Diploma in TT&C Protocols and Link Security
About us Diploma in TT&C Protocols and Link Security
The Diploma in TT&C Protocols and Link Security focuses on the design, implementation, and management of telemetry, tracking, and control (TT&C) systems, along with communication link security in space and terrestrial environments. It addresses key aspects such as radiocommunications, cryptography, spectrum management, and communication protocols, essential for the secure operation of satellites and other platforms. Emphasis is placed on the application of standards such as CCSDS, 3GPP, and ITU.
The program offers hands-on experience with radio frequency (RF) simulators, link analysis tools, and traffic monitoring systems. The training prepares students for professional roles such as TT&C engineers, link security specialists, network analysts, and mission control operators, strengthening employability in the space and telecommunications industries.
Diploma in TT&C Protocols and Link Security
- Format: Hybrid
- Duration: 6–8 months
- Hours: 800 H
- Language: English / Spanish
- Registration date: 23-10-2026
- Strat date: 03-12-2026
- Available places: 3
1,750 $
Competencies and results
What you will learn
1. Proficiency in T&C Protocols, Link Security, and Naval Strategies [The following appears to be unrelated and possibly a separate entry:]
- Understand and apply the Telemetry, Tracking & Control (TT&C) protocols essential for naval operations.
- Analyze and optimize the security of communication links in maritime environments, including encryption and authentication.
- Develop and evaluate effective naval strategies, considering tactical and operational scenarios.
2. Optimization of T&C Protocols, Link Security, and Naval Connection Strategies [The text abruptly ends here, so the translation stops as well.]
- Master the optimization of TT&C (Telemetry, Tracking & Command) protocols to ensure the transmission of vital data in naval operations.
- Strengthen the security of communication links by implementing encryption protocols and authentication techniques to protect sensitive information against cyber threats.
- Develop advanced naval connectivity strategies, including the management of communication networks onboard and between vessels, optimizing performance and reliability.
3. Comprehensive user-oriented design and validation (from modeling to manufacturing)
You will learn to integrate the entire product development process, from initial model conception to final validation, applying user-centered methodologies. You will develop skills in parametric design, ergonomics, simulation, sustainable materials, 3D visualization, and manufacturing management, ensuring efficient, safe solutions that meet current industry standards.
4. Analysis and Application of TT&C Protocols, Link Security, and Maritime Link Strategies
4. Analysis and Application of TT&C Protocols, Link Security, and Maritime Link Strategies
- In-depth analysis of TT&C (Tracking, Telemetry & Command) protocols essential for communication and control of naval platforms and systems.
- Comprehensive evaluation of link security techniques, including encryption, authentication, and protection against cyber threats in maritime environments.
- Development of robust maritime link strategies, considering factors such as coverage, transmission capacity, and performance optimization under adverse conditions.
- Practical implementation of satellite, HF, and VHF communication protocols essential for connectivity at sea.
- Study of advanced modulation and coding technologies to maximize link efficiency and security.
- Analysis of regulatory requirements and international standards governing communications maritime.
Design and implementation of link management systems, including frequency management, resource allocation, and performance monitoring.
Evaluation of the latest trends and technological advancements in maritime communications, such as artificial intelligence and the Internet of Things (IoT).
Application of risk analysis techniques and vulnerability assessment of communication systems.
Development of practical skills in problem-solving and optimization of naval communication infrastructure.
5. Evaluation and Management of TT&C Protocols, Link Security, and Naval Operational Tactics
- Master the evaluation of telemetry, tracking, and control (TT&C) protocols applied to naval operations.
- Ensure the security of communication links in maritime environments by analyzing vulnerabilities and applying protective measures.
- Understand and apply naval operational tactics, including mission planning, execution, and control.
- Evaluate and manage risks associated with naval communications and operations.
- Analyze the performance of TT&C and link systems, identifying areas for improvement.
- Develop strategies for responding to security incidents in communication links.
- Apply the acquired knowledge in naval tactical simulations and exercises.
6. Implementation and Optimization of T&C Protocols, Link Security, and Naval Communication Strategies [The text abruptly ends here, so the translation stops as well.]
6. Implementation and Optimization of TT&C Protocols, Link Security, and Naval Communication Strategies
- Master the fundamentals of TT&C (Telemetry, Tracking & Command) protocols applied to naval environments.
- Analyze and design secure communication systems, implementing encryption and authentication techniques.
- Implement strategies to optimize the performance and reliability of communication links in challenging maritime environments.
- Study naval network architectures, including satellite, radio frequency, and tactical data links.
- Learn to manage and mitigate information security threats in naval communications.
- Develop skills in the planning, implementation, and maintenance of naval communication systems.
- Understand the relevant international regulations and standards for naval communications.
- Evaluate and select Advanced communication technologies for future naval applications.
Optimize the use of the radio frequency spectrum to maximize communication efficiency.
Analyze case studies of successful naval communication system implementations and learn from mistakes.
Who this program is for:
Diploma in TT&C Protocols and Link Security
- Engineers with degrees in Aerospace Engineering, Mechanical Engineering, Industrial Engineering, Automation Engineering, or related disciplines.
- Professionals working in OEM rotorcraft/eVTOL, MRO, technical consulting, or technology research centers.
- Specialists in areas such as Flight Testing, aeronautical certification, avionics, control systems, and flight dynamics, who wish to deepen their knowledge.
- Representatives of regulatory bodies, aeronautical authorities, and professionals involved in the development of UAM/eVTOL who need to acquire compliance skills.
Suggested requirements for optimal benefit: Prior knowledge of aerodynamics, control systems, and structures. A B2+ or C1 level of proficiency in Spanish/English is recommended. Bridging tracks are provided to address any knowledge gaps.
- 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.
1.1 Introduction to TT&C Protocols: Fundamentals and Architecture
1.2 Link Security: Principles and Cryptography in Naval Communications
1.3 Naval Communication Strategies: Network Planning and Design
1.4 Traffic and Performance Analysis in TT&C
1.5 Implementation of Secure Naval Communication Systems
1.6 Risk Assessment and Mitigation in Maritime Links
1.7 Operational Strategies and Basic Naval Tactics
1.8 TT&C Technologies: Hardware and Software
1.9 Case Studies: TT&C Protocols and Security in Real-World Scenarios
1.10 Legislation and Standards in Naval Communications
2.2 Fundamentals of TT&C Optimization: Principles and Best Practices
2.2 Refining Link Security: Cryptography and Advanced Authentication
2.3 Naval Connection Strategies: Designing Optimized Maritime Networks
2.4 TT&C Optimization Tools and Techniques: Traffic and Performance Analysis
2.5 Implementing Link Security Protocols: Firewalls and Intrusion Detection Systems
2.6 Designing Naval Connection Strategies: Network Topology and Configuration
2.7 Evaluating TT&C Performance: Metrics and Bottleneck Analysis
2.8 Strengthening Link Security: Encryption, Authentication, and Access Control
2.9 Implementing Naval Connection Strategies: Bandwidth Management and QoS
2.20 Case Study: Optimizing an Existing Naval TT&C System
2.3
3.3 Introduction to T&C Protocols and Their Implementation in Naval Environments
3.2 Establishing Link Security in Naval Communications: Fundamentals
3.3 Implementing Secure Naval Communication Strategies
3.4 Design and Configuration of T&C Systems on Ships and Maritime Platforms
3.5 Implementing Encryption and Authentication Protocols in Naval Links
3.6 Developing Communication Tactics for Naval Operations: Key Concepts
3.7 Integrating T&C Systems with Sensors and Mission Platforms
3.8 Testing and Validating the Security of Naval Communication Links
3.9 Implementing Communication Tactics in Naval Combat Scenarios
3.30 Case Studies: T&C Implementation, Link Security, and Naval Tactics
4.4 Fundamentals of TT&C Protocols: Structure and Operation
4.2 Cryptography and Security in Maritime Links: Implementation and Protection
4.3 Maritime Link Strategies: Network Design and Architecture
4.4 TT&C Data Analysis: Monitoring and Fault Diagnosis
4.5 Link Vulnerability Assessment: Attacks and Defenses
4.6 Application of Naval Communication Strategies: Tactics and Planning
4.7 Advanced TT&C Protocols: Implementation and Optimization
4.8 Link Security in Challenging Environments: Adaptation and Resilience
4.9 Case Studies: Analysis of Real-World Scenarios in Maritime Links
4.40 Risk Management and Mitigation: Strategies for Safe Naval Operations
5.5 Fundamentals of T&C (Telemetry, Tracking, and Control) Protocols
5.5 Architecture and Key Components of Naval T&C Systems
5.3 Introduction to Link Security in Maritime Environments
5.4 Principles of Naval Strategies: Planning and Execution
5.5 The Role of T&C in Ship Navigation and Control
5.6 Practical Implementation of Basic T&C Protocols
5.7 Examples of Naval Strategies and Their Relationship to Communication
5.8 Practical Exercises in Simulating T&C Scenarios
5.5 Analysis of Existing T&C Protocols: Strengths and Weaknesses
5.5 Optimizing the Speed and Efficiency of T&C Protocols
5.3 Security Techniques for Naval Communication Links
5.4 Naval Connectivity Strategies: Design and Adaptation
5.5 Improving Performance in Complex Maritime Environments
5.6 Implementing Optimized Protocols TT&C
5.7 Design of Adaptive Connection Strategies
5.8 Testing and Validation of Naval Link Optimization
3.5 Design of Naval Communication Infrastructure
3.5 Configuration of Advanced TT&C Protocols
3.3 Implementation of Security Measures in Communication Links
3.4 Application of Naval Communication Tactics in Real-World Scenarios
3.5 Testing and Verification of Implementation
3.6 Integration of Communication and Control Systems
3.7 Troubleshooting Naval Communications
3.8 Development of Contingency Plans for Communications
4.5 Methods for Analyzing TT&C Protocols
4.5 Evaluation of Maritime Link Performance
4.3 Application of Security and Data Protection Measures
4.4 Development and Adaptation of Maritime Link Strategies
4.5 Analysis of Maritime Link Case Studies
4.6 Implementation of Link Strategies Based on Analysis
4.7 Use of Simulation Tools for Link Analysis
4.8 Reporting and Presentation of Results Analysis
5.5 Evaluation of T&C Systems in Naval Operations
5.5 Risk and Vulnerability Management in Link Security
5.3 Application of Operational Tactics in Maritime Environments
5.4 Development of Action Plans for Critical Situations
5.5 Simulation of Complex Naval Operations
5.6 Decision Making in High-Pressure Scenarios
5.7 Monitoring and Control of Communication Systems
5.8 Evaluation of Naval Operation Performance
6.5 Design of Naval Communication Strategies
6.5 Implementation of Optimized T&C Protocols
6.3 Strengthening the Security of Naval Links
6.4 Integration of Advanced Communication Systems
6.5 Optimization of Communication Efficiency and Reliability
6.6 Performance Evaluation and Troubleshooting
6.7 Adaptation of Communication Strategies to Different Scenarios
6.8 Development of Contingency and Recovery Plans
7.5 Analysis of T&C Protocols in Tactical Scenarios
7.5 Implementation of Security Measures Specific
7.3 Development of adaptive naval liaison tactics
7.4 Design of liaison systems for specific missions
7.5 Evaluation of the performance of implemented tactics
7.6 Simulation and training in liaison tactics
7.7 Use of analysis and simulation tools
7.8 Documentation and reporting of results
8.5 Design of maritime connection architectures
8.5 Management of complex T&C protocols
8.3 Implementation of robust security systems
8.4 Development of long-term maritime connection strategies
8.5 Resource management and cost optimization
8.6 Monitoring and control of the communication network
8.7 Evaluation and continuous improvement of performance
8.8 Planning and execution of upgrades and improvements
6.6 Introduction to TT&C (Telemetry, Tracking & Command) Protocols and their importance in navigation.
6.2 Fundamentals of Link Security: Encryption, authentication, and access control in naval communications.
6.3 Basic Naval Strategies: Navigation, positioning, and communication.
6.4 Satellite communication systems: Operation and application in the naval field.
6.5 Practical examples of communication and security scenarios in maritime environments.
6.6 Implementation of secure communication protocols.
6.7 Identification of vulnerabilities and threats in naval communication systems.
6.8 Case studies: Analysis of security incidents in naval communications.
6.9 Testing and simulations of TT&C protocols.
6.60 Development of skills for problem analysis and resolution in naval environments.
2.6 TT&C Protocol Optimization: Improvements in speed, efficiency, and reliability.
2.2 Link Security: Design of resilient security systems against cyberattacks.
2.3 Naval Connection Strategies: Design of efficient communication networks in maritime environments.
2.4 Communication System Performance Analysis: Identification and optimization of bottlenecks.
2.5 Modulation and coding techniques to improve data transmission efficiency.
2.6 Implementation of firewalls and intrusion detection systems in naval networks.
2.7 Design of redundant network architectures to ensure communication availability.
2.8 Case studies: Optimization of communication systems in real-world situations.
2.9 Performance testing and analysis of protocol optimization.
2.60 Application of protocol optimization in specific naval scenarios.
3.6 Implementation of advanced TT&C protocols.
3.2 Design and implementation of link security systems for naval networks.
3.3 Naval Communication Tactics: Effective use of different communication media.
3.4 Implementation of cryptographic key management systems.
3.5 Encryption and decryption techniques to ensure the confidentiality of communications.
3.6 Design and configuration of redundant communication systems.
3.7 Case studies: Implementation of communication systems in naval emergency scenarios.
3.8 Simulations and testing of communication systems.
3.9 Improvement of implementation and problem-solving skills.
3.60 Design and configuration of communication systems for different types of vessels and operations.
4.6 Detailed analysis of T&C protocols.
4.2 Application of risk analysis techniques in link security.
4.3 Maritime Link Strategies: Planning and execution of communication operations. 4.4 Network traffic analysis and anomaly detection.
4.5 Communication protocol analysis techniques.
4.6 Vulnerability analysis in link security systems.
4.7 Case studies: Incident analysis and evaluation of mitigation strategies.
4.8 Analysis of data and performance metrics of naval communications.
4.9 Testing and simulations of complex maritime link scenarios.
4.60 Development of analytical and problem-solving skills in naval environments.
5.6 Evaluation of the efficiency and security of T&C protocols.
5.2 Risk management in link security and incident response planning.
5.3 Naval Operations Tactics: Coordination of communications in tactical operations.
5.4 Evaluation of communication quality and problem-solving.
5.5 Design of security incident response plans. 5.6 Development of Link Security Protocols
5.7 Case Studies: Evaluation of Naval Operation Scenarios and Analysis of Results
5.8 Simulation of Naval Operations and Evaluation of the Effectiveness of Communication Systems
5.9 Risk Assessment and Design of Mitigation Measures
5.60 Design and Implementation of Security Procedures and Contingency Plans
6.6 Implementation of Advanced TT&C Protocols
6.2 Optimization of Link Security Protocols
6.3 Naval Communication Strategies: Selection and Application of Best Practices
6.4 Design and Implementation of Security Management Systems
6.5 Configuration of Communication Systems
6.6 Development of Security Protocol Manuals
6.7 Case Studies: Optimization of Communication Systems in Real-World Situations
6.8 Performance Testing and Analysis of Protocol Optimization 6.9 Application of communication strategies in specific naval scenarios.
6.60 Design of naval communication systems for different types of vessels.
7.6 Analysis of T&C protocols in complex scenarios.
7.2 Application of forensic techniques in link security.
7.3 Naval Liaison Tactics: Planning and execution of tactical communication operations.
7.4 Analysis of event logs and anomaly detection.
7.5 Communication protocol analysis techniques.
7.6 Vulnerability analysis and countermeasure design.
7.7 Case studies: Incident analysis and evaluation of mitigation strategies.
7.8 Testing and simulations of complex naval link scenarios.
7.9 Development of analytical and problem-solving skills in tactical naval environments.
7.60 Development of analytical and problem-solving skills in naval environments.
8.6 Design of Custom TT&C Protocols
8.2 Management of Large-Scale Link Security Systems
8.3 Maritime Connectivity Strategies: Design of Global Communication Networks
8.4 Design of Secure and Scalable Network Architectures
8.5 Management of Global Communication Systems
8.6 Development of Security Policies and Operating Procedures
8.7 Case Studies: Design and Management of Communication Systems in Complex Maritime Environments
8.8 Security Testing and Auditing of Communication Systems
8.9 Development of Contingency and Incident Response Plans
8.60 Design and Management of Naval Communication Infrastructures
7. T&C Protocols, Link Security, and Naval Strategies
2. Introduction to T&C Protocols: Functions and Structure
3. Link Security Fundamentals: Encryption and Authentication
4. Naval Strategies: Concepts and Applications
7. Mastering T&C Protocols: Practices and Tools
6. Link Security: Implementation and Management
7. Naval Strategies: Planning and Execution
8. Case Studies: Naval Scenario Analysis
2. Naval Link Optimization
3. T&C Protocol Optimization: Advanced Techniques
4. Improving Link Security: Methods and Protocols
7. Optimizing Naval Connection Strategies: Performance Analysis
6. Optimization Practices: Examples and Applications 7. Link Monitoring and Adjustment: Tools and Methods
8. Naval Connectivity Strategies: Best Practices
9. Case Studies: Link Optimization in Real-World Environments
70. Evaluation of Results and Key Metrics
3. Naval Communication Implementation
4. TT&C Protocol Implementation: Configuration and Deployment
7. Link Security: Integration and Testing
6. Naval Communication Tactics: Design and Execution
7. Communication Systems Integration: Practices and Challenges
8. Security Implementation: Controls and Measures
9. Communication Tactics: Strategy Development
70. Testing and Validation: Ensuring Effective Communication
77. Case Studies: Implementation in Different Naval Scenarios
4. Maritime Link Analysis
7. Analysis and Application of TT&C Protocols: Performance Evaluation
6. Link Security: Vulnerability and Threat Assessment
7. Maritime Link Strategies: Planning and Analysis
8. Analysis Tools: Use and Application
9. Failure Analysis: Problem Identification and Resolution
70. Link Strategies: Optimization and Continuous Improvement
77. Case Studies: Link Analysis in Maritime Operations
72. Evaluation of Results and Corrective Action
7. Naval Evaluation and Operation
6. Evaluation and Management of TT&C Protocols: Key Indicators
7. Link Security: Auditing and Compliance
8. Naval Operation Tactics: Systems Integration
9. Risk Assessment: Identification and Mitigation 70. Incident Management: Procedures and Response.
77. Operational Tactics: Planning and Execution.
72. Case Studies: Evaluation of Naval Operations.
73. Continuous Improvement and Adaptation to Change.
6. Naval Communication Strategies
7. Implementation and Optimization of TT&C Protocols: Best Practices.
8. Link Security: Implementation of Controls.
9. Naval Communication Strategies: Development and Application.
70. Network Optimization: Technical Considerations.
77. Security and Privacy: Data Protection.
72. Communication Strategies: Adaptation and Improvement.
73. Case Studies: Implementation and Optimization in Naval Environments.
74. Evaluation of Results and Adjustments.
7. Naval Liaison Tactics
8. Analysis and Application of TT&C Protocols: Problem Solving
9. Link Security: Threat and Vulnerability Analysis
70. Naval Liaison Tactics: Development and Execution
77. Fault Identification: Tools and Methods
72. Solution Implementation: Reliability Improvement
73. Link Tactics: Adaptation and Optimization
74. Case Studies: Application of Tactics in Different Scenarios
77. Evaluation of Results and Strategic Adjustments
8. Maritime Connection Management
9. Design and Management of TT&C Protocols: Network Architecture
70. Link Security: Management and Monitoring
77. Maritime Connection Strategies: Planning and Management 72. Network Design and Implementation: Key Considerations
73. Security Management: Policies and Procedures
74. Connectivity Strategies: Optimization and Scalability
77. Case Studies: Network Management in Maritime Environments
76. Evaluation and Continuous Improvement: Performance Indicators
8.8 Introduction to TT&C (Tracking, Telemetry & Command) Protocols
8.8 Fundamentals of Link Security in Naval Environments
8.3 Communication and Link Strategies in Naval Operations
8.4 TT&C Systems Architecture and its Application in the Navy
8.5 Communication Protocols and Data Encryption
8.6 Planning and Execution of Secure Links
8.7 Strategies for Responding to Cyber Threats and Attacks
8.8 Advanced Techniques for TT&C Protocol Optimization
8.8 Improving Link Performance and Efficiency
8.3 Bandwidth and Latency Optimization
8.4 Designing High-Availability Naval Networks
8.5 Implementing Error Control and Recovery Mechanisms
8.6 Prioritization Strategies and Quality of Service (QoS)
8.7 Monitoring Metrics and Tools and Optimization
3.8 Implementation of TT&C Protocols on Naval Platforms
3.8 Configuration and Commissioning of Communication Systems
3.3 Integration of Security Protocols in Links
3.4 Development of Naval Communication Tactics in Real-World Scenarios
3.5 Interoperability Testing and System Validation
3.6 Design of Security Protocols for Maritime Communications
3.7 Communication Strategies in Challenging Environments
4.8 Analysis of Telemetry Data and Link Performance
4.8 Application of TT&C Protocols in Critical Missions
4.3 Identification and Mitigation of System Vulnerabilities
4.4 Impact Assessment of Cyber Threats
4.5 Analysis of Attack and Defense Scenarios
4.6 Maritime Link Strategies under Different Conditions
4.7 Case Studies and Scenario Simulation
5.8 Performance Evaluation of TT&C Protocols
5.8 Risk Management and Contingency Planning
5.3 Link Security Management in Naval Operations
5.4 Development of Communications-Based Naval Operation Tactics
5.5 Key Performance Indicators (KPIs) and Metrics
5.6 Implementation of Monitoring and Early Warning Systems
5.7 Security and Compliance Audits
6.8 Implementation of Next-Generation TT&C Systems
6.8 Optimization of Protocols for Different Naval Applications
6.3 Integration of Advanced Communication Technologies
6.4 Design of Scalable Naval Communication Strategies
6.5 Implementation of Robust Security Protocols
6.6 Performance Testing and Continuous Optimization
6.7 System Upgrades and Maintenance
7.8 Link Data Analysis and System Performance
7.8 Application of Link Strategies in Hostile Environments
7.3 7.4 Identifying and Resolving Communication Problems
7.5 Designing Adaptive Naval Liaison Tactics
7.6 Studying Success and Failure Cases
7.7 Implementing Advanced Security Measures
7.8 Threat and Vulnerability Analysis
8.9 Designing TT&C Systems Architectures for the Navy
8.10 Managing Secure Communication Networks
8.3 Designing Resilient Maritime Connectivity Strategies
8.4 Implementing Security and Cybersecurity Policies
8.5 Configuration Management and Version Control
8.6 Managing Monitoring and Alerting Systems
8.7 Business Continuity Planning and Disaster Recovery
8.8 Regulatory Compliance and Industry Standards
9.9 Fundamentals of TT&C Protocols: Structure and Operation.
9.9 Link Security: Encryption and Authentication.
9.3 Naval Strategies: Mission Planning and Resource Management.
9.4 Practical Implementation: Initial System Configuration.
9.5 Case Studies: Analysis of Operational Scenarios.
9.6 Testing and Simulation: Functionality Verification.
9.9 Optimization of TT&C Protocols: Performance and Efficiency.
9.9 Link Security: Threat Detection and Mitigation.
9.3 Naval Connection Strategies: Communication Network Design.
9.4 Bandwidth Management: Prioritization of Critical Data.
9.5 Traffic Analysis: Bottleneck Identification.
9.6 Optimization Tools: Implementation and Fine-Tuning.
3.9 Implementation of TT&C Protocols: Advanced Configuration.
3.9 Link Security: Advanced security protocols.
3.3 Naval Communication Tactics: Procedures and standards.
3.4 Systems Integration: Interoperability and compatibility.
3.5 Field Testing: Validation in real-world environments.
3.6 Documentation and Procedures: Creation of operational guides.
4.9 TT&C Protocol Analysis: Troubleshooting and fault resolution.
4.9 Link Security: Vulnerability analysis and penetration testing.
4.3 Maritime Link Strategies: Route and frequency selection.
4.4 Link Monitoring: Performance monitoring and management.
4.5 Data Analysis: Interpretation of logs and metrics.
4.6 Continuous Improvement: Adapting to changing conditions.
5.9 TT&C Protocol Evaluation: Security audits and assessments.
5.9 Link Security Management: Incident Response Planning.
5.3 Naval Operational Tactics: Emergency and Contingency Procedures.
5.4 Scenario Simulation: Training and Preparation.
5.5 Risk Analysis: Threat Identification and Mitigation.
5.6 Regulatory Compliance: Adherence to Standards and Regulations.
6.9 TT&C Protocol Implementation: Advanced Configuration.
6.9 Link Security Optimization: Protocol Hardening.
6.3 Naval Communication Strategies: Robust Network Design.
6.4 Quality of Service (QoS) Management: Prioritization and Optimization.
6.5 Stress Testing: System Capacity Validation.
6.6 Upgrades and Maintenance: System Lifecycle Management.
7.9 TT&C Protocol Analysis: Problem Identification. 7.9 Link Security Application: Implementing Solutions
7.3 Naval Link Tactics: Adapting to Tactical Scenarios
7.4 Performance Analysis: Measuring KPIs and Key Metrics
7.5 Troubleshooting: Solving Common Problems
7.6 Technical Documentation: Creating Reports and Manuals
8.9 TT&C Protocol Design: Architecture and Planning
8.9 Link Security Management: Key and Access Management
8.3 Maritime Connection Strategies: System Design and Configuration
8.4 Capacity Management: Planning and Scalability
8.5 Monitoring and Control: Network and System Supervision
8.6 Maintenance and Upgrades: Lifecycle Management
1.1 TT&C Protocols: Fundamentals and architecture in naval environments.
1.2 Link Security: Encryption and authentication in maritime communications.
1.3 Naval Strategies: Introduction to the planning and execution of operations.
1.4 Risk Analysis in TT&C Communications and Link Security.
1.5 Introduction to Maritime Law and Communications Regulations.
1.6 Case Studies: Security incidents and lessons learned.
1.7 Monitoring and Analysis Tools for TT&C Protocols.
1.8 Simulation of Tactical Scenarios and their Impact on Communications.
2.1 Optimization of TT&C Protocols: Efficiency and performance techniques.
2.2 Link Security: Design of resilient and redundant systems. 2.3 Naval Connection Strategies: Link Protocols and Route Selection
2.4 Implementation of QoS (Quality of Service) in Naval Networks
2.5 Data Traffic Analysis and Anomaly Detection
2.6 Case Studies: Link Performance Improvement and Resource Optimization
2.7 Simulation Tools for Link Optimization
2.8 Evaluation of Emerging Technologies in Naval Communications
3.1 Implementation of TT&C Protocols: System Configuration and Management
3.2 Link Security: Protection Against Cyber Threats
3.3 Naval Communication Tactics: Operating Procedures and Standards
3.4 Integration of Communication Systems on Naval Platforms
3.5 Testing and Validation of Communication Systems
3.6 Case Studies: Successful Implementation of Communication Systems 3.7 Security Incident Response Practices
3.8 Tactical Scenario Simulation Training
4.1 Analysis and Application of TT&C Protocols: Troubleshooting and Optimization
4.2 Link Security: Security Audits and Penetration Testing
4.3 Maritime Link Strategies: Integration of Multiple Platforms and Networks
4.4 Design and Implementation of VPNs in Naval Environments
4.5 Performance Analysis and Protocol Optimization
4.6 Case Studies: Forensic Analysis of Security Incidents
4.7 Simulation Tools for Protocol Analysis
4.8 Evaluation of New Maritime Link Methodologies
5.1 Evaluation and Management of TT&C Protocols: Monitoring and Control
5.2 Link Security: Key Management and Access Policies
5.3 Naval Operation Tactics: Real-Time Communications Coordination
5.4 Development of contingency plans for communications.
5.5 Performance metrics and impact analysis.
5.6 Case Study: Communication crisis management in naval operations.
5.7 Information security management practices.
5.8 Risk assessment and mitigation.
6.1 Implementation and optimization of T&C protocols: Continuous improvement and scalability.
6.2 Link security: Design of intrusion detection and response systems.
6.3 Naval communication strategies: Voice, data, and video integration.
6.4 Implementation of network management systems (NMS).
6.5 Stress testing and capacity analysis.
6.6 Case Study: Implementation of advanced communication solutions.
6.7 Creation of information security policies.
6.8 Development of disaster recovery plans.
7.1 Analysis and Application of TT&C Protocols: Advanced Optimization and Troubleshooting.
7.2 Link Security: Vulnerability Analysis and Patch Management.
7.3 Naval Liaison Tactics: Integrating Communications in Joint Operations.
7.4 Implementing Proactive Monitoring Systems.
7.5 Trend Analysis and Problem Prediction.
7.6 Case Studies: Integrating Multinational Communication Systems.
7.7 Advanced Incident Response Practices.
7.8 Developing Long-Term Security Plans.
8.1 Design and Administration of TT&C Protocols: Architecture of Complex Systems.
8.2 Link Security: Implementing Firewalls and Intrusion Detection Systems.
8.3 Maritime Connectivity Strategies: Designing Global Communication Networks.
8.4 Network and Systems Management in Naval Environments. 8.5 Interoperability testing and certification.
8.6 Case studies: Design and deployment of global communications networks.
8.7 Security and regulatory compliance audits.
8.8 Development of continuous improvement strategies.
- 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.
Capstone-type projects
Admissions, fees and scholarships
- 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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