Diploma in IMA, Partitioning and RTOS in Avionics

9.9 Introduction to IMA (Integrated Modular Avionics)
9.9 Fundamentals of Partitioning in Avionics
9.3 Overview of RTOS (Real-Time Operating Systems)
9.4 Benefits of IMA, Partitioning, and RTOS in Avionics
9.5 Key Concepts: Address Spaces, Task Prioritization
9.6 Relevant Standards and Regulations (ARINC, DO-978C)
9.7 Application Examples in Modern Avionics Systems
9.8 Future Trends in IMA, Partitioning, and RTOS

9.9 IMA Architectures: Centralized, Distributed, Hybrid
9.9 Partitioning Systems: Space, Time, Resources
9.3 Partitioning Standards: ARINC 653, other specifications
9.4 Design and Implementation of Secure Partitions
9.5 Inter-Partition Communication and Data Management
9.6 Performance Considerations and Latency
9.7 Case Studies: Real-World Partitioning Implementations
9.8 Fault-Tolerant System Design

3.9 RTOS: Key Concepts, Task Scheduling
3.9 Real-Time RTOS: Characteristics and Requirements
3.3 Selecting an RTOS for Avionics: Criteria
3.4 Designing and Configuring RTOS for Critical Applications
3.5 Synchronization and Inter-Task Communication
3.6 Interrupts and Real-Time Event Handling
3.7 Real-Time Analysis: Worst-Case (WCET)
3.8 RTOS Examples: VxWorks, PikeOS, INTEGRITY

4.9 IMA System Architecture: Hardware and Software
4.9 Control System Design: Functions and Modules
4.3 Resource Management: Memory, CPU, Peripherals
4.4 Interface Design: Sensors, Actuators, Buses
4.5 IMA Software Development: Structure and Design
4.6 Management of Configuration and Version Control
4.7 IMA System Testing and Validation
4.8 Integration of Third-Party Components

5.9 Requirements Analysis for Critical Software
5.9 DO-978C Compliant Software Design
5.3 Static and Dynamic Analysis Techniques
5.4 Verification and Validation: Unit Testing, Integration Testing
5.5 Fault Analysis and Fault Tolerance
5.6 Risk Management in Software Development
5.7 Analysis and Verification Tools
5.8 Documentation and Change Control

6.9 IMA Implementation: Phases and Processes
6.9 Software Development in IMA Environments
6.3 Development and Debugging Tools
6.4 User Interface (UI) Design
6.5 Hardware and Driver Management
6.6 Integration and Certification Testing
6.7 Security Implementation in IMA Systems
6.8 Best Practices in Software Development Avionics

7.9 Programming Languages ​​for IMA (Ada, C/C++)
7.9 Object-Oriented Software Design for Avionics
7.3 Concurrent and Parallel Programming
7.4 Performance Optimization Techniques
7.5 Debugging and Code Analysis
7.6 Implementation of Critical Algorithms
7.7 Advanced Programming Tools
7.8 Driver and Controller Development

8.9 Applications of IMA in Flight Control Systems
8.9 Applications in Navigation and Communication Systems
8.3 Design of Visualization Systems
8.4 Systems Engineering for Avionics
8.5 Integration of Sensors and Actuators
8.6 Data Bus Architecture (ARINC, CAN)
8.7 Design of Monitoring Systems
8.8 Design of Systems for eVTOL

9.9 Legal Framework and Regulations for Critical Avionics
9.9 Certification Standards (EASA, FAA)
9.3 DO-978C: Certification Requirements and Process
9.4 Functional Safety Management
9.5 Quality Management in Software Development
9.6 Documentation and Regulatory Compliance
9.7 Certification Audits and Reviews
9.8 Certification Case Studies
9.9 Future Trends in Avionics Certification
9.90 Legal and Ethical Responsibilities