Engineers use MATLAB and Simulink for maritime systems to address increasing demands for fuel efficiency, operational optimization, autonomy, safety, and regulatory compliance. MATLAB and Simulink support digital engineering by providing a unified environment for modeling vessel dynamics, developing control algorithms, analyzing sensor data, and running system-level simulations. Engineers use Model-Based Design to identify design issues early in the development lifecycle, and maintain a consistent path from requirements to deployed software across defense, commercial shipping, and autonomous maritime applications.
Maritime Surface Systems
Develop digital engineering workflows for maritime surface systems using Model-Based Design.
Underwater Systems
Reduce risk and build confidence in system performance before sea trial.
Using MATLAB and Simulink for Maritime Systems
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