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Rising urban temperature demand smarter solutions, learn how virtual twins can help cities become cooler, healthier and more resilient

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As we move away from fossil fuels and integrate more renewables, our energy supply systems are becoming increasingly complex and interconnected—linking electricity, heat, fuels, and mobility. Optimizing these systems requires smarter modeling tools and sophisticated control systems.

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In the latest episode of TechMagic, hosts Cathy Hackl and Lee Kebler explore how spatial computing, mixed reality, and enterprise innovation are shaping the next era of collaboration.

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Electrification is fundamentally reshaping vehicle engineering, making simulation at the battery cell level now a key factor in innovation. The shift from internal combustion engines (ICEs) to electric vehicles (EVs) has introduced new design challenges and heightened safety requirements. Modern engineering increasingly relies on Multiphysics simulation—from electrochemistry to structural analysis—to drive optimal cell, module, pack, and full-vehicle designs. Let us explore how different methodologies in battery cell engineering can improve the design of batteries for efficient electric vehicles (EVs).

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If you are evaluating your next step, frame the discussion around capabilities and constraints first, tools second and make “does this increase interoperability?” the question that decides.

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Join our new CEO as she shares her vision for the future of simulation, the role of AI and compute power, and her commitment to collaboration and innovation.

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There are a range of ways to improve sustainability in metal production, and companies that are investing in them now will be able to navigate the regulatory and consumer pressures that are likely to continue in the decades ahead.

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MicroElectroMechanical Systems (MEMS) have revolutionized the semiconductor market since their development in the early 1990s, now accounting for approximately 20% of the global market. Among these, Surface Acoustic Wave (SAW) devices stand out for their exceptional sensitivity and versatility in sensing applications. Our latest simulation study, utilizing SIMULIA Abaqus and SIMULIA CST Studio Suite, examines the performance analysis of a MEMS SAW gas pressure sensor, demonstrating a robust multiphysics simulation workflow.

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Medtech companies embracing these tools are reporting 15–30% OEE improvements, 25–40% fewer deviations, and dramatically faster time-to-market.

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Major forces are driving the adoption and evolution of industrial robotics, influencing how manufacturers tackle labor shortages, scale sustainably and automate increasingly complex tasks.

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