Ideal for Organizations Using MATLAB/Simulink or SCADE Fundamentals Training by Tonex
This course offers a specialized foundation for teams and organizations using MATLAB/Simulink or SCADE in critical system development. It equips engineers and technical professionals with the essential knowledge to model, simulate, and analyze embedded systems efficiently using these industry-standard platforms. A significant focus is placed on ensuring system reliability, safety, and compliance with rigorous engineering requirements. Given the use of these platforms in safety-critical environments like aerospace, automotive, and industrial control systems, the course also highlights their cybersecurity implications. Proper modeling and validation can help prevent vulnerabilities, mitigate risks, and ensure secure system development from the ground up.
Audience:
- Systems Engineers
- Software Engineers
- Embedded Systems Developers
- Aerospace and Automotive Engineers
- Cybersecurity Professionals
- Safety-Critical Systems Developers
Learning Objectives:
- Understand the role of MATLAB/Simulink and SCADE in system design
- Explore model-based development principles
- Analyze model behavior and control logic
- Learn safety and validation techniques
- Examine cybersecurity best practices in model-driven environments
- Identify integration and deployment strategies
Course Modules:
Module 1: Introduction to MBD Tools
- Overview of MATLAB/Simulink and SCADE
- Key differences and common use cases
- Understanding model-based design (MBD)
- Relevance in safety-critical systems
- Introduction to system modeling concepts
- Impact on system development lifecycle
Module 2: Model Structuring Basics
- Building block diagrams
- Managing model hierarchy
- Signal routing and organization
- Data types and parameter tuning
- Naming conventions and modularity
- Traceability from requirements to models
Module 3: Simulation and Testing
- Simulating model behavior
- Debugging techniques and analysis
- Signal monitoring and verification
- Simulation input/output management
- Scenario-based test cases
- Cybersecurity-aware simulation principles
Module 4: Control Logic Modeling
- Stateflow and finite state machines
- Transition logic and control conditions
- Temporal logic and time-based actions
- Reactive system modeling
- Logical consistency checks
- Safety and security implications
Module 5: Code Generation Concepts
- Introduction to auto-code generation
- Code configuration options
- Interface mapping strategies
- Platform-specific deployment basics
- Verifying code from models
- Secure coding best practices
Module 6: Integration and Compliance
- Integrating with embedded targets
- Supporting certification standards (DO-178C, ISO 26262)
- Documentation and model audits
- Validation and verification tools
- Cybersecurity in regulated environments
- Planning secure system delivery
Empower your engineering teams to maximize the potential of MATLAB/Simulink or SCADE while maintaining a secure and compliant development pipeline. Enroll today in Tonex’s fundamentals training and enhance your system modeling and cybersecurity capabilities.