and Registration
  7. 5.7International Standards for the Security of Ships and Port Facilities
  8. 5.8International Conventions Relevant to the Shipbuilding Industry
  9. 5.9Civil Liability and Marine Insurance
  10. 5.5Fundamentals of Rotor Aerodynamics
  11. 5.5Rotor Design and Performance Parameters
  12. 5.3Rotor Efficiency Analysis and Optimization
  13. 5.4Rotor Simulation and Modeling Techniques
  14. 5.5Impact of Environmental Conditions on Rotor Performance
  15. 5.6Rotor Vibration and Noise Analysis 5.7 Methods for measuring and evaluating rotor performance.
  16. 5.8Case studies of rotor optimization in different applications.
  17. 5.9Development of rotor prototypes and testing.
  18. 3.5Defining objectives and target audience for Track Days.
  19. 3.5Track selection and risk assessment.
  20. 3.3Designing the event structure and schedule.
  21. 3.4Developing marketing and promotion strategies.
  22. 3.5Managing registrations and participant logistics.
  23. 3.6Selecting and training staff and volunteers.
  24. 3.7Coordinating on-track activities and safety.
  25. 3.8Managing unforeseen events and resolving problems.
  26. 3.9Post-event evaluation and results analysis.
  27. 4.5Methodologies for analyzing rotor performance.
  28. 4.5Identifying areas for improvement in rotor design and operation.
  29. 4.3Data analysis and evaluation of test results.
  30. 4.4Optimization of aerodynamic profiles and rotor configuration.
  31. 4.5Reduction of rotor noise and vibration.
  32. 4.6Implementation of control and monitoring technologies.
  33. 4.7Study of rotor lifespan and maintenance.
  34. 4.8Cost-benefit analysis of rotor improvements.
  35. 4.9Design of a rotor optimization plan.
  36. 5.5Definition of objectives and target audience for Track Days.
  37. 5.5Circuit selection and risk assessment.
  38. 5.3Design of the event structure and schedule.
  39. 5.4Development of marketing and promotion strategies.
  40. 5.5Registration management and participant logistics.
  41. 5.6Selection and training of staff and volunteers.
  42. 5.7Coordination of on-track activities and safety.
  43. 5.8Contingency management and problem resolution.
  44. 5.9Post-event evaluation and results analysis.
  45. 6.5Event Design and Planning
  46. 6.5Event Marketing and Promotion
  47. 6.3Registration and Participant Management
  48. 6.4Trackside Logistics and Operations
  49. 6.5Safety and First Aid
  50. 6.6Staff and Volunteer Management
  51. 6.7Communication and Customer Service
  52. 6.8Incident Management and Problem Resolution
  53. 6.9Event Evaluation and Follow-up
  54. 7.5Event Design and Planning
  55. 7.5Event Marketing and Promotion
  56. 7.3Registration and Participant Management
  57. 7.4Trackside Logistics and Operations
  58. 7.5Safety and First Aid
  59. 7.6Staff and Volunteer Management
  60. 7.7Communication and Customer Service
  61. 7.8Incident Management and Problem Resolution
  62. 7.9Event Evaluation and Follow-up
  63. 8.5Track Day Logistics Planning
  64. 8.5Equipment transport and storage management.
  65. 8.3Procurement of supplies and resources.
  66. 8.4Organization of work areas and services.
  67. 8.5Management of permits and authorizations.
  68. 8.6Coordination of suppliers and contractors.
  69. 8.7Optimization of routes and workflows.
  70. 8.8Cost control and logistics budget.
  71. 8.9Evaluation and improvement of logistics.
  72. 9.5Definition of event objectives and scope.
  73. 9.5Development of a detailed plan and schedule.
  74. 9.3Selection and contracting of suppliers.
  75. 9.4Registration and participant management.
  76. 9.5Organization of on-track and off-track activities.
  77. 9.6Logistics of transport, accommodation, and food.
  78. 9.7Coordination of staff, volunteers, and security teams.
  79. 9.8Communication with participants and sponsors. 9.9 Post-event evaluation and analysis for continuous improvement.
  1. 6.6Introduction to Naval Legislation
  2. 6.2Maritime Safety Regulations
  3. 6.3Navigation Regulations
  4. 6.4Marine Environmental Protection Legislation
  5. 6.5International Conventions and Treaties
  6. 6.6Legal Responsibilities of Naval Personnel
  7. 6.7Maritime Search and Rescue Legislation
  8. 6.8Naval Documentation and Certifications
  9. 6.9Regulatory Compliance and Audits
  10. 2.6Principles of Rotor Design
  11. 2.2Rotor Theory: Aerodynamics and Flight Mechanics
  12. 2.3Design Parameters: Wing Loading, Rotor Area
  13. 2.4Rotor Materials and Manufacturing
  14. 2.5Performance Analysis: Thrust, Drag
  15. 2.6Effects of Speed ​​and Altitude
  16. 2.7Rotor Stability and Control
  17. 2.8Blade and Airfoil Design
  18. 2.9Rotor Simulation and Modeling
  19. 3.6Fundamental Track Concepts Track Days
  20. 3.2Types of Track Day Events and Their Characteristics
  21. 3.3Identifying the Target Audience
  22. 3.4Track Day Selection: Key Considerations
  23. 3.5Program Design: Activities and Schedules
  24. 3.6Track Day Safety: Planning and Execution
  25. 3.7Event Marketing and Promotion
  26. 3.8Registration and Participant Management
  27. 3.9Evaluation and Continuous Improvement
  28. 4.6Introduction to Rotor Analysis
  29. 4.2Analysis Methods: Theory and Practice
  30. 4.3Airflow Analysis Around the Rotor
  31. 4.4Blade Design Optimization
  32. 4.5Vibration and Fatigue Analysis
  33. 4.6Energy Efficiency Evaluation
  34. 4.7Simulation Tools and Software
  35. 4.8Flight Data Analysis
  36. 4.9Implementing Improvements
  37. 5.6Defining Objectives and Scope
  38. 5.2Track Day Selection: Criteria and Evaluation
  39. 5.3Budgeting and Financial Management
  40. 5.4Planning Human Resources
  41. 5.5Program Design
  42. 5.6Contingency Plan and Risk Management
  43. 5.7Strategic Communication and Marketing
  44. 5.8Supplier and Contractor Management
  45. 5.9Schedule and Time Control
  46. 6.6Transportation and Setup Logistics
  47. 6.2Equipment and Materials Management
  48. 6.3Booth Layout and Setup
  49. 6.4Accreditation and Access Management
  50. 6.5People Flow Planning
  51. 6.6Emergency and First Aid Management
  52. 6.7Coordination of Support Services
  53. 6.8Event Execution Supervision
  54. 6.9Feedback Collection and Analysis
  55. 7.6Event Structure: Design and Organization
  56. 7.2Program Design: Activities and Schedules
  57. 7.3Staff Selection: Roles and Responsibilities
  58. 7.4Supplier and Sponsor Management
  59. 7.5Security and Emergency Protocols
  60. 7.6Effective Marketing and Promotion
  61. 7.7Registration and Participant Management
  62. 7.8Event Evaluation and Results Analysis
  63. 7.9Continuous Improvement Measures
  64. 8.6Detailed Logistics Planning
  65. 8.2Equipment Transportation and Transport
  66. 8.3Storage and Supply Management
  67. 8.4Coordination with Suppliers and Services
  68. 8.5Course Design: Internal Logistics
  69. 8.6Catering and Accommodation Logistics
  70. 8.7Waste Management and Sustainability
  71. 8.8Inventory and Materials Control
  72. 8.9Logistics Cost Analysis
  73. 9.6Definition of Objectives and Strategies
  74. 9.2Detailed Budget Planning
  75. 9.3Team Selection and Resource Management
  76. 9.4Design of an Attractive Program
  77. 9.5Registration and Participant Management
  78. 9.6Comprehensive Security Planning
  79. 9.7Marketing and Promotion Strategies
  80. 9.8Flawless Event Execution
  81. 9.9Evaluation and Results Analysis
  1. 7.7Rotor Types: Design and Functionality
  2. 7.2Rotor Materials and Construction
  3. 7.3Fundamental Aerodynamic Principles of Rotors
  4. 7.4Applicable Regulations and Standards for Rotors
  5. 7.7Safety in Rotor Operation and Maintenance
  6. 2.7Rotor Performance Measurement and Data Analysis
  7. 2.2Factors Affecting Rotor Performance
  8. 2.3Rotor Analysis Tools and Techniques
  9. 2.4Interpreting Results and Troubleshooting
  10. 2.7Optimizing Rotor Performance
  11. 3.7Defining Objectives and Target Audience for Track Days
  12. 3.2Designing and Scheduling Engaging Track Days
  13. 3.3Selecting and Contracting Personnel and Suppliers
  14. 3.4Safety Considerations for Track Days
  15. 3.7Track Day Promotion and Marketing
  16. 4.7Rotor Failure Analysis and Diagnostics
  17. 4.2Rotor Modification and Optimization for Performance
  18. 4.3Testing and Validating Rotor Improvements
  19. 4.4Cost-Benefit Analysis of Optimizations
  20. 4.7Implementation of Continuous Improvement Strategies for Rotors
  21. 7.7Event Design: Objectives and Audience
  22. 7.2Track Selection and Logistics Planning
  23. 7.3Track Day Budget and Financial Management
  24. 7.4Obtaining Necessary Permits and Insurance
  25. 7.7Coordination and Communication During the Event
  26. 7.6Post-Event Evaluation and Results Analysis
  27. 6.7Safety Protocols and Risk Management
  28. 6.2Registration and Participant Management
  29. 6.3Coordination of Instructors and Support Staff
  30. 6.4Incident and Emergency Management
  31. 6.7Evaluation and Continuous Improvement of Management
  32. 7.7Track Day Agenda and Schedule Design
  33. 7.2Track Selection and Preparation
  34. 7.3Organization of Service Areas and Pit Lanes
  35. 7.4Traffic and Participant Flow Management
  36. 7.7Emergency and Track Safety Protocols
  37. 8.7Equipment Transportation and Storage Logistics
  38. 8.2Fuel and Tire Management
  39. 8.3Distribution and Control of Materials and Resources
  40. 8.4Planning of the Logistics during the event
  41. 8.7Waste management and post-event cleanup
  42. 9.7Detailed planning of each phase of the Track Day
  43. 9.2Creation of a contingency plan
  44. 9.3Resource management and task allocation
  45. 9.4Effective communication with all stakeholders
  46. 9.7Evaluation and adjustment of the plan during execution
  1. 8.8Basic maritime legislation and relevant international conventions.
  2. 8.8Structure and operation of maritime authorities.
  3. 8.3Regulations on maritime safety and pollution prevention.
  4. 8.4Principles of maritime law and civil liability.
  5. 8.5Legislation on personnel and crews.
  6. 8.6Introduction to maritime transport regulations.
  7. 8.7Legislation on maritime security and navigational safety.
  8. 8.8Regulations on maritime accident investigation.
  9. 8.8The legal framework of ports and maritime terminals.
  10. 8.80Updates and trends in maritime legislation.
  11. 8.8Principles of rotor operation and design.
  12. 8.8Analysis of rotor geometry and characteristics.
  13. 8.3Rotor aerodynamics: lift, drag, and efficiency.
  14. 8.4Factors influencing rotor performance. 8.5 Vibration and noise analysis in rotors.
  15. 8.6Modeling and simulation of rotor performance.
  16. 8.7Rotor testing and evaluation methods.
  17. 8.8Impact of environmental conditions on performance.
  18. 8.9Rotor failure analysis and maintenance.
  19. 8.0Case studies and practical examples of rotor analysis.
  20. 3.8Identifying objectives and target audience.
  21. 3.8Selecting the location and designing the track.
  22. 3.3Developing a detailed schedule and timeline.
  23. 3.4Marketing and promotion strategies.
  24. 3.5Managing registrations and participant tracking.
  25. 3.6Designing activities and programs for Track Days.
  26. 3.7Selecting and managing support staff and equipment.
  27. 3.8Developing a safety and first aid plan.
  28. 3.9Establishing partnerships and sponsorships. 3.80 Evaluation of results and feedback analysis.
  29. 4.8Review of key rotor parameters: angle of attack, airfoil, etc.
  30. 4.8Analysis of performance data and telemetry.
  31. 4.3Optimization of rotor design to maximize performance.
  32. 4.4Selection of materials and manufacturing processes.
  33. 4.5Adjustment of configurations and fine-tuning.
  34. 4.6Study of the rotor-engine-transmission interaction.
  35. 4.7CFD analysis and flow simulation.
  36. 4.8Strategies to reduce drag and improve efficiency.
  37. 4.8Wind tunnel testing and validation of results.
  38. 4.80Implementation of improvements and performance monitoring.
  39. 5.8Definition of event objectives and scope.
  40. 5.8Selection and negotiation with suppliers and sponsors.
  41. 5.3Budgeting and financial control.
  42. 5.4Design of the Track Day program and activities. 5.5 Management of necessary permits and authorizations.
  43. 5.6Logistics and transportation planning.
  44. 5.7Registration management and participant tracking.
  45. 5.8Design of the security and medical care plan.
  46. 5.9Creation of a contingency plan for unforeseen events.
  47. 5.10Communication and coordination with all stakeholders.
  48. 6.11Management of participant registration and accreditation.
  49. 6.12Assembly and dismantling of infrastructure and equipment.
  50. 6.3Management of track and common area security.
  51. 6.4Coordination of staff and volunteers at the event.
  52. 6.5Management of track sessions and schedules.
  53. 6.6Access and parking control.
  54. 6.7Management of food and services for participants.
  55. 6.8Emergency and first aid management.
  56. 6.9Gathering feedback and evaluating the event. 6.80 Closure and dismantling of the infrastructure.
  57. 7.8Key elements for the success of the event.
  58. 7.8Design of the organizational structure and work teams.
  59. 7.3Selection and hiring of qualified personnel.
  60. 7.4Development of a communication and dissemination plan.
  61. 7.5Design of an attractive program of activities.
  62. 7.6Sponsorship management and public relations.
  63. 7.7Risk management and security planning.
  64. 7.8Quality control and event monitoring.
  65. 7.8Evaluation of results and impact analysis.
  66. 7.80Continuous improvement and planning for future editions.
  67. 8.8Planning of the logistics for transporting equipment and participants.
  68. 8.8Management of accommodation and internal transport.
  69. 8.3Design and management of service areas and pit lane.
  70. 8.4Management of warehouses and storage of materials.
  71. 8.5Design of the fuel and spare parts supply plan.
  72. 8.6Waste management and cleaning organization.
  73. 8.7Management of documentation and transport permits.
  74. 8.8Design of the road safety and signage plan.
  75. 8.9Coordination of logistics with suppliers and contractors.
  76. 8.0Optimization of logistics flows to maximize efficiency.
  1. 9.9Fundamentals of Rotor Aerodynamics: Principles and Applications
  2. 9.9Aerodynamic Design of Blades: Airfoils, Geometry, and Selection
  3. 9.3Airflow Analysis: CFD Methods and Wind Tunnels
  4. 9.4Performance Optimization: Drag, Thrust, and Efficiency
  5. 9.5Materials and Manufacturing: Selection and Processes
  6. 9.6Rotor Vibrations and Dynamics: Analysis and Mitigation
  7. 9.7Structural Design: Loads, Stresses, and Durability
  8. 9.8Rotor Control: Mechanisms and Systems
  9. 9.9Testing and Evaluation: Test Benches and Flight Tests
  10. 9.90Case Studies: Design and Analysis of Specific Rotors
  1. 1. Track Day Planning: Fundamental Strategies and Tactics
  2. 2. Rotor Performance Analysis: Advanced Methods and Tools
  3. 3. Track Day Management: Logistics, Safety, and Participant Experience
  4. 4. Rotor Optimization: Improving Performance and Efficiency
  5. 5. Strategic Track Day Planning: Objectives, Budget, and Schedule
  6. 6. Track Day Execution: Operations, Personnel, and Suppliers
  7. 7. Track Day Structure: Course Design, Activities, and Scheduling
  8. 8. Track Day Logistics: Transportation, Accommodation, and Catering
  9. 9. Comprehensive Track Day Organization: Marketing, Promotion, and Sales
  10. 10. Final Project — Track Day and Rotorcraft Mastery
  11. 10.1Track Day Planning and Execution: Integrating Key Concepts
  12. 10.2Rotor Analysis and Optimization: Case Studies
  13. 10.3Event Management: Legal and Operational Aspects Compliance
  14. 10.4Rotor Performance Simulations and Testing
  15. 10.5Risk Analysis and Mitigation in Track Days
  16. 10.6Experience Design: Creating Memorable Events
  17. 10.7Post-Event Evaluation: Results Analysis and Improvements
  18. 10.8Innovation in the Sector: Trends in Track Days and Rotorcraft
  19. 10.9Business Models and Monetization of Track Days
  20. 10.10Final Project Presentation and Defense
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

Track day event organizer (Coordination, logistics, marketing)Track day event organizer (Coordination, logistics, marketing)**Track Days Organizer** (Coordination, logistics, security)**Track day event organizer** (Coordination, logistics, security)**Track Days Organizer** (Coordination, logistics, security)**Track Days Organizer** (Coordination, logistics, security)
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.

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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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