SimScale Use Case Highlights Cost and Time Savings in Automotive PCB Design

According to a recent LinkedIn post from SimScale, the company is highlighting how U.K.-based OEM Pektron used its cloud-native simulation platform to validate a complex PCB design under tight time constraints. The post describes Pektron running concurrent thermal simulations at 25°C and 85°C to mirror UKAS environmental chamber tests, achieving results reportedly within 5°C of physical measurements.

The LinkedIn post suggests that this level of accuracy enabled Pektron to select a lower-cost lightweight aluminum pressing instead of a more expensive die-cast metal enclosure, while maintaining required reliability. It also notes that modal analysis helped Pektron design a universal vibration jig for two projects, reducing machining expenses and lab setup time.

From an investor perspective, the case study-style content points to SimScale’s value proposition of faster model setup, scalable cloud simulations, and usability by less-experienced engineers, including graduates. If this experience is representative of broader customer adoption, it could support higher customer lifetime value by embedding simulation earlier and more widely in clients’ development workflows.

The post further implies that simulation is becoming a standard tool across Pektron’s engineering team, which may indicate deeper penetration of SimScale’s platform within existing accounts. For SimScale, such usage patterns, if replicated across other OEMs, could underpin recurring revenue growth and strengthen its competitive position against traditional, more complex on-premise FEA tools.