Aerospace & Defense - Aerospace & Defense

What’s new in Opcenter Execution Discrete 2607

August 14, 2026

Leveraging out-of-the-box solutions for complex assembly and job shop environments Summary Opcenter™ Execution Discrete (EX DS) 2607 software, which is...

By Alessandro Cereseto

Virtual Integrated Aircraft: A methodology for early aircraft systems integration with Simcenter systems simulation

August 13, 2026

The aerospace industry is facing unprecedented levels of complexity. Electrification, software-intensive architectures, thermal management challenges, and increasingly demanding verification and...

By David Morand

The Art of the Possible

Innovative simulation and test solutions for trustworthy data-centric AI

August 11, 2026

Trustworthy AI begins with trustworthy data. Discover how Siemens and KU Leuven are performing research along this line, aiming to enable trustworthy data-centric AI for engineering applications. We consider the rich variety of engineering data, from modeling and simulation to test data acquisition, throughout product design and validation up to real-world operation. Check our blog to learn about our research towards trustworthy data-centric AI, together with KU Leuven in the frame of our research project SATISFY.AI, with support from the Flanders Innovation & Entrepreneurship Agency (VLAIO).

By Claudio Colangeli, Stijn Donders

Designcenter | How To | Industrial Styling & Design

August 06, 2026

In our latest Designcenter™ software How To series video, we explore how Designcenter Industrial Styling & Design empowers you to...

By Alex Discher

What’s new in Simcenter PhysicsAI 2026.1?

Explore what's new in Simcenter PhysicsAI 2026.1: generative AI for engineering design, improved hotspot predictions, 5× faster training, SPH support, and more.

By Nachiket Patil

Balancing vehicle noise and vibration with e-efficiency for e-powertrains - a "multitasking challenge"

Electric vehicle e-powertrain development is a balancing act between efficiency, noise and vibration (NVH), cost, mass, and reliability. While efficiency directly influences vehicle range, NVH issues remain a major source of development challenges and budget overruns. This blog explores how engineers can assess e-efficiency and NVH simultaneously using a single synchronized measurement setup. By combining electrical, mechanical, acoustic, and vibration data in one test campaign, teams can directly correlate efficiency gains with NVH impacts, identify critical noise sources, and make faster, better-informed design decisions.

By Markus Brandstetter

Transform electromechanical design with integrated multiphysics capabilities

The challenge: Are design flaws discovered after prototyping costing you millions in unexpected expenses and months of delay?

By Melville Bryant

From Apollo to Artemis: How the digital twin is accelerating lunar rover development

Learn how aerospace engineers validate lunar rover designs using Simcenter digital twin simulation. Integrated thermal, structural, and thermo-mechanical analysis reduces hardware risk, accelerates iteration, and enables mission-critical design decisions before physical testing ... essential for Artemis program success.

By Jean-Francois Labrecque-Piedboeuf, Adam Martin

Virtual Integrated Aircraft: Designing cryogenic hydrogen storage through the digital thread

As the aerospace industry explores hydrogen-powered flight, one challenge quickly rises to the top: where do you store liquid hydrogen...

By David Morand