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Diploma in FOC/DTC and State Observers

The Diploma in FOC/DTC and State Observers focuses on the design and analysis of control and diagnostic systems in dynamic systems, addressing the development of predictive controllers (MPCs) and state observers. It explores system modeling, system identification, Kalman filter design, and fault detection identification (FDI) techniques, using simulation tools and specialized software.

The diploma provides a solid foundation in control theory, linear algebra, and signal processing, focusing on the practical implementation of algorithms on platforms such as MATLAB/Simulink and embedded systems. The training prepares students for roles in areas such as control engineering, diagnostic systems design, advanced control research, and control systems software development, applicable in industry, robotics, and automation.

Duration6–8 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

Strategic Domain in FOC/DTC: Naval Observation, Status, and Action

02

Naval Strategies: FOC/DTC, State Observation, and Decision Making

03

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

04

Master's Degree in Naval Tactics: FOC/DTC, Environmental Observation, and State Strategy

05

Excellence in FOC/DTC: Naval State Observation, Analysis, and Application

06

FOC/DTC and State Observers: Advanced Naval Strategies and Tactics

07

Master's Degree in FOC/DTC: State Observation, Strategy, and Naval Diplomacy

08

Strategic Navigation: FOC/DTC, Observation, Naval Status and Tactics

Profile

Who it's for

  • Engineers with degrees in Aerospace, Mechanical, Industrial, Automation, or related fields, interested in the operation and analysis of naval systems.
  • Professionals working in the fields of naval logistics, fleet maintenance, maritime consulting, or in naval research centers.
  • Experts in areas such as fleet management, naval operations, weapons systems, navigation, and naval communications, who wish to deepen their knowledge.
  • Personnel from maritime authorities, navies, and regulatory bodies related to the naval field, seeking expertise in regulatory compliance and international standards.

Recommended Requirements: Basic knowledge of naval combat systems, resource management, and/or maritime regulations; proficiency in Spanish (ES) and/or English (EN) at level B2/C1. Leveling support is offered if needed.
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. 1.1Introduction to Naval Observation: Principles and Fundamentals
  2. 1.2FOC/DTC: Key Concepts and Initial Application
  3. 1.3Naval State: Analysis of the Environment and Operational Context
  4. 1.4Naval Action: Planning and Execution of Basic Operations
  5. 1.5Identifying Threats and Opportunities at Sea
  6. 1.6Observation Tools and Techniques: Radar, Sonar, Sensors
  7. 1.7The Importance of Intelligence in Decision-Making
  8. 1.8Case Studies: Analysis of Historical Naval Operations
  9. 1.9Practical Exercises: Simulation of Naval Scenarios
  10. 1.10Performance Evaluation: Feedback and Continuous Improvement
  11. 1.4
  1. 2.2Fundamentals of FOC/DTC: Principles and Applications in Naval Strategy
  2. 2.2Environmental Observation: Situation Analysis and Assessment
  3. 2.3State Identification: Determining Objectives and Resources
  4. 2.4Decision Making: Selecting the Appropriate Naval Action
  5. 2.5Strategic Planning: Developing Strategies Based on FOC/DTC
  6. 2.6Tactical Implementation: Executing Plans and Adapting
  7. 2.7Risk Management: Identifying and Mitigating Threats
  8. 2.8Results Analysis: Evaluating and Adjusting Strategies
  9. 2.9Strategic Communication: Disseminating Information and Coordinating
  10. 2.20Case Studies: Practical Application of Naval Strategies
  11. 2.3
  1. 3.3Principles of Naval Observation: FOC/DTC and the Environment
  2. 3.2State Analysis: Assessment of Friendly and Enemy Forces
  3. 3.3Naval Intelligence: Collection and Analysis of Strategic Data
  4. 3.4Naval Tactics: Planning and Execution of Operations
  5. 3.5Decision Making: Selection and Application of Strategies
  6. 3.6Naval Operations: Coordination of Forces and Resources
  7. 3.7Risk Analysis: Threat Assessment and Mitigation
  8. 3.8Scenario Simulation: Practice of Tactics and Strategies
  9. 3.9Naval Communications: Protocols and Transmission Security
  10. 3.30Case Study: Analysis of Historical Naval Operations
  1. 4.4Introduction to FOC/DTC and the State Concept in Naval Operations
  2. 4.2Environmental Observation: Naval Battlefield Analysis
  3. 4.3Threat Identification and Assessment: Intelligence and Surveillance
  4. 4.4Principles of Naval Strategy: Tactical Planning and Execution
  5. 4.5Decision Making in the Context of FOC/DTC
  6. 4.6Advanced Naval Tactics: Formations, Maneuvers, and Combat
  7. 4.7Naval Resource Management and Logistics
  8. 4.8Risk Analysis and Mitigation in Naval Operations
  9. 4.9Case Studies: Analysis of Historical Naval Battles
  10. 4.40Simulation and Training: Practical Application of Naval Tactics
  1. 5.5Key Principles: FOC/DTC and Naval Observation
  2. 5.5​​Target Identification and Battlefield Analysis
  3. 5.3Critical Information Gathering and Evaluation
  4. 5.4The Observation Process: Methods and Techniques
  5. 5.5Fundamentals of Naval Decision Making
  6. 5.6Implementation and Control of Naval Action
  7. 5.7The Staff's Role in Execution
  8. 5.8Communication and Coordination in Naval Operations
  9. 5.9Case Study: Practical Application of FOC/DTC
  10. 5.50Performance Evaluation and Feedback
  11. 5.5Strategic Framework: FOC/DTC and the State
  12. 5.5Situational Analysis: State Observation and Evaluation
  13. 5.3Development of Naval Strategic Objectives
  14. 5.4Course of Action Selection: FOC/DTC in Planning
  15. 5.5Strategy Implementation: Coordination and Control
  16. 5.6Adaptation and Flexibility: Responding to Events Contingencies
  17. 5.7Resource Management: Efficiency and Effectiveness in Operations
  18. 5.8Evaluation of Results and Strategic Adjustment
  19. 5.9Case Studies: Successful Naval Strategies
  20. 5.50Lessons Learned and Continuous Improvement
  21. 3.5In-Depth Analysis: FOC/DTC and the Operational Environment
  22. 3.5The Observation Process: Data Collection and Analysis
  23. 3.3Status Interpretation: Threat and Opportunity Assessment
  24. 3.4Operations Planning: Development of Courses of Action
  25. 3.5Risk Management: Hazard Identification and Mitigation
  26. 3.6Operations Execution: Tactical Coordination and Control
  27. 3.7Post-Action Evaluation: Performance and Results Analysis
  28. 3.8Decision Analysis: Errors and Successes in Operations
  29. 3.9Case Studies: Analysis of Strategic Operations
  30. 3.50Practical Application: Simulations and Analysis Exercises
  31. 4.5Tactical Fundamentals: FOC/DTC and the Operational Environment
  32. 4.5Environmental Reconnaissance: Battlefield Observation and Analysis
  33. 4.3Combat Plan Development: Tactics Selection
  34. 4.4Movement and Positioning: Maneuvers and Formations
  35. 4.5Weapons Employment: Firing Systems and Tactics
  36. 4.6Damage Control and Survivability: Protective Measures
  37. 4.7Tactical Leadership: Decision Making Under Pressure
  38. 4.8Communication and Coordination in Combat
  39. 4.9Case Studies: Naval Tactics Analysis
  40. 4.50Practical Exercises: Combat Scenario Simulation
  41. 5.5Information Gathering: FOC/DTC and the Observation Process
  42. 5.5Data Analysis: Situational Interpretation and Evaluation
  43. 5.3Decision Making: Course of Action Selection
  44. 5.4Execution: Operational Implementation and Control
  45. 5.5Evaluation: Performance and Results Analysis
  46. 5.6Risk Management: Threat Identification and Mitigation
  47. 5.7Contingency Planning: Preparation for Unforeseen Events
  48. 5.8Leadership and Communication in the Naval Context
  49. 5.9Case Studies: Practical Application of FOC/DTC in Naval Actions
  50. 5.50Practical Exercises: Naval Scenario Simulations
  51. 6.5The Role of Observers: FOC/DTC and Information Gathering
  52. 6.5Environmental Analysis: Threat and Opportunity Assessment
  53. 6.3Tactics Development: Adaptation to the Battlefield
  54. 6.4Force Coordination: Communication and Tactical Control
  55. 6.5Tactics Implementation: Execution and Maneuvers
  56. 6.6Risk Management: Mitigation of Potential Threats
  57. 6.7Leadership in Naval Combat: Rapid Decision Making
  58. 6.8Post-Action Evaluation: Tactical Performance Analysis
  59. 6.9Case Studies: Application of Advanced Naval Tactics
  60. 6.50Simulations and Exercises: Naval Tactics Practice
  61. 7.5FOC/DTC and Naval Diplomacy: International Relations
  62. 7.5State Observation: Actor and Scenario Analysis
  63. 7.3Naval Strategy: Diplomatic Objectives and Courses of Action
  64. 7.4Negotiation and Communication: Diplomatic Skills
  65. 7.5Crisis Management: Naval Conflict Resolution
  66. 7.6Naval Protocol: Diplomatic Ceremonies and Visits
  67. 7.7International Cooperation: Naval Alliances and Agreements
  68. 7.8The Role of Diplomacy in National Defense
  69. 7.9Case Studies: Naval Diplomacy and Conflict Resolution
  70. 7.50Exercises: Naval Negotiation and Diplomacy Simulations
  71. 8.5Fundamentals of Strategic Navigation
  72. 8.5Strategic Planning Course Outline: FOC/DTC in Navigation
  73. 8.3State Observation: Maritime Environment Analysis
  74. 8.4Naval Tactics Selection: Adapting to the Situation
  75. 8.5Maneuvers and Formations: Executing Tactics
  76. 8.6Risk Management: Safe Navigation in Hostile Environments
  77. 8.7Leadership in Navigation: Critical Decision Making
  78. 8.8The Role of Technology in Strategic Navigation
  79. 8.9Case Studies: Analysis of Navigation Operations
  80. 8.50Practical Exercises: Strategic Navigation Simulation
  1. 6.6Fundamentals of FOC/DTC: Principles and Applications in the Naval Environment
  2. 6.2State Observation in the Naval Context: Data and Scenario Analysis
  3. 6.3Advanced Naval Strategies: Mission Planning and Execution
  4. 6.4Specialized Naval Tactics: Adaptation and Response to Threats
  5. 6.5Naval Resource Management and Logistics: Operational Optimization
  6. 6.6Naval Weapons and Sensor Systems: Integration and Tactical Employment
  7. 6.7Naval Communication and Cybersecurity: Information Protection
  8. 6.8Leadership and Decision Making in High-Stress Scenarios
  9. 6.9Risk Analysis and Mitigation in Complex Naval Operations
  10. 6.60Case Studies: Practical Application of FOC/DTC in Simulations and Exercises
  11. 6.7
  1. 7.7Introduction to FOC/DTC and its Essential Components
  2. 7.2Principles of Naval Observation: Techniques and Methods
  3. 7.3The OODA Cycle: Observe, Orient, Decision, Action
  4. 7.4Terrain Analysis and Environmental Factors
  5. 7.7Identification and Classification of Ships and Aircraft
  6. 7.6Use of Maps and Nautical Charts
  7. 7.7Global Positioning Systems (GPS) and Navigation
  8. 7.8Basic Naval Communication and Signaling
  9. 2.7FOC/DTC in the Naval Strategic Context
  10. 2.2Scenario Modeling: Prediction and Analysis
  11. 2.3Assessment of the State of Operations
  12. 2.4Selection and Prioritization of Objectives
  13. 2.7Logistics and Supply Considerations
  14. 2.6Resource Management and Task Assignment
  15. 2.7Naval Mission Planning
  16. 2.8Evaluation and Adjustment of Strategic Plans
  17. 3.7Data Analysis and Intelligence Sources
  18. 3.2Image and Signal Interpretation
  19. 3.3Threat and Risk Assessment
  20. 3.4Analysis of the Adversary's Combat Capabilities
  21. 3.7Development of Contingency Plans
  22. 3.6Modeling of Naval Combat Simulations
  23. 3.7Assessment of the Impact of Operations on the State
  24. 3.8Strategic Reports and Presentations
  25. 4.7Naval Combat Tactics: Attack and Defense
  26. 4.2Tactical Maneuvers of Naval Units
  27. 4.3Coordination of Joint Operations
  28. 4.4Adaptation to Different Operational Environments
  29. 4.7Use of Weapons and Weapon Systems
  30. 4.6Assessment of the Impact of Tactics on the Environment
  31. 4.7Electronic Warfare Tactics
  32. 4.8Deception and Disinformation Strategies
  33. 7.7Detailed State Observation: Advanced Techniques
  34. 7.2Intelligence Data Analysis: Assessment of Threats
  35. 7.3Development of Action Plans: Crisis Response
  36. 7.4Evaluation of the Impact of Naval Decisions
  37. 7.7Combat Scenario Simulation: Testing and Adjustment
  38. 7.6Cost-Benefit Analysis in Naval Operations
  39. 7.7Application of Artificial Intelligence in Decision-Making
  40. 7.8Presentation of Strategic Reports and Recommendations
  41. 6.7The Role of Observers in Intelligence Gathering
  42. 6.2Identification and Analysis of the Adversary's Strengths and Weaknesses
  43. 6.3Development of Deception Tactics and Countermeasures
  44. 6.4Coordination of Intelligence Operations
  45. 6.7Terrain Analysis and its Influence on Tactics
  46. 6.6Application of Psychology in Naval Warfare
  47. 6.7Assault and Amphibious Landing Tactics
  48. 6.8Submarine Warfare Tactics
  49. 7.7FOC/DTC and the Framework of Diplomacy Naval
  50. 7.2Negotiation and Conflict Resolution at Sea
  51. 7.3The Use of Naval Power as a Diplomatic Tool
  52. 7.4Naval Protocols and Etiquette in International Relations
  53. 7.7Analysis of Naval Treaties and Agreements
  54. 7.6The Role of Peacekeeping Operations and Humanitarian Assistance
  55. 7.7Communication and Public Relations Strategies
  56. 7.8Case Studies: Naval Diplomacy in Practice
  57. 8.7Route Planning and Strategic Navigation
  58. 8.2Use of Advanced Navigation Technology
  59. 8.3Fleet and Naval Resource Management
  60. 8.4Maritime Evacuation and Rescue Tactics
  61. 8.7Maritime Security Considerations
  62. 8.6Risk Analysis and Threat Mitigation
  63. 8.7Adaptation to Climate and Environmental Change
  64. 8.8Case Studies: Strategic Navigation Operations
  1. 8.8Fundamentals of FOC/DTC: Key Principles and Initial Applications
  2. 8.8Naval Observation: Techniques and Strategies for Information Gathering
  3. 8.3Naval State: Environmental Analysis and Threat Assessment
  4. 8.4Naval Tactics: Developing and Executing Strategies at Sea
  5. 8.5FOC/DTC in Practice: Case Studies and Simulations
  6. 8.6Strategic Navigation: Planning and Conducting Naval Operations
  7. 8.7Integrating FOC/DTC and State: Analyzing Complex Situations
  8. 8.8The Role of the Naval Leader: Decision Making Under Pressure
  9. 8.8Tactical Optimization: Refinement and Continuous Adaptation
  10. 8.80The Future of Naval Tactics: Innovation and Technological Advancements
  1. 9.9Fundamentals of FOC/DTC: Principles of Observation, Orientation, Decision, and Control
  2. 9.9Observation in the Naval Context: Techniques and Tools for Information Gathering
  3. 9.3Naval State: Situation Analysis and Threat Assessment
  4. 9.4Naval Action: Plan Development and Operational Execution
  5. 9.5Practical Application: Case Studies and Naval Simulation Exercises
  6. 9.9Introduction to Naval Strategies: Concepts and Theoretical Framework
  7. 9.9FOC/DTC in Strategic Planning: Scenario Analysis and Decision Making
  8. 9.3State Observation: Environmental Assessment and its Strategic Implications
  9. 9.4The Role of the State in Naval Strategies: Diplomacy and Alliances
  10. 9.5Advanced Naval Strategies: Analysis of Real-World Cases and Case Studies
  11. 3.9In-Depth Analysis: Methodologies and Tools for Naval Analysis
  12. 3.9FOC/DTC in Strategic Analysis: Modeling and Simulation of Operations
  13. 3.3State Observation: Data and Trend Analysis in the Naval Context
  14. 3.4Naval Strategic Operations: Planning and Execution of Complex Missions
  15. 3.5Case Studies: Analysis of Historical and Current Naval Operations
  16. 4.9Introduction to Naval Tactics: Key Principles and Concepts
  17. 4.9FOC/DTC in the Tactical Sphere: Applying Intelligence on the Battlefield
  18. 4.3Environmental Observation: Analysis of Terrain and Weather Conditions
  19. 4.4State Strategy: The Nation's Role in Naval Tactical Planning
  20. 4.5Practical Exercises: Simulation of Naval Combat and Tactical Decision Making
  21. 5.9Excellence in FOC/DTC: Best Practices and Industry Standards
  22. 5.9State Observation: Advanced Data Collection and Analysis Techniques Data
  23. 5.3Naval Analysis: Identifying and Evaluating Risks and Opportunities
  24. 5.4Naval Application: Developing Effective Strategies and Tactics
  25. 5.5Case Studies: Analyzing Successful and Failed Naval Operations
  26. 6.9FOC/DTC and State Observers: Roles and Responsibilities
  27. 6.9Advanced Naval Strategies: Planning and Executing Special Missions
  28. 6.3Advanced Naval Tactics: Combat Techniques and Crisis Management
  29. 6.4Interacting with State Observers: Communication and Coordination
  30. 6.5Scenario Simulation: Real-Time Decision-Making Practice
  31. 7.9FOC/DTC and Naval Diplomacy: The Role of the Navy in International Politics
  32. 7.9State Observation: Assessing International Relations and Threats
  33. 7.3Naval Strategy: Using Diplomacy as a Tool for Conflict Resolution
  34. 7.4Naval Diplomacy: Negotiation and Protocol at Sea
  35. 7.5Case Studies: Naval Conflict Analysis and Negotiations
  36. 8.9Introduction to Strategic Navigation: Principles and Concepts
  37. 8.9FOC/DTC in Navigation: Route Planning and Resource Management
  38. 8.3Observation: Surveillance and Reconnaissance Techniques at Sea
  39. 8.4The State in Navigation: Political and Geopolitical Considerations
  40. 8.5Naval Tactics: Handling Navigation in Combat Situations
  41. 8.9
  1. 1. Strategic Domain in FOC/DTC: Naval Observation, Status, and Action
  2. 1.1Fundamentals of FOC/DTC: Definition and Application in the Naval Context
  3. 1.2Environmental Observation: Gathering and Analyzing Naval Information
  4. 1.3Status Assessment: Identifying Capabilities and Vulnerabilities
  5. 1.4Naval Action: Planning and Executing Tactical Operations
  6. 1.5Case Studies: Practical Examples of FOC/DTC Application
  7. 2. Naval Strategies: FOC/DTC, Status Observation, and Decision-Making
  8. 2.1Developing Naval Strategies: Principles and Processes
  9. 2.2Strategic Decision-Making: Factors and Models
  10. 2.3Implementing FOC/DTC in Strategic Planning
  11. 2.4Case Studies: Analyzing Critical Naval Decisions
  12. 2.5Risk Assessment and Mitigation in Naval Scenarios
  13. 3. In-Depth Analysis: FOC/DTC, Status Observation, and Strategic Naval Operations
  14. 3.1Advanced Analysis Techniques Naval Information
  15. 3.2Modeling and Simulation of Naval Scenarios
  16. 3.3Application of FOC/DTC in Joint and Combined Operations
  17. 3.4Analysis of Threats and Opportunities in the Global Naval Environment
  18. 3.5Preparation of Strategic Reports and Presentations
  19. 4. Master's Degree in Naval Tactics: FOC/DTC, Environmental Observation, and State Strategy
  20. 4.1Naval Tactics: Types and Application in Different Scenarios
  21. 4.2Advanced Naval Observation and Reconnaissance Techniques
  22. 4.3Development of Naval Combat Strategies
  23. 4.4Coordination and Control of Naval Forces in Tactical Operations
  24. 4.5Analysis of Tactical Scenarios and Real-Time Decision Making
  25. 5. Excellence in FOC/DTC: State Observation, Analysis, and Naval Application
  26. 5.1Integration of FOC/DTC in Naval Crisis Management
  27. 5.2Use of Emerging Technologies in Naval Observation and Analysis
  28. 5.3Evaluation of the Effectiveness of Naval Operations
  29. 5.4Optimization of Decision-Making Processes within the Force Naval
  30. 5.5Development of Contingency Plans and Emergency Response
  31. 6. FOC/DTC and State Observers: Advanced Naval Strategies and Tactics
  32. 6.1The Role of the State Observer in Naval Intelligence
  33. 6.2Interrogation Techniques and Intelligence Analysis
  34. 6.3Application of FOC/DTC in Naval Intelligence Operations
  35. 6.4Design and Execution of Reconnaissance and Surveillance Missions
  36. 6.5Analysis of Threats and Opportunities in the Field of Naval Intelligence
  37. 7. Master's in FOC/DTC: State Observation, Strategy, and Naval Diplomacy
  38. 7.1FOC/DTC in Naval Diplomacy and International Relations
  39. 7.2Negotiation and Communication Strategies in the Naval Field
  40. 7.3Conflict Analysis and Dispute Resolution at Sea
  41. 7.4The Role of Naval Force in Power Projection and Diplomacy
  42. 7.5Case Studies: Naval Diplomacy and International Crisis Management
  43. 8. Strategic Navigation: FOC/DTC, Observation, State, and Naval Tactics
  44. 8.1Principles of Strategic Navigation and Route Planning
  45. 8.2Use of FOC/DTC in Navigation and Maritime Traffic Control
  46. 8.3Risk Analysis and Safety Measures in Navigation
  47. 8.4Application of Naval Tactics in Complex Navigation Scenarios
  48. 8.5Route Optimization and Resource Management in Naval Operations
  49. 9. Final Project — FOC/DTC: Naval Strategy and Action
  50. 9.1Scenario Selection and Objective Definition
  51. 9.2Collection and Analysis of Relevant Information
  52. 9.3Development of a Strategic Plan Based on FOC/DTC
  53. 9.4Design of Tactical Operations and Resource Allocation
  54. 9.5Presentation and Defense of the Plan Before a Panel of Experts
  55. 9.1
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

Failure Data Analyst (FOC, DTC, Status Observation)Predictive Maintenance Analyst (FOC, DTC, Condition Monitoring)Failure Analyst and Condition Observation Specialist (FOC, DTC)**Fault Diagnosis Technician** (FOC, DTC, Status Observation)**Fault Diagnostics Engineer** (FOC, DTC, Status Observation)**Fault Diagnostics Engineer** (FOC, DTC, Status Observation)
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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