Siemens Digital Industries Software Blogs

At Hannover Messe 2025, Siemens presented a conceptual digitalization showcase that re-imagines how advanced software and AI-powered manufacturing tools could help Rolls-Royce optimize the design-to-manufacturing processes for aerospace components. Explore what’s possible when Siemens digitalization powered by AI meets aerospace engineering and beyond.

Modern aircraft are pushing the boundaries of design with lighter materials, more flexible structures, and complex active control systems. See how the new Zona ZAERO capabilities empower engineers to tackle these challenges.

These days, access to compute resources is just a question of budget. If you want results fast, you deploy powerful...

Why it matters Functional Safety is a critical aspect of system design that ensures a system behaves correctly in response...

Far from being just inventory, effective spare parts management is a cornerstone of operational efficiency, regulatory compliance, and even revenue generation. Read more.

Exploring the power of multiphysics design optimization Electric vehicle power modules are getting smaller, hotter, and more complex. But what...

Why spray drying still matters Did you know that up to 15% of the energy used in dairy plants is...

Axiom Space, the leading provider of human spaceflight services and developer of human-rated space infrastructure, leverages Siemens’ golden triangle of manufacturing solutions, Teamcenter, Opcenter, and Simcenter, to explore new frontiers in space innovation. Learn more about how they push beyond the horizon of human spaceflight.

Siemens Energy specializes in power generation, industrial applications, and the transmission of energy, with their flagship products including gas turbines, power plant solutions, and innovative clean energy technologies. Explore how Siemens Energy faces a clear challenge in the power generation sector: reducing CO2 emissions while maintaining reliable energy production. The main technical hurdle was adapting gas turbines to handle hydrogen's higher flame temperatures and different combustion properties. This required both new engineering approaches and advanced manufacturing methods to create practical, reliable solutions