A unique simulation and validation solution for requirements engineering of embedded systems.
Prepare your students to become tomorrow's Systems Engineers, Systems Architects, Systems Designers and Test Engineers that will tackle embedded software complexity using an innovative and unique solution based on requirements-in-the-loop simulation.
CATIA STIMULUS enables the user to detect incorrect, missing and conflicting requirements, during the specification phase, before any design begins, and to generate tests vectors & objectives automatically.
Teach your students how to make requirements right the first time, in a faster and better way!
of executable models, software, or hardware logs to ensure the system fulfills its requirements
Industry is facing a rising level in complexity in embedded systems and hence writing complexity requirements for these systems is becoming increasingly difficult.
Teaching CATIA STIMULUS to your students provide them with the rights skills to tackle writing requirements for these complex embedded systems.
CATIA STIMULUS is the perfect bridge between Model-Based Systems Engineering (MBSE) courses and Control Engineering courses, especially as it integrates seamlessly with other de facto engineering tools such as CATIA MAGIC and Simulink.
Compared to traditional requirements engineering, CATIA STIMULUS is also fun and easy to learn thanks to the simulation aspects : students will be able to make requirements right the first time, in a faster an better way!
Discover in details what can be done with CATIA STIMULUS
At specification phase, STIMULUS enables system architects to simulate requirements and to detect ambiguous, incorrect, missing, or conflicting requirements before the design begins, thus creating the high-quality specifications needed for the validation of safety-critical embedded systems.
Development teams spend less time redefining requirements, rewriting, and re-debugging code, resulting in fewer development iterations needed to achieve quality results.
At validation phase, STIMULUS also enables test engineers to generate test vectors and test objectives automatically and to check that your embedded code complies with its specification.
Testing teams no longer write nor maintain test cases that are manually derived from the requirements. Instead, they reuse work done by system architects to build highly flexible test campaigns, allowing to adopt effective agile methods.
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