Synopsys and Ansys are now united! Today, we proudly announced the completion of @Synopsys' acquisition of Ansys, creating the leader in engineering solutions from silicon to systems. Learn more: ansys.me/4lZm4Ij

Global demand for industrial robots has more than doubled over the past 10 years. DYK, more than 542,000 robots were installed in 2024? To work seamlessly on the factory floor, industrial robots require precision, motion, and communication powered by semiconductors. 🤖 Learn how @Synopsys solutions advance industrial robots from chip to system-level, pushing what's possible across industries and factory floors: bit.ly/470wUIG

Calling all student teams! Simulate to Win is almost here. 🏎️ 🏁 Registration is open for this FREE webinar series, happening September 14-18. 👉 bit.ly/4h43Ch5 Learn directly from Ansys, part of @Synopsys experts, municHMotorsport, and @redbullracing through dedicated CFD and FEA tracks designed to help you optimize performance before race day.

Space is cold, but that doesn’t mean that everything is cold in space. As @AetheroSpace develops radiation-tolerant, end-to-end edge compute modules for space, managing thermal performance is fundamental to mission success. In this edition of Ask the Engineer, Andres Ramirez, Principal Thermal Engineer, shares how simulation helps address thermal challenges and support the future of space-based computing. 🛰️ Watch the interview below and read more at: bit.ly/4ynl8DT

The pharmaceutical industry is undergoing a massive transformation. 💊 Computational modeling and #simulation, #AI, and #DigitalTwins are becoming increasingly central to pharmaceutical innovation. Join us at the Global In Silico Pharmaceutical Summit 2026, September 29 and 30 to hear insights, best practices, and real-world success stories from industry leaders. 👉 Check out the latest details and be a part of the future of digital pharma: bit.ly/4xJqnOy

What if you could identify design challenges before they become expensive redesigns? Upfront simulation is helping teams move faster by providing early performance insights, enabling rapid design exploration, and reducing the risk of costly late-stage changes. Learn how Ansys Discovery empowers engineers to make smarter decisions earlier and accelerate product development with physics-based simulation: 🔗 bit.ly/4cmN3LO

Synopsys President & CEO @SassineGhazi joined @CarlQuintanilla & @contessabrewer on @SquawkStreet today, to discuss how AI complexity is driving demand across our engineering solutions portfolio. Watch the full clip: bit.ly/4ya0TK0

Our President & CEO @SassineGhazi shared $SNPS' latest financial results today, covering an outstanding quarter. Click below to get the full details. 👇

Building a reliable communications network on the Moon starts well before launch. 🚀🌕 As future #Artemis missions move closer to reality, engineers are using digital twin technology to simulate the lunar environment and validate mission-critical wireless communications systems in ways that aren't possible through traditional testing. Learn more from @Synopsys' own Shawn Carpenter, as he takes a closer look at the technology helping make that possible: synopsys.com/blogs/chip-desi…

Exciting news from team @Synopsys! 👏 Click below to learn about our latest validation.

Materials engineering is essential for creating many of the innovative products we use today. From energy-absorbing structures in NASCAR to implantable, titanium medical devices, materials decisions are directly shaping performance, safety, manufacturability, compliance, and life cycle behavior. Explore how governed data and predictive simulation can work together to connect discovery to materials design, qualification, and sustainability objectives. 👉 bit.ly/4wEglNf

As AI workloads push data rates, the challenge is no longer just compute power. Physics is becoming the bottleneck. @thintronicsCA is using Ansys, part of @Synopsys simulation, with support from @SimuTechGroup, to produced the Thintronics-on-Substrate (TOS) platform, the first high-performance, ultra-low-loss substrate dielectric film made in the U.S. The result? ⚡ 30% to 50% improved insertion loss at 224G/448G ⚡ Up to a 42% reduction in serializer/deserializer (SerDes) circuit power consumption ⚡ Up to a 17% reduction in AI data center energy consumption ⚡ Ultra-low dielectric constant materials for more reliable interconnects and lower parasitic effects Discover how Thintronics is addressing a major challenge in semiconductor packaging by putting simulation at the heart of its strategy: bit.ly/4ie5S7v

Battery demand is rising. Manufacturing complexity is too. See how simulation, AI, and digital twins can help battery manufacturers reduce development time, improve efficiency, and optimize operations. 🔋 Learn more: bit.ly/4ciknDu

Floating offshore wind turbines deal with complex aerodynamic challenges. How can simulation help unlock their full potential? 🌬️🌊 Researchers at the @UNI_FIRENZE's Wind Energy Group, are using high-fidelity CFD to study how wind turbines behave when wind, waves, and platform motion interact simultaneously. Learn how the researchers are utilizing Ansys Fluent to advance the design and optimization of next-generation offshore wind technologies while providing valuable resources for the broader wind energy community: bit.ly/4qcVkHD

Although electric motors excel in efficiency, car manufacturers are still striving for further improvements. Effective thermal management is crucial. Automotive supplier @MarelliTech utilizes Ansys FreeFlow to simulate oil flow dynamics and heat transfer to predict motor cooling performance. Learn how Marelli leans into simulation to achieve complex, comprehensive electric motor analyses within significantly shorter time frames. 🚗 bit.ly/4zr0jsK

When selecting the right processor for CFD workloads, engineering teams can't count on raw core count alone. See how @Intel Xeon 6 processors with MRDIMM memory can help improve Ansys Fluent performance, increase simulation throughput, and accelerate time to insight. ⚡ Read more about the latest benchmark results at: bit.ly/3TNiQiw

As AI workloads grow, so do the thermal challenges facing data centers. How do engineers keep critical infrastructure cool, efficient, and reliable? 🌡️⚡ Learn how multiphysics solvers, optimization, and AI can level up your simulation workflow and support data center cooling infrastructure. bit.ly/45Khwj4

AI is reshaping the future of computing, but it all starts with the hardware behind it. As GPU performance demands grow, engineers need faster ways to explore cooling concepts that balance thermal performance and manufacturability. See how Ansys GeomAI helps expand the design space for GPU cold plates through AI-powered geometry exploration and simulation-driven engineering. ⚡ Learn more: bit.ly/45f4RV8

What if you could turn scan data into simulation-ready models? Ansys Simpleware and Ansys, part of Synopsys, high-fidelity simulations bridge 3D imaging and computational analysis across industries. 👉 Learn about the core capabilities of Simpleware and explore some real-world applications: bit.ly/4wsG6A9

Calling all student teams! Simulate to Win is back. 🏎️ Learn directly from Ansys, part of @Synopsys experts, municHMotorsport, and @redbullracing through dedicated CFD and FEA tracks designed to help you optimize performance before race day. Registration is open now for this FREE webinar series, happening September 14-18. 👉 bit.ly/4wh9sBq

What impact could faster design exploration have on your engineering process? Traditional CAD parameterization can limit the ability to explore complex design variations. With Ansys GeomAI, engineers can leverage latent space representations to explore and optimize designs in a fundamentally different way. Learn more at: bit.ly/4pVNfqL