Combine MBSE with Simulation and Optimization
Overview
We will explore how the integration of simulation in Systems Engineering transforms design and validation methodologies. We will address the advantages of simulation in anticipating the performance of complex systems and reducing risks before production. Finally, we will discuss the concrete implementation of a simulation-driven MBSE approach in the MathWorks environment to enhance decision-making process.
Highlights
- How to leverage simulation during requirements capture?
- How to conduct Multi-Disciplinary Analysis and Optimization (MDAO) activities to make architecture choices?
- How to build Digital Thread to ensure continuity between architecture and design/simulation models?
Who Should Attend
- Systems engineers and architects looking to benefit from simulation
- V&V and Software engineers
- Engineering Managers
About the Presenter
Massimiliano Campagnoli holds a degree in Aerospace Engineering from the Politecnico di Milano. Before becoming an Application Engineer at MathWorks, he spent 25 years at Leonardo Aircraft Division. There, he initially worked as a Flight Control Software Engineer, specializing in the DO-178 certification process using a Model-Based Design (MBD) approach. Later, he transitioned to designing autopilots for production aircraft and developing control laws for autonomous systems in research projects, all while maintaining an MBD workflow. At MathWorks, he focuses on the aerospace and defense industries, with a particular emphasis on Model-Based Systems Engineering and the DO-178C workflow for safety-critical applications.
Ibrahim Saddoug is an application engineer at MathWorks. He supports customers in aerospace, automotive in the establishment of systems engineering workflows and tools. Systems Architecture, requirements management and V&V activities are key aspects of his work. He holds an Engineering degree in Applied Mathematics and Scientific Computing from the engineering school Sup-Galilee in Sorbonne University in Paris. Before joining MathWorks, he worked for companies like Safran Landing Systems and Renault on projects involving MBD, data analysis and mechanical modeling. He has also participated in MBSE projects, assisting these companies in the assessment and deployment of systems engineering methodologies and tools.
Maria Fernandez is an application engineer within MathWorks, specializing in the areas of simulation, control system design, physical modeling, verification & validation and aerospace certification. Before starting at MathWorks in 2019, she worked at GMV as a software developer for GNSS applications and collaborated with DLR in the Exoplanetary Research group. María holds a degree in Aerospace Engineering from Universidad Carlos III de Madrid and a Master’s degree in Aerospace Engineering, specializing in space exploration, from the Technical University of Delft.
Product Focus
- Simulink
- Requirements Toolbox
- System Composer
Organizer
As an authorised reseller of MathWorks in the Middle East, CES is helping companies unleash the value of digital transformation through advanced technology that harnesses the benefits of artificial intelligence, deep learning, machine learning, predictive maintenance and much more. Our teams can help you exploit the power of MATLAB® & SIMULINK® to quickly put your data to work or improve your workflow.
Math. Graphics. Programming. Whether you are analysing data, developing algorithms or creating models, MATLAB® and SIMULINK® are designed for the way you think and the work you do. At CES, our activities expand to encompass a full range of services offered to a broadly based scientific and engineering community throughout the Middle East. Indeed, the majority of our customers today are located in Bahrain, Iraq, Jordan, Kuwait, Lebanon, Oman, Qatar, Saudi Arabia and the United Arab Emirates and include some of the biggest players in the region and on the planet.
