A connected engineering workflow
The practice supports motor and inverter modeling, control-system simulation, HIL validation, prototype testing and practical training. The intended audience includes manufacturers, system developers and research teams in North America and Europe.
Methods and tools
The supplied brief identifies MATLAB/Simulink for offline models, dSPACE for real-time simulation, CANape for vehicle calibration, and dynamometer instrumentation for electrical and mechanical measurements.
Individual experience, clearly attributed
The projects presented here describe Dr. Leng’s supplied experience, including work with other organizations. They are not a list of contracts won by the present studio and do not imply client endorsement.
Agree the scope before analysis
Define the engineering question, available data, validation requirements and deliverables at the start of each engagement.
Mandarin-language technical coordination
The supplied brief also describes support for technical demonstrations and business discussions in China. Such coordination can be scoped separately from engineering analysis.
Inside the work.
Connected expertise.
Dr. Siyu Leng · photograph supplied with the biography
Dr. Siyu Leng
Engineering experience spanning electric aircraft propulsion, motor drive research, real-time simulation and vehicle calibration.
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Motor topology illustration supplied in the brief
From motor models to tested drive controls.
Six connected services covering machine models, inverter losses, simulation, testing, calibration and training.
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Supplied simulation material
Selected motor drive and propulsion projects.
Eight projects from Dr. Siyu Leng’s supplied experience, with methods, reported outcomes and supporting links.
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Start with your application, constraints and the decision you need to make.