Siemens Digital Industries Software

🏆 World Constructors’ Champions. Powered by Siemens. Congratulations to the Ducati Lenovo Team—2025 MotoGP World Constructors’ Champions. At the heart of this achievement is Siemens Xcelerator: the digital business platform enabling Ducati to innovate at speed. From advanced simulations and digital twins to real-time performance analytics, our technology helped turn engineering excellence into championship-winning results. Discover how Siemens and Ducati Corse are redefining performance: 🔗 https://sie.ag/6gN3ns #SiemensXcelerator #DucatiLenovoTeam #MotoGP

The future of automation isn't just about massive, rigid factory floors. 🏭⚙️ The real challenge is automating the unstructured, human-centric tasks that make up secondary material flows in logistics and manufacturing. This includes moving damaged items, handling parts for the main line, or navigating complex environments like hospitals. Traditional automation often falls short. Through the Siemens Startups Program, we're proud to support innovative companies like Cobot who are building a new generation of human-capable robots. Instead of building expensive new infrastructure, Cobot's intelligent, human-capable robots can work safely and flexibly alongside people, handling a wide range of tasks that were once considered un-automatable. Learn more about how we're working to bridge the gap in industrial automation - the link is in our comments. 🔗

Eggs are fragile and need eggs-tra care. Transferring them over isn’t easy. However, on the sunny side, engineers at Castra Machinebouw have cracked the code to more efficiency and less breakage. 🥚👍 For decades, poultry farms have relied on conveyor systems originally designed more than 25 years ago. Back then, egg production volumes were far lower than today’s industrial-scale operations. Now, with massive poultry houses collecting millions of eggs annually, these legacy systems are being pushed far beyond their intended limits. Even a seemingly minor breakage rate of one or two percent can cost producers thousands of Euros each year. Castra Machinebouw’s breakthrough came from rethinking the very mechanism that holds the eggs. Traditional conveyors rely on rigid plastic or steel carriers. Castra’s new design uses injection-molded variable carriers that lift eggs gently from below. This small but crucial change dramatically reduces breakage. Check out the link in the comments to find out how they hatched their plan with Solid Edge software for CAD—provided through the Solid Edge for Startups program by Siemens. ⬇️🔗

What does the future of next-generation part manufacturing look like? 🚀🌎 Our customer Rolls-Royce has a powerful digitalization story — re-imagining how advanced software and AI-powered manufacturing tools could help transform the design-to-manufacturing journey for aerospace components and beyond. 👉 The challenge: take an existing part and make it lighter, stronger, and more efficient. 👉 The result: a step-by-step walkthrough of the digital thread — from design to simulation, optimization, additive manufacturing, machining, and inspection — all seamlessly connected. Let's dive into the results: 🔹 25% lighter — saving fuel and boosting sustainability 🔹 200% stiffer — enhancing performance and extending service life 🔹 A seamless digital twin — connecting people, data, and decisions This isn’t just about aerospace. It’s about how digitalization and AI-powered technologies are reshaping the future of next-gen part manufacturing — enabling smarter, faster, and greener innovation for the next generation of products. ✨

Revolutionizing product design with sustainability at your fingertips! We've expanded our Teamcenter software with new AI-powered predictive Lifecycle Assessment capabilities that bring environmental intelligence directly into your engineering workflow. Developed with Makersite, this solution uses industrial data from the most comprehensive Digital Twin and empowers your team to: • Make informed sustainability decisions from day one • Access ISO-compliant LCA reports with visibility into Scope 2 and 3 emissions • Analyze trade-offs between sustainability, cost and performance factors "The collaboration between Makersite and Siemens brings product lifecycle intelligence directly into core development workflows,” said Neil D'Souza, CEO and Founder, Makersite. “By integrating with Siemens’ Teamcenter, we deliver precise, detailed insights on cost, compliance, risk, and environmental performance - right within an engineer’s everyday tools, from early product design to manufacturing bills of materials. This integration helps accelerate the creation of affordable, safe, and sustainable products, enhances product master data, and makes it easier for companies to stay ahead of growing compliance requirements.” "Driving the development of products with sustainability at the core while maintaining speed, cost efficiency and regulatory compliance requires radically expanded lifecycle intelligence to be available across the entire manufacturing organization," says Frances Evans, our SVP of Lifecycle Collaboration Software. The future of manufacturing isn't just digital—it's sustainable by design. Explore the link in the comments for additional details 🔗

From AI-powered visualizations for Alzheimer's diagnosis to 3D printing for interstellar engineering, Florida International University (FIU) has emerged as a powerhouse for cutting-edge research and industry collaboration. 🏫💡 Under interim Dean Ines Triay, FIU has established a variety of exciting academic-industrial partnerships that allow the college to serve as a strategic solution center for industrial organizations. Through these partnerships, FIU is able to perform research that wouldn't be possible in private industry, as well as develop day-one ready engineers in the process. "Siemens has been an extremely important and effective partner for us here in the College of Engineering and Computing. The tools of Siemens are essentially the standard in the industry, and when we train our students with those tools, we are developing the workforce of the future." - Dean Triay Head over to the link in our comments to get their full story!

🏎️ It’s official! Siemens has been named the “Official Digital Twin Sponsor” of the FIA – Fédération Internationale de l'Automobile, as the global governing body for motor sport expands its use of software from the #SiemensXcelerator portfolio to create and refine the aerodynamic concepts that shape the regulations for single-seater race cars, from Formula 1 through to Formula 4. We’ve also been welcomed into the FIA’s Global Partnership Programme. 🤝 Using Siemens’ Designcenter NX software, the FIA aerodynamics team has already generated over 14,000 CAD parts for testing in 10,000+ CFD runs since 2022. These digital assessments have enabled the FIA to reduce the environmental impact created by manufacturing prototypes and physical wind tunnel testing. 🌿 “We’re proud to partner with global technology leaders like Siemens to shape the future of motor sport. This collaboration shows the strength of our wider partner network, where world-class brands are helping us deliver progress across performance, safety and sustainability,” said Craig Edmondson, chief commercial officer, FIA. "Siemens gives us the precision tools to design and test complex aerodynamic concepts virtually, reducing environmental impact while improving performance and safety. This technology is key to ensuring that racing remains closer, fairer, and more competitive — all while supporting our ambition to reach net zero by 2030," said Jason Somerville, Head of Aerodynamics, FIA. “We are proud to deepen our collaboration with the FIA as their Official Digital Twin Sponsor, supporting its mission to drive innovation, safety and sustainability,” said Nand Kochhar, our VP, Automotive and Transportation. “Siemens Xcelerator is enabling the FIA and its partners to design, simulate and optimize with greater precision. This collaboration exemplifies how digital transformation can accelerate progress toward a more sustainable and technologically advanced future for mobility.” To learn more, visit the link to our newsroom in the comments below. 🔗 #SiemensInnovation #DigitalTwins #Motorsport

What if we could visualize airflow? Could that hold the invisible key to cleaner air? - Yes and yes. It’s called computational fluid dynamics (CFD). 💨🔄 Today, increasingly, companies use CFD methodologies to predict the spread of contaminating particles, hazardous gases or even viruses in almost anything, from public buildings, like airports, offices, schools or train stations, through public transport, like in airplanes, buses or trains to industrial facilities for wafers, food or pharmaceuticals. CFD simulations are helping the fight for clean air in 3 ways: 1️⃣ Understand transport of unwanted human or non-human source exhalations, concentration and mitigation 2️⃣ Improve/redesign indoor environments for safety 3️⃣ Design equipment to remove hazardous substances and purify air Check out the success stories of our customers and how our tools have helped them along - the link is in the comments.

In the vast digital world, how do you find simulations once their digital footprint has been lost to the archives? 💻👣🔍 Driven by this question, experts across the Siemens Simcenter STAR-CCM+ community made it their mission to find and properly store simulations from several industries. They turned their support forum into a technical publication, creating the Tears in Rain Project. From eVTOL takeoffs to battery thermal runways to fluid structure interactions, each rescue project adds simulations featuring non-confidential engineering knowledge and insights to a growing library available to the global simulation community. With digital spaces in constant flux, there's now a defined space for preserving countless hours of work that can impact future generations of engineers and inspire ongoing innovation. Find out more about the Tears in Rain Project and see more simulations on our blog—link in the comments. 🔗⬇️