Siemens Digital Industries Software Blogs

Manufacturers everywhere face the same pressure: deliver flawless quality, end-to-end traceability, and agility — while empowering the people who make it all happen. The question is simple, but the answer is not: how do you achieve operational excellence without overwhelming operators or creating barriers with complex technologies?  Operators are expected to manage machines, configure tools, record data, and double-check every step. These tasks are critical but often repetitive and time-consuming. Imagine if the system could take care of them automatically—guaranteeing right-first-time quality while freeing operators to focus on higher-value work. That’s exactly what Siemens is delivering with intelligent workstations powered by Siemens Mendix and Process Simulate.

HR Business Partner Geeta Dixit shares a bit of her story, which includes traveling across Malaysia on a bike and...

Learn everything you need to know to get started using Siemens software for engineering students.

Discover how Sopemea enhanced seismic testing with Simcenter Testlab Shock & MIMO Shock Control - achieving 90% faster setup and 60% shorter test runs. Learn how multi-axis capabilities and unified control improve accuracy, efficiency, and safety in earthquake simulation.

While ensuring stable power delivery is paramount, overengineering power delivery networks (PDNs) can negatively impact product costs and time-to-market.

The Siemens Dreamforce agenda stands out as a powerhouse of insights, live demos, and practical strategies. Check out the session details and register now.

Siemens and the HERA project are redefining regional air travel with hybrid-electric aircraft. Using simulation-driven design and digital twins, they’ve cut cruise fuel burn by 5% and boosted efficiency, all whilst staying within 3% of real-world performance data. It’s a bold step toward net-zero aviation.

“We were finding GUI timing issues months after we needed to,” recalls a senior development manager at a leading Asian...

For large designs with numerous asynchronous clocks and resets, there is a growing need to do clock domain crossing (CDC) and reset domain crossing (RDC) analysis in a hierarchical way. This allows parallelization of sub-block and noiseless analysis and helps reduce SoC runtime and speed closure of CDC and RDC issues at the SoC level. Conversely, it poses challenges for design houses using third-party IP in ensuring the compatibility of their hierarchical data models (HDM) in the case of multiple EDA tools usage.