Siemens Digital Industries Software
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> Learn how Simcenter hardware and software testing solutions provide a complete and scalable acoustic engineering solution for aircraft noise for essential insight into the development of quieter and more efficient aircraft.
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Erke Wang
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Erke Wang
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Electrical Motor Design is more than 2D electromagnetic simulation. It's true 3D Multiphysics!Ansys CADFEM (D-A-CH)
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Lufthansa Group
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Robot facilitates EMI test: Faster fault finding at Lufthansa Technik 👏Strict tests must be passed during product testing. One of these is the test for electromagnetic interference (EMI). Here, the radio emission must not exceed a certain value, which is checked by an elaborate test. If it fails, engineers painstakingly search for the problematic area - up to 10 days per component.Our new project uses a robotic arm: It quickly finds the faulty areas with too much emission. Special software displays the results, and engineers evaluate them. This saves an enormous amount of time. The increasing demand for EMC tests can thus be better managed. Just the right project for our #TechieTuesday 💙✈#ExploreLufthansaTechnik #LufthansaGroup #OurPeopleAreOurBrand
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Dhanush S
Experienced Leader in All-Terrain Capability Development and Strategic Visionary | 15+ Years of Excellence in Automotive Innovation | Trailblazing Off-Road Enthusiast
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Comment your views - As the world shifts towards EVs and advanced "By-Wire" systems, the surge in demand for calibration engineers will be inevitable. Product differentiation now hinges not just on technology, but on the user experience — where calibration plays a crucial role.Just an example below. On how a steer-by-wire steering requires H-U-G-E work on caliberation than mechanical/System level development! In this evolving scene, will calibration engineers turn out to be the architects of user satisfaction, shaping the future of mobility one adjustment at a time?
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Ralf Fleischhauer
Driving innovation in the Communications, Electronics and Semiconductor industries. Follow me for regular insights.
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Radar System Engineering: From Requirements to Deployment share.mathworks.comLearn how to use Radar Toolbox to design, simulate, and test multifunction radar systems. Perform link budget analysis and evaluate design trade-offs with Radar Designer app and simulate these designs using probabilistic models and I/Q signal level models.
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Vishnu Kattoor
Principal Corporate Recruiter at MathWorks
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Radar System Engineering: From Requirements to Deployment share.mathworks.comLearn how to use Radar Toolbox to design, simulate, and test multifunction radar systems. Perform link budget analysis and evaluate design trade-offs with Radar Designer app and simulate these designs using probabilistic models and I/Q signal level models.
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Niklas Moberg
Senior Team Leader at MathWorks
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Radar System Engineering: From Requirements to Deployment share.mathworks.comLearn how to use Radar Toolbox to design, simulate, and test multifunction radar systems. Perform link budget analysis and evaluate design trade-offs with Radar Designer app and simulate these designs using probabilistic models and I/Q signal level models.
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Eve Huang
Terasoft Assistant Sales Manager
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Radar System Engineering: From Requirements to Deployment share.mathworks.comLearn how to use Radar Toolbox to design, simulate, and test multifunction radar systems. Perform link budget analysis and evaluate design trade-offs with Radar Designer app and simulate these designs using probabilistic models and I/Q signal level models.
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