Diploma in DDS/RTPS and QoS for Critical Systems
About us Diploma in DDS/RTPS and QoS for Critical Systems
The Diploma in DDS/RTPS and QoS for Critical Systems focuses on the design and optimization of real-time communication systems, using DDS (Data Distribution Service), RTPS (Real-Time Publish-Subscribe), and QoS (Quality of Service). It explores the development of critical applications in sectors such as industrial automation, robotics, autonomous vehicles, and embedded systems, ensuring compliance with latency, reliability, and security requirements. It focuses on the implementation of traffic control and management mechanisms, with an emphasis on performance analysis and the configuration of QoS policies to guarantee the desired behavior in complex scenarios.
The diploma offers practical knowledge of traffic simulation and analysis tools, including the use of Wireshark and systems modeling. Students learn to design robust and scalable systems while understanding industry standards and best practices for software development. This training is aimed at professionals seeking to enhance their skills in the design and implementation of mission-critical systems, preparing them for roles such as real-time software engineers, distributed systems architects, and communications specialists, increasing their value in the job market.
Target keywords (naturally occurring in the text): DDS, RTPS, QoS, mission-critical systems, real-time, embedded systems, industrial automation, robotics, autonomous vehicles, latency, reliability, DDS diploma.
Diploma in DDS/RTPS and QoS for Critical Systems
- Format:
- Duration:
- Hours: 900 H
- Language:
- Credits:
- Registration date: 08-09-2026
- Strat date: 19-10-2026
- Available places: 11
1,249 $
Competencies and results
What you will learn
Who this program is for:
Diploma in DDS/RTPS and QoS for Critical Systems
9.9 Introduction to DDS/RTPS and QoS for Critical Systems
9.9 Key Concepts: Publishing/Subscribing, Discovery, Data Types
9.3 Quality of Service (QoS): Basic Policies and Profiles
9.4 Distributed System Design: Architecture and Components
9.5 Use Cases: Real-Time Applications and Embedded Systems
9.6 DDS/RTPS Development Tools and Environments
9.7 Network Topology Design for DDS/RTPS
9.8 Security and Authentication in DDS/RTPS
9.9 Practical Examples and Labs: Initial Configuration
9.9 Performance Optimization in DDS/RTPS
9.9 QoS Implementation: Advanced Policies and Tuning
9.3 Integrating DDS/RTPS with Other Technologies
9.4 Developing High-Performance Applications
9.5 Latency and Bandwidth Management
9.6 Security Implementation: Firewalls and Authentication
9.7 Performance Testing and Bottleneck Analysis
9.8 Techniques for Debugging and Troubleshooting
9.9 Case Studies: High-Performance Applications
3.9 Requirements Analysis for DDS/RTPS and QoS
3.9 Designing Advanced QoS Configurations
3.3 Modeling Distributed Systems with DDS/RTPS
3.4 Selecting and Configuring DDS/RTPS Plugins
3.5 Implementing Fault Detection Algorithms
3.6 Configuring Security and Data Protection
3.7 Testing and Validating the Configuration
3.8 DDS/RTPS Analysis and Simulation Tools
3.9 Continuous Optimization: Monitoring and Tuning
4.9 In-Depth Study of DDS/RTPS Architecture
4.9 Discovery and Communication Mechanisms
4.3 Resource and Memory Management
4.4 Implementing Custom QoS Policies
4.5 Fault Recovery and Fault Tolerance
4.6 Designing Resilient Systems with DDS/RTPS
4.7 Testing Strategies for Critical Systems
4.8 Developing Advanced Security Solutions
4.9 Complex Case Studies: Critical Systems
5.9 Designing Critical System Architectures
5.9 Hardware and Software Selection
5.3 Network and Infrastructure Configuration
5.4 Deploying DDS/RTPS Applications
5.5 Configuration Management and Provisioning
5.6 Performance Monitoring and Management
5.7 Scalability and High Availability
5.8 Security Considerations in Deployment
5.9 Case Studies: Deployment in Critical Environments
6.9 Modeling Systems with DDS/RTPS and QoS
6.9 Performance Analysis and Simulation
6.3 Optimizing System Designs
6.4 Applying Systems Engineering Methodologies
6.5 Test Design and Verification
6.6 Configuration and Change Management
6.7 Documentation and Traceability
6.8 Risk Analysis and Mitigation
6.9 Integration with Engineering Tools
7.9 Designing Critical Systems with DDS/RTPS
7.9 Implementing Security and Privacy
7.3 Developing Robust and Efficient
7.4 Testing and Validation Strategies
7.5 Integration with Other Systems and Technologies
7.6 Performance and Efficiency Optimization
7.7 Project Management and Software Development
7.8 Case Study: Critical Systems Development
7.9 Best Practices and Lessons Learned
8.9 Mission-Critical Requirements and DDS/RTPS
8.9 Designing Architectures for Mission Environments
8.3 Implementing Security and Redundancy
8.4 Latency and Bandwidth Management
8.5 Real-Time Application Development
8.6 Rigorous Testing and Validation
8.7 Integration with Command and Control Systems
8.8 Case Study: Mission-Critical Applications
8.9 Regulatory and Compliance Considerations
Capstone-type projects
Admissions, fees and scholarships
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