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Diploma in Acoustic Treatments and Noise Certification

The Diploma in Acoustic Treatments and Noise Certification focuses on the application of techniques for noise control and mitigation, encompassing architectural acoustics, sound engineering, and acoustic impact assessment. The program includes the study of sound-absorbing and insulating materials, as well as the design of solutions for diverse environments such as concert halls, recording studios, and industrial spaces, using acoustic simulation software. Furthermore, it addresses national and international noise regulations and noise certification to ensure legal compliance. The training provides practical knowledge in noise measurement, spectral analysis, and acoustic correction. It focuses on preparing professionals for roles such as acoustic consultants, sound technicians, acoustic engineers, and noise auditors. The importance of acoustic ergonomics and occupational health is also addressed, ensuring a comprehensive understanding of the technical and regulatory aspects of noise control.

Duration6–8 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

Advanced Expertise in Acoustic Treatments and Noise Certification: Comprehensive Course [The following appears to be a separate, unrelated section:] ...

02

Specialization in Acoustic Treatments and Noise Certification: Design and Application

03

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

04

Master's Degree in Acoustic Treatments and Noise Certification: Key Strategies [The following appears to be a separate, unrelated section:] ...

05

Excellence in Acoustic Treatments and Noise Certification: Practical Implementation [The following appears to be a separate, unrelated sentence:] ...

06

Comprehensive Mastery of Acoustic Treatments and Noise Certification: A Practical Approach [The text abruptly shifts to a seemingly unrelated topic:] [The text abruptly shifts again ...

07

Master's Degree in Acoustic Treatments and Noise Certification: Cutting-Edge Strategies

08

Leadership in Acoustic Treatments and Noise Certification: Innovation and Results

Profile

Who it's for

  • Graduates in Aerospace Engineering, Mechanical Engineering, Industrial Engineering, Automation Engineering, or related fields.
  • Professionals from OEM rotorcraft/eVTOL, MRO, consulting, technology centers.
  • Flight Testing, certification, avionics, control, and dynamics seeking specialization.
  • Regulators/authorities and UAM/eVTOL professionals requiring compliance skills.
Recommended requirements: foundation in aerodynamics, control, and structures; ES/EN B2+/C1. We offer bridging tracks 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. Module 1 — Introduction and Regulations in Naval Acoustics
  2. 1.1Fundamental Principles of Naval Acoustics: Definitions and key concepts.
  3. 1.2Legislation and Regulations: Applicable international and national legal framework.
  4. 1.3Noise Sources on Ships: Identification and classification.
  5. 1.4Sound Propagation in Water: Models and influencing factors.
  6. 1.5Acoustic Instrumentation: Measurement and analysis equipment.
  7. 1.6Acoustic Impact Assessment: Methods and standards.
  8. 1.7Naval Acoustic Design: Considerations in the design phase.
  9. 1.8Noise Certification: Processes and competent bodies.
  10. 1.9Case Studies: Examples of applications and solutions.
  11. 1.10Future Trends: Technological advances and challenges.
  1. 2.2Fundamentals of Naval Acoustic Design
  2. 2.2Naval Acoustic Standards and Regulations
  3. 2.3Acoustic Insulation Materials and Technologies
  4. 2.4Design of Acoustic Absorption Systems
  5. 2.5Application of Acoustic Modeling and Simulation
  6. 2.6Design of Quiet Cabins and Living Spaces
  7. 2.7Design of Reduced-Noise Engine Rooms and Propulsion Systems
  8. 2.8Integration of Noise Control Systems
  9. 2.9Acoustic Measurement and Evaluation in Naval Environments
  10. 2.20Case Studies: Successful Naval Acoustic Design
  11. 2.3Case Studies
  1. 3.3Fundamentals of Naval Acoustic Analysis
  2. 3.2Acoustic Instrumentation and Measurements
  3. 3.3Noise Sources in Naval Environments
  4. 3.4Sound Propagation in Water and Air
  5. 3.5Naval Acoustic Modeling and Simulation
  6. 3.6Evaluation and Analysis of Acoustic Data
  7. 3.7Identification and Mitigation of Noise Problems
  8. 3.8Naval Acoustic Regulations and Standards
  9. 3.9Case Studies: Noise Analysis on Ships
  10. 3.30Practical Solutions for Noise Reduction
  1. 4.4Fundamentals of Acoustics: Principles and Applications
  2. 4.2Acoustic Measurements: Techniques and Equipment
  3. 4.3Noise Analysis: Identification and Evaluation
  4. 4.4Certification Standards and Regulations
  5. 4.5Acoustic Design: Materials and Strategies
  6. 4.6Noise Control: Implementing Solutions
  7. 4.7Acoustic Certification: Process and Documentation
  8. 4.8Case Studies: Real-World Applications
  9. 4.9Trends in Acoustics: Innovation and the Future
  10. 4.40Key Strategies: Best Practices and Results
  1. 5.5Fundamentals of Acoustics: Key Concepts and Naval Terminology
  2. 5.5Sound Propagation in Water: Characteristics and Models
  3. 5.3Noise Sources on Ships: Identification and Classification
  4. 5.4International Legislation and Regulations on Underwater Noise
  5. 5.5Naval Acoustic Certification Standards: IMO and Other Organizations
  6. 5.6Acoustic Instrumentation and Measurements: Equipment and Techniques
  7. 5.7Acoustic Data Analysis: Interpretation of Results
  8. 5.8Practical Applications of Acoustics in Naval Design
  9. 5.9Introduction to Acoustic Treatments: Types and Materials
  10. 5.50Current and Future Trends in Naval Acoustics
  11. 5.5Design of Living Spaces: Acoustic Comfort and Insulation
  12. 5.5​​Design of Engine Rooms: Noise and Vibration Control
  13. 5.3Selection of Acoustic Materials: Absorption, Insulation, and Damping
  14. 5.4Design of Silencers and Exhaust Systems: Optimization and Performance
  15. 5.5Design of Vibration Isolation Systems: Naval Applications
  16. 5.6Design of Decks and Bulkheads: Reducing Transmission 5.7 Design of Ventilation and Air Conditioning Systems: Noise Control
  17. 5.8Design of Propellers and Propulsion Systems: Acoustic Optimization
  18. 5.9Design of Sonar and Acoustic Detection Systems: Integration and Performance
  19. 5.50Case Studies: Practical Applications of Naval Acoustic Design
  20. 3.5Acoustic Analysis Techniques: Measurements and Modeling
  21. 3.5Onboard Noise Analysis: Source and Path Identification
  22. 3.3Vibration Analysis: Diagnosis and Solutions
  23. 3.4Analysis of Structural Noise Transmission: Techniques and Tools
  24. 3.5Diagnosing Acoustic Problems: Root Cause Identification
  25. 3.6Evaluating Acoustic Performance: Comparison with Standards
  26. 3.7Acoustic Risk Analysis: Assessment and Mitigation
  27. 3.8Acoustic Solutions: Treatment Selection and Application
  28. 3.9Case Studies: Analysis of Acoustic Problems and Solutions
  29. 3.50Technical Reports and Results Presentation: Effective Communication
  30. 4.5Noise Reduction Strategies at the Source: Design Optimization
  31. 4.5Sound Insulation Strategies: Advanced Techniques and Materials
  32. 4.3Strategies for Acoustic Absorption: System Design and Application
  33. 4.4Vibration Control Strategies: Advanced Techniques and Materials
  34. 4.5Propeller Design Strategies: Hydrodynamic Noise Reduction
  35. 4.6Propulsion System Design Strategies: Noise Control
  36. 4.7Ventilation System Design Strategies: Noise Control
  37. 4.8Noise Management Strategies: Monitoring and Control
  38. 4.9Regulatory Compliance Strategies: Implementation and Follow-up
  39. 4.50Future Trends in Naval Acoustic Strategies
  40. 5.5Implementing Acoustic Treatments in Habitable Spaces
  41. 5.5Implementing Acoustic Treatments in Engine Rooms
  42. 5.3Installing Vibration Isolation Systems: Best Practices
  43. 5.4Installing Silencers and Exhaust Systems: Best Practices
  44. 5.5Applying Acoustic Materials: Techniques and Tools
  45. 5.6Verifying and Validating Implemented Acoustic Treatments
  46. 5.7Acoustic Performance Testing: Measurements and Evaluation
  47. 5.8Quality Control in Acoustic Implementation
  48. 5.9Case Studies: Practical Implementation and Lessons Learned Learned
  49. 5.50Maintenance and monitoring of implemented acoustic treatments
  50. 6.5Selection of acoustic materials and systems: criteria and applications
  51. 6.5Design of acoustic treatments: calculations and simulations
  52. 6.3Implementation of acoustic treatments: techniques and procedures
  53. 6.4Evaluation of acoustic performance: measurements and analysis
  54. 6.5Quality control in the implementation of acoustic treatments
  55. 6.6Maintenance and repair of acoustic treatments
  56. 6.7Case studies: practical applications of acoustic treatments
  57. 6.8Optimization of acoustic treatments: performance improvement
  58. 6.9Practical approach to noise reduction: real-world cases
  59. 6.50Troubleshooting acoustic treatments: effective solutions
  60. 7.5Emerging technologies in marine acoustics: innovation and application
  61. 7.5Design of quiet propulsion systems: latest trends
  62. 7.3Design of low-noise propellers: technologies and materials
  63. 7.4Artificial intelligence and acoustics: applications and potential
  64. 7.5Advanced acoustic simulation: modeling and analysis
  65. 7.6Nanotechnology and acoustic materials: development and Applications
  66. 7.7Designing Quiet Ships: New Concepts and Approaches
  67. 7.8Trends in Acoustic Certification: New Standards and Regulations
  68. 7.9Case Studies: Cutting-Edge Applications in Marine Acoustics
  69. 7.50The Future of Marine Acoustics: Perspectives and Challenges
  70. 8.5Leadership in Marine Acoustics Projects: Team Management
  71. 8.5Innovation Management in Marine Acoustics: Identification and Development
  72. 8.3Developing an Acoustic Safety Culture in the Organization
  73. 8.4Risk Management in Acoustic Projects: Mitigation and Control
  74. 8.5Effective Communication in Marine Acoustics: Presenting Results
  75. 8.6Decision-Making in Marine Acoustics: Analysis and Evaluation
  76. 8.7Strategies for Successful Implementation of Acoustic Projects
  77. 8.8Developing Professional Relationships: Networking and Collaboration
  78. 8.9Success Stories in Leadership and Innovation in Marine Acoustics
  79. 8.50The Future of Leadership in Marine Acoustics: Trends and Challenges
  1. 6.6Fundamentals of Acoustics: Key Concepts and Terminology
  2. 6.2Sound Propagation: Theory and Models
  3. 6.3Acoustic Measurements: Instrumentation and Techniques
  4. 6.4International Standards: ISO, IMO, and others
  5. 6.5Specific Legislation: Requirements for Vessels
  6. 6.6Underwater Acoustics: Principles and Applications
  7. 6.7Design of Plans and Construction Drawings: Standards and Regulations
  8. 6.8Noise Design and Certification: Parameter Analysis
  9. 2.6Naval Acoustic Design: Principles and Considerations
  10. 2.2Acoustic Materials: Selection and Application
  11. 2.3Sound Insulation: Techniques and Solutions
  12. 2.4Sound Absorption: System Design
  13. 2.5Structural Noise Control: Methods and Strategies 2.6 Space Design: Cabins, Engine Room, and Common Areas.
  14. 2.7Design and Application of Marine Machinery: Measurements, Analysis, and Solutions.
  15. 2.8Acoustic Analysis and Solutions.
  16. 3.6Noise Analysis: Sources, Types, and Characterization.
  17. 3.2Acoustic Modeling: Software and Simulation.
  18. 3.3Diagnosing Acoustic Problems: Techniques and Tools.
  19. 3.4Solutions to Acoustic Problems: Strategies and Examples.
  20. 3.5Noise Reduction: System Design and Equipment Modification.
  21. 3.6Noise Certification: Measurement and Analysis.
  22. 3.7Reports and Results Analysis: Report Preparation.
  23. 3.8Solutions and Analysis.
  24. 4.6Certification Standards: IMO, ISO, and Other Organizations.
  25. 4.2Certification Processes: Stages and Requirements. 4.3 Certification Documentation: Preparation and Management
  26. 4.4Conformity Assessment: Audits and Testing
  27. 4.5Certification Management: Maintenance and Updates
  28. 4.6Certification in Data Analysis
  29. 4.7Standards and Certification in Testing
  30. 4.8Analysis Preparation
  31. 5.6Implementation of Acoustic Solutions: Planning and Execution
  32. 5.2Installation of Acoustic Materials and Systems
  33. 5.3Quality Control: Inspection and Verification
  34. 5.4Maintenance of Acoustic Systems
  35. 5.5Continuous Improvement: Optimization and Updating
  36. 5.6Equipment Implementation and Analysis
  37. 5.7Strategy Implementation
  38. 5.8System Design
  39. 6.6Acoustic Measurements in Practice: Techniques and Tools
  40. 6.2Material Selection: Criteria and Applications 6.3 Design of insulation and absorption systems.
  41. 6.4Implementation of practical solutions.
  42. 6.5Case studies: Examples and results analysis.
  43. 6.6Equipment measurement.
  44. 6.7Data reporting.
  45. 6.8Control and calibration.
  46. 6.9Design and implementation.
  47. 6.60Practical implementation cases.
  48. 7.6Advanced acoustic design strategies.
  49. 7.2Advanced acoustic modeling: Simulation and optimization.
  50. 7.3Data analysis and diagnosis of complex problems.
  51. 7.4Innovative solutions in marine acoustics.
  52. 7.5Management of complex acoustic projects.
  53. 7.6Work planning.
  54. 7.7Analysis in development.
  55. 7.8Strategy optimization.
  56. 8.6Leadership in acoustic projects: Skills and competencies.
  57. 8.2Team and resource management. 8.3 Innovation in marine acoustics: Trends and opportunities.
  58. 8.4Research and development strategies.
  59. 8.5Communication and presentation of results.
  60. 8.6Implementation strategies.
  61. 8.7Monitoring and results.
  62. 8.8Results-oriented leadership.
  1. 7.7Fundamentals of Acoustics: Key Concepts
  2. 7.2Sound Propagation in Water: Particularities
  3. 7.3International Legislation and Regulations: IMO and more
  4. 7.4Ship Noise Standards: Assessment and Compliance
  5. 7.7Acoustic Instrumentation: Use and Calibration
  6. 7.6Ship Noise Sources: Identification
  7. 7.7Impact of Noise on the Crew and the Marine Environment
  8. 7.8Noise Measurement and Monitoring: Practices
  9. 7.9Compliance Reports and Documentation
  10. 7.70Future Trends in Marine Acoustics
  11. 2.7Acoustic Design: Principles and Methodologies
  12. 2.2Acoustic Materials: Selection and Application
  13. 2.3Design of Quiet Cabins: Criteria
  14. 2.4Sound Insulation: Techniques
  15. 2.7Sound Absorption: Solutions
  16. 2.6Deck Design and Bulkheads: Considerations
  17. 2.7Design of Silent Ventilation Systems
  18. 2.8Design of Silent Propulsion Systems
  19. 2.9Acoustic Simulation Software: Use
  20. 2.70Case Studies: Real-World Applications
  21. 3.7Noise Analysis: Methods and Tools
  22. 3.2Acoustic Diagnosis on Ships: Procedures
  23. 3.3Identification of Problematic Noise Sources
  24. 3.4Frequency Spectrum Analysis: Interpretation
  25. 3.7Vibration Evaluation: Analysis
  26. 3.6Insulation Solutions: Design and Evaluation
  27. 3.7Noise Reduction at the Source: Strategies
  28. 3.8Implementation of Corrective Measures: Steps
  29. 3.9Acoustic Analysis Reports: Preparation
  30. 3.70Case Studies: Analysis and Solutions
  31. 4.7Noise Control Strategies: Overview
  32. 4.2Underwater Acoustics: Considerations
  33. 4.3Radiated Noise Reduction to Water: Techniques
  34. 4.4Advanced Silencer Design
  35. 4.7Dynamic Sound Insulation Systems: Implementation
  36. 4.6Acoustic System Integration: Projects
  37. 4.7Cost-Benefit Analysis of Acoustic Solutions
  38. 4.8Acoustic Design Optimization: Methodologies
  39. 4.9Noise Regulations in Specific Environments
  40. 4.70Future of Naval Acoustics: Predictions
  41. 7.7Implementation of Acoustic Measures: Planning
  42. 7.2Installation of Acoustic Materials: Techniques
  43. 7.3Quality Control in Implementation: Procedures
  44. 7.4Supervision of Acoustic Projects: Best Practices
  45. 7.7Acceptance Testing: Verification
  46. 7.6Maintenance of Acoustic Systems: Protocols
  47. 7.7Evaluation of Acoustic Performance: Measures
  48. 7.8Technical Documentation: Creation and Management
  49. 7.9Workplace Safety: Protocols
  50. 7.70Case Studies: Successful Implementations
  51. 6.7Noise Source Assessment: Identification
  52. 6.2Selection of Acoustic Materials: A Practical Approach
  53. 6.3Design of Insulation Solutions: Practical Applications
  54. 6.4Design of Absorption Solutions: Practical Applications
  55. 6.7Implementation of Damping Techniques
  56. 6.6Vibration Control: Practical Techniques
  57. 6.7Design of Silent Ventilation Systems: An Approach
  58. 6.8Silencer Design: Practical Applications
  59. 6.9Case Studies: Real-World Applications
  60. 6.70Continuous Improvement in Acoustic Treatments
  61. 7.7Emerging Technologies in Marine Acoustics
  62. 7.2Innovative Materials: Applications
  63. 7.3Design of Silent Ships: Trends
  64. 7.4Artificial Intelligence in Acoustics: Applications
  65. 7.7Advanced Simulation: Software Applications
  66. 7.6Active Acoustics: Control of Noise
  67. 7.7Silent Propulsion Design: Advances
  68. 7.8Research and Development in Acoustics: Approach
  69. 7.9Research Proposals: Development
  70. 7.70Future Trends in Naval Acoustics
  71. 8.7Leadership in Acoustic Projects: Skills
  72. 8.2Team Management in Acoustics: Development
  73. 8.3Effective Communication: Techniques
  74. 8.4Innovation in Acoustic Design: Fostering
  75. 8.7Risk Management in Projects: Strategies
  76. 8.6Decision Making: Approach
  77. 8.7Change Management in Acoustics: Strategies
  78. 8.8Business Development in Acoustics
  79. 8.9Presenting Results: Techniques
  80. 8.70Strategic Vision in Naval Acoustics
  1. 8.8Fundamentals of acoustics: sound waves, frequency, amplitude.
  2. 8.8International standards and regulations in marine acoustics.
  3. 8.3Introduction to noise certification in marine environments.
  4. 8.4Acoustic measurements: basic equipment and methodologies.
  5. 8.5Interpretation of results and initial documentation.
  6. 8.6Principles of acoustic treatment: absorption, insulation.
  7. 8.7Applicable legislation and certification bodies.
  8. 8.8Introduction to noise impact assessment.
  9. 8.8Case study: examples of applications on ships.
  10. 8.80Introduction to acoustic simulation software.
  11. 8.8Acoustic design in marine environments: planning and strategies.
  12. 8.8Selection of acoustic materials: properties and performance.
  13. 8.3Application of acoustic treatments to the ship's structure.
  14. 8.4Design of noise control systems in the engine room. 8.5 Design of soundproof cabins and living spaces.
  15. 8.6Design and application of silencers and acoustic traps.
  16. 8.7Design of vibration isolation systems.
  17. 8.8Specific design aspects for submarines and warships.
  18. 8.8Advanced acoustic design software: simulation and modeling.
  19. 8.80Case studies: design and application studies.
  20. 3.8Analysis of acoustic problems: identification of noise sources.
  21. 3.8Advanced measurement techniques: spectral and time-domain analysis.
  22. 3.3Diagnosis of noise problems in existing ships.
  23. 3.4Vibration analysis and its relationship to noise.
  24. 3.5Solutions to specific problems: structural and airborne noise.
  25. 3.6Design and application of acoustic barriers.
  26. 3.7Design and application of acoustic coatings.
  27. 3.8Evaluation of the effectiveness of implemented solutions. 3.8 Case studies: problem and solution analysis.
  28. 3.80Analysis of certification and non-conformity reports.
  29. 4.8Strategies for noise certification in different types of vessels.
  30. 4.8Preparation and planning for acoustic certification.
  31. 4.3Documentation required for certification.
  32. 4.4Selection of laboratories and certification bodies.
  33. 4.5Interpretation and management of certification results.
  34. 4.6Strategies for optimizing acoustic performance.
  35. 4.7Management of non-conformities and corrective actions.
  36. 4.8Review and updating of documentation.
  37. 4.8Trends and challenges in naval acoustic certification.
  38. 4.80Case studies: analysis of successful certification strategies.
  39. 5.8Implementation of acoustic solutions: planning and execution.
  40. 5.8Selection of contractors and suppliers.
  41. 5.3Supervision of the installation of acoustic treatments. 5.4 Quality control during implementation.
  42. 5.5Acceptance testing and performance verification.
  43. 5.6Acoustic implementation project management.
  44. 5.7Maintenance and upkeep of acoustic treatments.
  45. 5.8Design and implementation of noise monitoring systems.
  46. 5.8Case studies: examples of successful implementation.
  47. 5.80Post-implementation evaluation and continuous optimization.
  48. 6.8Practical approach to sound absorption: materials and applications.
  49. 6.8Practical approach to sound insulation: techniques and design.
  50. 6.3Practical approach to noise control in machine rooms.
  51. 6.4Practical approach to the design of cabins and living spaces.
  52. 6.5Practical approach to the selection and application of silencers.
  53. 6.6Practical approach to the design of vibration isolation systems.
  54. 6.7Practical approach to the implementation of acoustic barriers. 6.8 Practical Approach to the Application of Acoustic Coatings
  55. 6.8Practical Exercises: Design and Simulation of Solutions
  56. 6.80Case Studies: Analysis of Practical Solutions
  57. 7.8Advanced Strategies in Acoustic Design: 3D Modeling
  58. 7.8Noise Reduction Strategies at the Source
  59. 7.3Strategies for Controlling Radiated Noise in Water
  60. 7.4Strategies for Optimizing Acoustic Performance
  61. 7.5Strategies for Adapting to New Regulations
  62. 7.6Simulation and Analysis Strategies with Advanced Software
  63. 7.7Innovation Strategies in Materials and Technologies
  64. 7.8Strategies for Knowledge Management and Innovation
  65. 7.8Future Trends in Marine Acoustic Treatment
  66. 7.80Case Studies: Cutting Edge in Marine Acoustics
  67. 8.8Leadership in Marine Acoustics Projects 8.8 Innovation in the design and application of acoustic treatments.
  68. 8.3Management of multidisciplinary teams in acoustic projects.
  69. 8.4Strategic decision-making in acoustic certification.
  70. 8.5Development and management of budgets in acoustic projects.
  71. 8.6Effective communication of results and solutions.
  72. 8.7Risk and opportunity management in acoustic projects.
  73. 8.8Development of new acoustic technologies and solutions.
  74. 8.8Case studies: leadership and innovation in action.
  75. 8.80Impact and results of leadership strategies in acoustics.
  1. 9.9Fundamental Principles of Acoustics
  2. 9.9Sound Propagation in Naval Environments
  3. 9.3International and Local Noise Regulations
  4. 9.4Specific Legislation for Vessels
  5. 9.5Basic Acoustic Measurements and Assessment
  6. 9.9Design of Customized Acoustic Solutions
  7. 9.9Acoustic Insulation Materials and Technologies
  8. 9.3Practical Applications on Different Types of Vessels
  9. 9.4Design of Onboard Noise Control Systems
  10. 9.5Integration of Acoustic Systems and Space Design
  11. 3.9Advanced Noise Analysis Techniques
  12. 3.9Identification and Resolution of Noise Problems
  13. 3.3Case Studies and Failure Analysis
  14. 3.4Optimization of Acoustic Solutions
  15. 3.5Implementation of Corrective Measures
  16. 4.9Acoustic Certification Processes
  17. 4.9Certification Regulations and Standards
  18. 4.3Preparation for Certification Tests
  19. 4.4Management of Certification Documentation
  20. 4.5Audits and Certification Follow-up
  21. 5.9Installation of Acoustic Treatment Systems
  22. 5.9Quality Control in the Implementation
  23. 5.3Maintenance and Verification of Acoustic Systems
  24. 5.4Continuous Improvement of Acoustic Efficiency
  25. 5.5Case Studies of Successful Implementation
  26. 6.9Practical Applications of Acoustic Treatments
  27. 6.9Selection of Materials and Techniques
  28. 6.3Design of Specific Solutions for Noise Problems
  29. 6.4Evaluation of the Effectiveness of Solutions
  30. 6.5Problem Solving and Continuous Improvement
  31. 7.9Development of New Technologies and Strategies
  32. 7.9Implementation of Innovative Solutions
  33. 7.3Future Trends in the Field of Marine Acoustics
  34. 7.4Research and Development in Acoustics
  35. 7.5Analysis of Cutting-Edge Cases and Their Application
  36. 8.9Leadership in Acoustic Projects
  37. 8.9Team and Resource Management
  38. 8.3Promoting Innovation and Continuous Improvement
  39. 8.4Effective Communication and Stakeholder Relations
  40. 8.5Strategies for Success in the Field of Marine Acoustics
  1. 1. Advanced Mastery of Acoustic Treatments and Noise Certification: Comprehensive Course
  2. 1.1Fundamentals of Marine Acoustics: Principles and Applications
  3. 1.2Noise Sources in Marine Environments: Identification and Characterization
  4. 1.3Sound Propagation in Water: Modeling and Analysis
  5. 1.4Acoustic Materials: Selection and Application in Naval Design
  6. 1.5Acoustic Measurement Techniques: Instrumentation and Methodology
  7. 1.6Design of Acoustic Insulation Systems: Decks and Partitions
  8. 1.7Design of Acoustic Absorption Systems: Structures and Panels
  9. 1.8Naval Noise Certification: Regulations and Standards
  10. 1.9Practical Cases: Case Studies on Vessels and Submarines
  11. 1.10Final Project: Acoustic Optimization and Certification of a Ship
  12. 2. Specialization in Acoustic Treatments and Noise Certification: Design and Application
  13. 2.1Acoustic Design in the Concept Phase: Strategies and Considerations
  14. 2.2Advanced Acoustic Modeling: Software and Simulation
  15. 2.3Engine Room Design: Noise and Vibration Control
  16. 2.4Crew Quarters and Areas Design: Acoustic Comfort
  17. 2.5Silencer Selection and Design: Marine Applications
  18. 2.6Vibration Isolation System Design: Engines and Equipment
  19. 2.7Impact Absorption System Design: Structural Protection
  20. 2.8Implementation of Acoustic Solutions: Best Practices
  21. 2.9Noise Certification: Process and Documentation
  22. 2.10Final Project: Design and Implementation of Specific Acoustic Solutions
  23. 3. Expert in Acoustic Treatments and Noise Certification: Analysis and Solutions
  24. 3.1Advanced Noise Source Analysis: Diagnosis and Mitigation
  25. 3.2Noise Reduction Techniques At the Source: Design and Modification
  26. 3.3Noise Transmission Analysis: Modeling and Prediction
  27. 3.4Design of Active Noise Control Systems: Naval Applications
  28. 3.5Vibration Analysis: Problem Detection and Resolution
  29. 3.6Acoustic Quality Assessment: Criteria and Methods
  30. 3.7Acoustic Audits: Procedures and Reports
  31. 3.8Acoustic Problem Solving: Strategies and Tools
  32. 3.9Complex Case Studies: Advanced Analysis and Solutions
  33. 3.10Final Project: Analysis and Resolution of Acoustic Problems in a Real-World Scenario
  34. 4. Master's Degree in Acoustic Treatments and Noise Certification: Key Strategies
  35. 4.1Integrated Acoustic Design Strategies: A Holistic Approach
  36. 4.2Underwater Acoustics: Considerations and Challenges
  37. 4.3Noise Management in Shipbuilding: Best Practices
  38. 4.4Cost-Benefit Analysis 4. Acoustic Projects: Optimization
  39. 4.5Certification Strategies: Planning and Execution
  40. 4.6Innovation in Acoustic Materials: Research and Development
  41. 4.7Trends in Marine Acoustics: Future of the Industry
  42. 4.8Legal and Regulatory Framework: Compliance and Responsibility
  43. 4.9Leadership in Acoustic Projects: Team and Resource Management
  44. 4.10Final Project: Development of a Comprehensive Acoustic Treatment Strategy
  45. 5. Excellence in Acoustic Treatments and Noise Certification: Practical Implementation
  46. 5.1Acoustic Project Planning: Methodology and Schedule
  47. 5.2Resource Management in Acoustic Projects: Budgeting and Control
  48. 5.3Implementation of Acoustic Solutions: Supervision and Quality Control
  49. 5.4Field Testing and Measurements: Verification and Validation
  50. 5.5​​System Commissioning and Start-up Acoustics
  51. 5.6Risk Management in Acoustic Projects: Identification and Mitigation
  52. 5.7Acoustic Project Documentation: Reports and Manuals
  53. 5.8Collaboration with Suppliers and Contractors: Relationship Management
  54. 5.9Optimizing Acoustic Performance: Continuous Improvement
  55. 5.10Final Project: Complete Implementation of an Acoustic Project
  56. 6. Comprehensive Mastery of Acoustic Treatments and Noise Certification: A Practical Approach
  57. 6.1Review of Fundamentals: Key Principles of Acoustics
  58. 6.2Material Selection: Properties and Applications
  59. 6.3Design of Insulation Systems: Practical Considerations
  60. 6.4Design of Absorption Systems: Techniques and Strategies
  61. 6.5Acoustic Measurement and Analysis: Methodologies and Tools
  62. 6.6Noise Certification: Process and Documentation
  63. 6.7Case Studies: Real-World Examples and Solutions
  64. 6.8Solution Problem Identification and Mitigation
  65. 6.9Best Practices: Tips and Recommendations
  66. 6.10Final Project: Practical Application of Acoustic Treatments
  67. 7. Master's Degree in Acoustic Treatments and Noise Certification: Cutting-Edge Strategies
  68. 7.1Adaptive Acoustics: Emerging Technologies
  69. 7.2Artificial Intelligence in Acoustics: Innovative Applications
  70. 7.3Sustainable Acoustic Design: Environmental Considerations
  71. 7.4Acoustics and Health: Impact of Noise on Crew
  72. 7.5Regulations and Standards: Updating and Compliance
  73. 7.6Research and Development: Future Trends in Acoustics
  74. 7.7Development of New Materials: Innovation and Applications
  75. 7.8Marketing and Sales Strategies: Market Positioning
  76. 7.9Leadership and Change Management: Implementation of New Technologies
  77. 7.10Final Project: Design and Presentation of a Project Innovative
  78. 8. Leadership in Acoustic Treatments and Noise Certification: Innovation and Results
  79. 8.1Strategic Vision in Marine Acoustics: Definition and Planning
  80. 8.2Innovation Management: Fostering and Developing New Ideas
  81. 8.3Team Leadership: Motivation and Talent Development
  82. 8.4Effective Communication: Presenting Projects and Results
  83. 8.5Negotiation and Conflict Resolution: Key Skills
  84. 8.6Financial Management in Acoustic Projects: Budgeting and Profitability
  85. 8.7Quality Management: Continuous Improvement and Customer Satisfaction
  86. 8.8Marketing and Sales: Positioning Strategies
  87. 8.9Business Development: Expansion and New Opportunities
  88. 8.10Final Project: Business Plan for a Marine Acoustics Company
  89. 8.10
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

**Acoustic Consultant** (Design and execution of projects)**Acoustics Technician** (Noise studies and measurements)**Acoustic Consultant** (Space Treatment and Noise Control)**Acoustic Consultant** (Design and implementation of acoustic solutions)**Acoustic Technician** (Noise Treatment and Control)**Acoustic Technician** (Noise Treatment and Control)
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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