Aerospace and Defense

• Model the whole vehicle and its subsystems
• Evaluate and optimize designs through simulations.
• Capture, manage, and analyze requirements via a digital thread, providing traceability between requirements, system architecture models, design, and auto-generated code.
• Improve decision-making by developing AI solutions.
• Use prebuilt tools to tune multivariable controllers automatically
• Generate code for prototyping or production for MCUs, GPUs, SoCs, and FPGA devices in floating or fixed-point.
• Analyze data from the test fleet and vehicle production.
• Conform to the standards: DO-178C, DO-254, and ARP-4754

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• Verify and optimize designs for the best performance
• Develop virtual prototypes and digital twins
• Couple electromagnetics with heat transfer, structural mechanics, fluid flow, and other physical phenomena
• Test different geometries, thermocouple configurations, and material selection
• Build, solve, and post-process models
• Perform cosimulation with Simulink.
• Evaluate EMI/EMC considerations and thermal management of airborne electronic equipment
• Build simulation apps

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• Develop, tune, and test controller models against industry requirements in real-time with real-time inputs from sensors or the avionic bus.
• Use fully automated testing functionality to test components such as flap actuators, flight control systems, e.t.c.
• Test embedded controller according to DO-178C standards
• Verify the successful operation of individual components in complex vehicle networks.
• Record and process in-flight or ground testing data and visualize it in real-time
• Automatically analyze raw data to compare system or flight performance across multiple runs.
• Ensure that all the electronic control units’ functionality, safety, and certification requirements are met

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