Technical Day: MV Electro System – Advancing Railway Electronics & Reliability with Simulation

Join us for an exclusive Technical Day at MV Electro Systems, focused on exploring how advanced simulation technologies are transforming railway electronics, power systems, and reliability engineering. As railway systems become increasingly sophisticated and digitally connected, ensuring the performance, safety, and reliability of electronic and electrical components has become a critical engineering challenge. This technical event will showcase how Ansys simulation solutions help organizations address complex issues related to signal integrity, electromagnetic compatibility, thermal management, power electronics, and lifecycle reliability. Through expert-led sessions, attendees will gain practical insights into simulation-driven approaches that reduce development risks, improve product performance, and accelerate innovation in railway applications. Participants will learn how industry-leading tools such as Ansys SIwave, Sherlock, Maxwell, and Simplorer are being used to solve real-world engineering challenges across railway electronics and power systems. The event will conclude with an interactive discussion and Q&A session focused on customer-specific requirements and future collaboration opportunities. Agenda Highlights Session 1: Welcome & Introduction Overview of Ansys capabilities for the railway industry Role of simulation in railway electronics and system development Session 2: SI/PI & EMI/EMC Analysis Presented by: Shubhendra PCB design challenges in railway applications Signal Integrity (SI) and Power Integrity (PI) analysis using Ansys SIwave Electromagnetic Interference and Compatibility (EMI/EMC) solutions Best practices for electronic system validation Session 3: Reliability & Thermal Analysis Presented by: Balram Importance of reliability engineering in railway electronics Lifecycle reliability prediction using Ansys Sherlock Failure analysis and durability assessment Thermal management and optimization techniques Session 4: Power & Control Hardware Simulation Presented by: Krishna Simulation-driven development of railway power systems Electromagnetic design of motors and transformers using Ansys Maxwell System-level power and control simulations using Ansys Simplorer Performance optimization and design validation Session 5: Open Discussion & Next Steps Interactive Q&A session Discussion on customer-specific engineering challenges Future opportunities for simulation adoption and collaboration