Register now for the upcoming webinar

Higher switching frequencies, evolving power electronics, and faster software iteration cycles are changing how motor drive controllers are developed and validated.

Register for this webinar and see live demonstrations of how Speedgoat real-time test systems with MATLAB^® & Simulink^® help you design, verify, and validate motor drive controls with trusted, repeatable workflows.

See How to Develop, Verify, and Validate Motor Drive Controls

• Prove motor drive controller performance with HIL testing under nominal and fault conditions, including current ripple analysis, automated testing, requirements traceability, and FEM-based real-time electric motor simulation.
• Innovate faster by designing, tuning, and testing control algorithms with Speedgoat test systems connected to your motor drives.
• Scale control-design innovation and production-ready validation with the scalable Speedgoat test system platform, featuring scalable processing performance, multi-domain I/O integration, and seamless workflows across simulation, HIL testing, and embedded software development.

Explore Validation Challenges in Next-Generation Electric Drives

• Address increasing system complexity from higher switching frequencies enabled by SiC and GaN power electronics, advanced motor topologies, and tightly coupled electrical, thermal, and electromagnetic effects
• Support faster development cycles driven by model-based engineering, CI/CD/CT workflows, requirements-driven development, and AI-supported engineering processes requiring trusted testing workflows.

Register now to learn practical workflows for scalable motor drive control validation and continuous testing with Speedgoat real-time test systems.

About the Presenters

Carlos Villegas has over 10 years of experience in electrical machines, power electronics and automotive control systems, including in-vehicle rapid control prototyping at Daimler Research (Germany), and the development of renewable energy systems up to 2 MW. He received a Ph.D. degree in Engineering from the Hamilton Institute, Ireland; an M.Sc. degree in Mechatronics from CINVESTAV, Mexico, and an M.Eng. degree in Electrical and Mechanical Engineering from Tec de Monterrey, Mexico. As Electrification Industry Manager at Speedgoat, he is responsible for real-time solutions for electric motors, power electronics, battery systems, and power systems.

Pablo Romero is a Principal Application Engineer at MathWorks specializing in real-time systems, verification, validation, and physical modelling. He previously worked at BMW Group modelling vehicle dynamics, and at Airbus Defense and Space validating flight control laws. He received his M.Sc. in aeronautical engineering from the Universidad Politécnica de Madrid and carried out his final project at the TU München.

Mathieu Lu-Dac is a Senior Application Engineer specializing in Motor Control and Power Electronics at Speedgoat. He holds a PhD in Physics, bringing a strong background in scientific research and engineering to his role.

Before joining Speedgoat, Mathieu spent seven years as a motor designer and expert at Johnson Electric, where he developed deep expertise in electric motor technologies and contributed to multiple innovation projects across the automotive sector. His career also includes roles in R&D and product management, bridging the gap between advanced engineering and practical implementation.

At Speedgoat, Mathieu focuses on real-time simulation for electric drive control applications, supporting engineers in developing and testing control algorithms for advanced motor systems. His broad experience in physical and mathematical modeling enables him to help customers accelerate innovation and achieve reliable, high-performance control solutions.