Presentation Slides
Video Recording
Session Abstract
In modern aircraft design, the radome, a protective shell for weather radar systems, must balance electromagnetic transparency, aerodynamic efficiency, and structural durability. Traditional design methods treat these disciplines separately, leading to slower design iterations and potential performance trade-offs. This presentation introduces a Model-Based Systems Engineering (MBSE) approach, unifying electromagnetic, aerodynamic, and mechanical simulations into a cohesive framework on the 3DX platform. By integrating these domains, MBSE accelerates design iterations, enhances collaboration, and optimizes radome performance holistically. Case studies, developed in collaboration with Airbus, will highlight how MBSE outperforms traditional methods, reducing errors and fostering innovative design solutions.
