Going Beyond Simulation: Unlocking the Full Potential of Model-Based Design
Overview
With Model-Based Design, you can take your software design processes to the next level by taking full advantage of MATLAB and Simulink beyond creating component models and running simulations. This session will discuss techniques and practical insights into model management and integration, testing and verification, best practices, and more to give the attendee ideas for improving their own Model-Based Design practices.
This session is intended for MATLAB and Simulink users who already have familiarity with the tools, but want to learn what is possible with Model-Based Design beyond simulation. This session will also introduce relevant hands-on training courses that are available to advance the learner’s interests in these areas. By the end of the presentation, the attendee will have a better understanding of the full capabilities of Model-Based Design and how it can be best leveraged in their own production environment.
Highlights
In this presentation, you will:
- Define model architecture to modularize your software application for ease of development, reuse, and improved simulation performance.
- Perform model-based testing and verification to reduce run-time errors and defects in your models and generated code.
- Use style guides and modeling guidelines to ensure quality, clarity, and compliance with industry standards and best practices.
- Streamline your path to production with automatic code generation and seamless system integration.
Who Should Attend
- Control Systems Engineers
- Embedded Software Developers
- System Architects
- Test and Verification Engineers
- MBSE Engineers
- R&D Engineers and Technical Leads
- Engineering Managers overseeing MATLAB/Simulink projects
About the Presenter
Ding Li is a training engineer in Training Services at MathWorks. His background is in electrical engineering, specializing in motor controls and power electronics. He has over ten years of experience in simulation and analysis, control design and implementation, and rapid prototyping and testing of motor drives and systems using model-based development approaches. At MathWorks, he focuses on authoring and delivery of instructor-led training courses primarily for the automotive and industrial automation industries in Model-Based Design, verification and validation, and code generation areas.
