Siemens Digital Industries Software

What does luxury sound like? For MAJESTY GOLF, it’s a specific metallic resonance that signals a perfect strike. 🏌️ Traditionally, perfecting this acoustic signature took months of physical trial and error. By adopting the Siemens Xcelerator portfolio, the MAJESTY R&D team has transformed their workflow. Key technical highlights: ➖ Integrated simulation workflow combining modal analysis, material selection, and structural studies ➖ Transient and frequency response analysis for accurate acoustic prediction ➖ Digital twin approach enables prototype-free validation of signature sound ➖ Material effects on acoustics modeled for titanium, carbon fiber, and advanced composites ➖ 94% reduction in prototyping time, accelerating engineering cycles while maintaining performance and craftsmanship This simulation-driven methodology balances acoustic performance, structural integrity, and brand-defining aesthetics, setting a new benchmark for product development in high-end sports equipment. We’re proud to provide the digital backbone that allows master craftsmen to spend less time on tedious tasks and more time on the artistry that defines their brand.

Exciting news for aerospace startups! 📢🚀💫 We've entered a collaboration agreement with the European Space Agency - ESA's new ACCESS Program that supports their Business Incubation Centers. We'll be empowering aerospace startups to achieve their digital transformation goals with: • An exclusive startup licensing option • Invitations to participate in regional events and workshops • Joint marketing opportunities with cutting-edge Siemens Xcelerator tech • Expert support for startups using the Simcenter software for advanced simulation • Invitations for two ESA startups to speak at Realize LIVE Europe “As a leading provider of software for space initiatives, supporting emerging startups through our collaboration with the ESA is part of Siemens’ DNA. Europe does not lack ideas in space. It needs runways to take off at scale. Together with the ESA, we are shaping the future of spaceflight: we help start-ups scale faster and bring their technologies into industrial use. This strengthens Europe’s competitiveness and technological sovereignty in the space industry – a sector vital for both economy and security.” - Cedrik Neike, CEO of digital industries and member of the managing board of Siemens AG For more information: 🔗⬇️

Everyone say hi to Tobias Thiele, chemical engineer at BioNTech SE, whose scientific superpower is questioning. 🦸♂️🧪❓ Not only is he part of a team developing and delivering medicine that saves lives around the world; he also inspires STEM students interested in engineering and empowers the educators supporting them through our Hour of Engineering online learning program. Here are a few defining moments in his engineering journey: 👷♂️Gaining a love for building with Legos 💊 Finding his career inspiration while interning at a pharmaceutical company 🔬 Working on the team that produced the BNT162b2 vaccine to protect against COVID-19 He defines a chemical engineer as "A scientist who uses their knowledge of chemistry, biology, physics and engineering to solve problems and create useful products." His advice to other engineers: Ask questions in order to understand not only the science of a project but also how everything works together, and while working to solve today's problems, always be thinking about the future. His words are as true for students as they are for professionals exploring the field: "If you can be creative, you can be an engineer." Tell us your superpower in the comments. 🦸🦸♂️🦸♀️⬇️

What does an industrial AI operating system actually mean? ⏱️ We were at NVIDIA GTC breaking down how AI connects design, simulation, automation, and real world operations - and why industry needs systems that work together, not just more tools. 💡 #NVIDIAGTC Ales Alajbegovic

We were delighted to welcome Arteche on stage at the recent Siemens EMEA Partner Summit in Faro, where Sonia Gonzalez and Aingeru Mirena Orbea Fraile shared their ongoing journey towards cloud‑based digital transformation. Together, we presented how Siemens Xcelerator — supported by our partner ecosystem — is helping Arteche simplify and modernize its global engineering and product development landscape through: • A cloud‑based PLM backbone with Teamcenter X • A unified design environment with Designcenter X • Low‑code applications with Mendix to accelerate digitalization Arteche’s vision is clear: build a modern digital foundation that enables faster innovation, greater collaboration across international teams and stronger competitiveness in a rapidly evolving energy sector. This project is a great example of what becomes possible when Arteche, Siemens and our partners, PRISMACIM EFFORT SL, Abantail and NTT DATA Europe & Latam, work together as one team, combining industry expertise, cloud technology and a shared ambition to transform at scale. A big thank you to Arteche, and especially to Sonia and Aingeru, for joining us on stage and openly sharing their experience. We look forward to continuing this journey together. 🤝

How can industrial companies go green AND boost their profitability? Eryn Thomas Devola, our Head of Sustainability, and Katja Grimme from IDC answer this in an eye-opening discussion on the Talking Digital Industries Podcast. They explain that circularity isn't just a buzzword; it's a fundamental shift in how we design, produce and use products. Eryn points out, "Circularity is no longer a nice-to-have." It's about making products last longer, reusing materials and even creating new business models around these principles. Katja adds that digitalization, particularly Industrial AI, is not just an enabler but a "game changer." A digital-first approach provides the crucial lifecycle data transparency needed to oversee the full lifecycle of goods and assets, from design to end-of-life. This isn't just good for the planet; it's a strategic move for business resilience and innovation. To listen, visit the comments .🎧

Fact 1: Many organizations miss out on the full value of their software due to underutilization. Fact 2: To transform a software investment into measurable business impact requires more than just installation. The missing element? 🧩A robust learning strategy. The breakdown happens in the gap between deployment and proficiency, where software capabilities meet human capability. 💡 New research reveals organizations with strategic learning programs achieve: • More business growth • Higher software utilization • More features actively used • Almost all users performing at peak capability Why it works? Learning isn't an afterthought. It's integrated from day one. From needs assessment to continuous optimization, leading organizations are able to turn software proficiency into competitive advantage through a consistent, ongoing education program. Curious? Check the comments for more 👇

Coamo Agroindustrial Cooperativa didn't become one of the largest agro-industrial cooperative in Latin America by thinking small. Their commitment to growth and sustainability by supporting rural producers and the land they develop requires big ambitions for technical innovations and modernization projects. 🌱🚜 One of their most recent challenges was finding the right planning and scheduling solution while constructing a new feed mill. Just like the hiring and building processes, the team would be starting with this solution from scratch and needed to get it up and running quickly to monitor, balance and manage demand, capacity and inventory. They found their technical foundation with help from LSB, a Siemens partner, who worked with them to implement Opcenter Advanced Planning and Scheduling (APS) software from the Siemens Xcelerator portfolio. With a three-stage solution for finite production planning, material requirements calculation and detailed production scheduling in place, Coamo's new mill stood as an example of operational achievement, competitive innovation and a commitment to excellence and quality, reporting: ⏱️ A reduction of MPS, MRP and scheduling cycle times from hours to 10 minutes ⏩ Sped up processes of approximately 5 minutes with user interactions 🔎 More holistic, real-time views of the entire production process with ERP integration 👍 Decreased production interruptions and materials losses with a just-in-time (JIT) concept for fine production scheduling

Data-driven decision-making requires more than just a connection between systems; so, once digital threads are in place, what's next? 🤔❓🔢 Dale Tutt, our VP of industry strategy, and Farid Monemi Bichareh, IoT and digital engineering senior solution director at Tata Consultancy Services, provided an answer through a different kind of shift: AI-led unification. The concept is built on three core pillars: 📊 Data-first: Establishing a unified data model, like a Unified Namespace (UNS), to structure and contextualize all enterprise data 1️⃣ AI-first: Infusing advanced analytics, predictive capabilities and generative AI across an entire value chain 🧠 AI-led: Employing a unified user experience, powered by agentic AI, as the orchestration layer across systems, processes and personas This new approach to enterprise architecture empowers seamless integrations, more operational autonomy and new ways to innovate and collaborate every day. And that's just the basics! 🔗⬇️ for all the insights.

To feed 10 billion people sustainably, we have to look to the blue 70% of our planet. 🌊 By 2050, global food production will require another 50% increase. While aquaculture is the fastest-growing protein sector, traditional near-shore farming is hitting its limits. The solution? Offshore fish farming. Aker Solutions is redefining offshore aquaculture by putting "fish first." Designing a structure that rivals the Colosseum and withstands 27-meter waves is an engineering feat—but ensuring the well-being of 1 million salmon inside it is a computational challenge. Using Simcenter STAR-CCM+, Aker Solutions has developed a world-first CFD methodology that includes: 🐟 Digital twin technology: Simulating the interaction between massive nets and ocean currents 🐟 Coupled DEM (discrete element method): Modeling the movement and behavior of a swarm of 1 million fish to see how they impact local oxygen levels and water quality 🐟 High-fidelity physics: Using morphing and overset meshes to study individual fish propulsion (6-DOF) and its effect on the cage environment By moving "fish first" into the digital design phase, Aker Solutions isn't just building structures—they are engineering a more ethical, sustainable, and productive future for the world’s protein. The full story ⬇️