Industrial humanoid robots for logistics: System simulation, the missing link between Physical AI and factory deployment

This blog highlights humanoid robots for industrial logistics, and why System Simulation with Simcenter Amesim is the missing link between physical AI and factory deployment.

Historical overview of Simcenter Feko milestones from 1991 to 2013, highlighting the evolution of electromagnetic simulation methods and applications.

Simcenter Feko: Milestones in FEKO history – Part 1: The early years (1991–2013)

Explore the early history of Simcenter Feko, from its academic origins in 1991 to its evolution into a commercial electromagnetic simulation solution. Discover the key milestones from 1991 to 2013, including MLFMM, solver hybridization and advances in antenna and electromagnetic compatibility simulation.

Simcenter Micred thermal characterization

Extend thermal characterization to high-power ICs and GaN devices

AI accelerators, high-power GPUs and low-resistance GaN devices are pushing conventional thermal characterization
methods into new territory. The new Simcenter Micred high-power sensing current generator provides the current required to capture high-fidelity thermal measurements, helping engineers compare designs, select materials and
calibrate simulation models.

Unlock testing excellence: Your monthly Simcenter physical testing update | September 2026

Discover the latest news from Simcenter Physical Testing that are transforming the way engineers approach testing. Check back regularly as we continuously update this blog with the freshest Simcenter Physical Testing news, tips, and insights.

Bring laboratory-grade thermal verification to inverter manufacturing

Bring laboratory-grade thermal verification to inverter manufacturing

Bring laboratory-grade thermal verification directly to inverter manufacturing. The new Simcenter Micred Quality Tester automates full-inverter thermal testing, helping manufacturers identify outliers, validate process changes, and ensure production output remains aligned with thermal design targets.

Busbar geometry and mesh illustrating PEEC-based parasitic extraction with surface impedance boundary conditions in Simcenter Flux.

From DC to high frequency: Parasitic extraction with integral methods and surface impedance in Simcenter Flux

The electrification of transportation, and the electric vehicle industry in particular, is placing unprecedented demands on power electronics systems. Modern…

Designing orbital data centers with confidence using Simcenter Amesim and Simcenter 3D Space Systems Thermal

Unlock efficient orbital data center design with Simcenter Amesim and Simcener 3DSpace Systems Thermal, integrating power systems, thermal management, and energy storage for reliable performance in challenging environments.

Leg-based robotics with System Simulation: Why it’s transforming the industry with accelerated innovation

This blog explains how System Simulation with Simcenter Amesim brings many advantages in Robotics to create digital twins of led-based robots, quadruped robots or other 6-leg robots. To save time and cost during development of such systems thanks to digitalization to investigate scenarios and training.

The Executable Digital Twin runs continuously alongside the physical asset, predicting states that no sensor alone can observe.

The architecture of truth: How Siemens’ AI-powered Executable Digital Twin is rewriting the rules of industrial intelligence

Discover how Executable Digital Twin closes the gap between physical assets and real-time insight – using physics-validated AI to optimize energy generation, transmission and consumption.