Real Time Design Solutions in GENESYS

When engineering systems, it is critical to identify the constraints that restrict and govern the design. As the design takes shape, we must move beyond individual constraints to understand the interrelationships in the form of engineering formulas and equations that further impact the overall system solution. It is the thoughtful consideration of this series of constraints that brings good analytical rigor to both bound and inspire the design process.

Historically, we managed these equations separately from the solution architecture, working in stand-alone analytical tools to check various aspects of the design. This was a manual process that involved moving the key design parameters out of the system model, conducting the analysis using a mathematical toolset (MATLAB), and then returning the results to the architectural model. Costly and error-prone, this approach slowed and limited the engineering of systems. We no longer need to take this manual approach. Applying a true model-based approach with modern systems engineering tools can allow us to bypass a manual approach and enable real-time design solutions.

Leveraging a connector between the architectural model in GENESYS and the analytical power of MATLAB, systems engineers validate system design constraints in real-time while developing the system solution. This webinar will review the architectural approaches and corresponding GENESYS capabilities that identify system constraints, capture objective and threshold values, detect inconsistencies, and graphically represent the key equations governing the system via the constraint block definition diagram and the parametric diagram. Then, powered by a new GENESYS connector, we apply the analytical power of MATLAB to solve this series of equations based upon the current design and update the design state.

Bringing together the power and innovation of MBSE in GENESYS with the analytical rigor of MATLAB delivers real-time design solutions, empowering the team to accelerate and improve the engineering of systems.