Ansys

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

The humanoids are coming. 🤖 “There are going to be tens of millions of unfilled skilled labor positions by 2030...we see humanoids as augmenting the human workforce." — David Kehr, president of the humanoid robotics division, @Schaefflergroup Schaeffler is combining Ansys, part of @Synopsys simulation, physical AI, and @nvidiaomniverse to design, train, and optimize human robots before deployment in real factories. 🦾 Check out the video below to discover what lies ahead for humanoids and physical AI. Dive deeper at: bit.ly/4hauX2E

Hydrogen is playing an increasingly important role across industries, but transport remains a critical engineering challenge. Ansys, part of @Synopsys researchers recently published new results, introducing a multiscale modeling framework for hydrogen diffusion in polycrystalline metals. By connecting atomic‑scale physics to engineering-scale simulations, this framework enables microstructure‑informed strategies to design safer, more reliable materials for hydrogen‑critical applications. Learn more at: bit.ly/4eY5Aja

Traditional searching for materials data slows simulation. There's a fix for that! The Ansys Granta Connected Materials tool streamlines the process of finding, acquiring, and preparing materials data through a unified source of trusted data. In 2026 R1, the Connected Materials tool is available for Ansys Discovery, Ansys Sherlock, and Ansys Zemax OpticStudio, with access to materials data for tens of thousands of materials, including the Ansys MaterialUniverse database of materials, electromagnetics data, polymers data, optics design data, and a free starter pack. 👉 Learn more about the Connected Materials tool and how it helps simulation engineers find, select, and use trusted materials data more efficiently: bit.ly/44mXtXq

How can engineering teams scale simulation complexity without sacrificing turnaround time or accuracy? Ansys Fluids 2026 R1 directly address this through GPU acceleration, deeper multiphysics coupling, and targeted solver enhancements. 👉 Learn more about the latest in Ansys Fluids and see how 2026 R1 helps engineers solve more complex challenges, faster: bit.ly/4worMZu

As the summer rages on, everyone is looking for ways to quickly cool off. ☀️ An Automatic icemaker can keep cold cubes flowing steadily throughout the day. You might think the process is straightforward, but small details like icemaker mounting angle, surface tension of the materials, and even flow rate, can significantly influence how water fills, drains, and ultimately freezes. 🧊 Learn how Ansys FreeFlow can visualize water behavior, and the advantages of simulation-driven design over traditional physical prototyping: bit.ly/4wuS7W3

Spacecraft experience severe thermal environments. To ensure success, engineers must carefully craft their designs to withstand the harsh temperature ranges they’ll encounter in space.   See how tools like Ansys Thermal Desktop and Ansys STK are enabling @FireflySpace to rapidly analyze and optimize designs for its integrated launch, land, and orbit systems. Explore more at 👉 bit.ly/4aTG38z #SimulatingSpace

In elite cycling, victory is often measured in fractions of a second. 🚴🏆 While the race is always won by the athletes, it could be lost months before in front of the computer. As the 113th #TourDeFrance gets ready to set off from Barcelona, we've invited experts from @GroupamaFDJ and @HeriotWattUni to give their perspective on the power of details in three upcoming webinars. 👉 Check out the full schedule and learn more at: bit.ly/4aPWXoz

In a world where no two people are alike, personalized medicine is transforming how treatments are designed, tested, implemented, and approved. 🏥 Ansys, part of @Synopsys, in silico technologies for healthcare and Simpleware image processing software are at the forefront of this shift, providing advanced tools that bridge the gap between 3D imaging data and actionable models for simulation and analysis. 🫀 Discover how the integration of these tools can streamline the design process and time to market for personalized medical devices: bit.ly/446WKtf

Advances in display optics, sensing, compute, and AI have pushed AR/VR from novelty to necessity—changing how we design, train, collaborate, and interact with digital information. One key technology making or breaking these systems is eye tracking. Eye tracking does more than detect where a user looks. It enables performance, comfort, realism, and efficiency. 👀 Discover how Ansys solutions empower AR/VR teams to design, simulate, and validate eye-tracked optical systems with confidence before committing to hardware. bit.ly/4vtzhOX

Faster design, faster results. ⚡ @FireflySpace utilizes Ansys, part of Synopsys simulation tools, to quickly achieve optimized designs for its integrated launch, land, and orbit systems. 🚀 Check out the full video to learn how Ansys solutions help Firefly rapidly iterate on its designs and reduce its products’ time to market: bit.ly/3QAPK4I

Optical systems have grown in complexity, requiring traditional simulation methods to evolve. By integrating AI, cloud computing, and GPU acceleration, teams can achieve unprecedented levels of performance, precision, and efficiency in their simulations. 👀 Want to take your optical systems to the next level? Learn more about the future of optical engineering: bit.ly/4afREOV

With agentic AI, the role of AI is shifting from copilot to autopilot, unlocking a new scale of engineering innovation. I spoke with @DIGITIMESAsia about what this means for design, talent, and the future of our industry. Details below. digitimes.com/news/a20260616…

Launch. Land. Orbit. 🚀 @FireflySpace can do it all, acting as an end-to-end space transportation company. Firefly designs and builds most of the components it uses in-house, including its own avionics, and its products are designed to be interchangeable across all its projects. Ansys, part of @Synopsys software helps Firefly quickly achieve optimized designs and ensure they can withstand the harsh temperature ranges they will encounter during their missions. Click the link below and learn how Firefly utilizes Ansys solutions to provide affordable, reliable access to space while simultaneously supporting more advanced missions. 🔗 bit.ly/4uKEXCX #SimulatingSpace

📢 #NewsAlert Our first wave of Multiphysics Fusion solutions are now available. Unifying Synopsys and @ANSYS technologies, this portfolio advances the shift from costly overdesign to system-aware co-design. Learn more: bit.ly/4xyXlRJ

Digital twins, AI, and automation are transforming the world of engineering. 💡 Discover key insights from #SimulationWorld Boston and learn how simulation serves as the vital link aiding the adoption of these technologies. bit.ly/49R2iLO

As electronic complexity grows, vehicles are becoming “noisier.” There are no shortcuts for automotive engineers as they navigate the complexity of EM optimization, while simultaneously facing pressure to launch new designs as quickly and cost-effectively as possible. Learn how simulation optimizes electromagnetics to enable clearer signals and greater reliability. 🚗 bit.ly/4a6yzP9

With the rise in artificial intelligence, a growing dependency is emerging—electricity. ⚡ The trajectory of digital growth will depend on the ability to secure supply, improve efficiency, and transform existing infrastructure. Our high-fidelity, multiphysics simulations and #DigitalEngineering solutions play a critical role in tackling these industry challenges. 👉 Read more at: bit.ly/4o402Xr 📍 Join us at @Global Energy Show Canada (June 9–11, Booth 723) to explore industry insights and connect with our experts.

Computational fluid dynamics (CFD) analysis plays an essential role in the rocket development process, enabling engineers to accurately study the airflow and aerodynamics of their rockets. At @SpaceForest2 engineers use CFD analyses to design and develop their suborbital rocket, PERUN—a single-stage suborbital rocket designed to carry 50 kg of payload to altitudes of more than 100 km. 🚀 Explore how Ansys CFD solutions help SpaceForest innovate, opening the door to more affordable and accessible space missions: bit.ly/4x1PEU2

Lightweighting has become a critical challenge in the automotive industry to improve fuel efficiency and reduce emissions. How do engineers ensure they're using the right materials? 🚗 Explore how engineers can leverage multiphysics simulations from Ansys, part of Synopsys and extensive polymer property data in Ansys Granta to predict a wide range of material phenomena, enabling more efficient and reliable design decisions. bit.ly/4e5sTHd

Precision and performance are everything in optics design, especially as devices shrink and expectations rise. To do this, what optical engineers really need are sophisticated simulation tools to design, evaluate, and manufacture these technologies on the nanoscale. 👀 Ready to see how simulation is redefining what’s possible in optics? Read more here: bit.ly/4wOfUku