• Virtual ECU Validation & Digital Twins – How can cloud platforms and MBSE-driven simulations enhance software integration and powertrain innovation?
• Silicon Carbide & GaN Technologies – What advantages do SiC and GaN offer in improving power electronics efficiency and vehicle performance?
• Sustainable e-Motors & Dual Battery Systems – How can fully recyclable e-motors and hybrid energy storage solutions contribute to a more sustainable automotive industry?
• NVH Optimization in E-Motor Design – What strategies can be used to integrate NVH analysis early in the design process to enhance performance and driving experience?

This session will explore how Virtual ECU software integration and validation can be efficiently executed on cloud platforms. As automotive software grows in complexity, virtualization enables faster testing, seamless integration, and scalable validation without the need for physical hardware. The discussion will cover best practices, challenges, and real-world applications of cloud-based ECU validation, ensuring reliability and efficiency in modern vehicle development.

Through this presentation, you will discover:

• How cloud platforms enable scalable and efficient Virtual ECU integration and validation
• Key challenges and solutions in transitioning from hardware to virtual testing environments
• Real-world applications and benefits of cloud-based ECU validation in accelerating automotive software development