Siemens Digital Industries Software

Up next—automated robot teaching! 🤖 We're announcing our collaboration with NEC Corporation to accelerate smart factory innovation. How? By using automated robot teaching to accelerate digital transformation (DX) in manufacturing. Through our Technology Partner Program Agreement with NEC, we'll help expand global solutions in the field of robot 3D simulation, as we will jointly develop a robot teaching automation solution that combines the "NEC Robot Task Planning" digital twin service with our Process Simulate software (from the Tecnomatix portfolio) to help manufacturing customers optimize worksite operations, improve productivity and transition to fact-driven management. "At Siemens, we are proud to support NEC in advancing global leadership in robotics using the power of digital twin technology and AI," said Kuni Horita, our country manager and VP for Japan. "By integrating NEC’s cutting-edge Robot Task Planning solution with Siemens’ Process Simulate, we enable manufacturers to dramatically accelerate robot teaching, reduce setup time and unlock new levels of productivity. This collaboration demonstrates how Siemens’ commitment to digital transformation and intelligent automation is helping our customers and partners like NEC deliver smarter, faster and more resilient manufacturing solutions to customers worldwide." “Through this collaboration, we will bring innovation to manufacturing in the DX era by integrating the NEC Robot Task Planning digital twin—which promotes on-site optimization through AI-driven digitization, analysis and simulation in digital spaces—with Siemens' Process Simulate software,” said Kosuke Hidashima, general manager, Technology Services Software Division, NEC. “Together, we will create value as we contribute to our customers' enhanced productivity and competitiveness.” Delivered as part of NEC’s BluStellar initiative, the NEC Robot Task Planning software is equipped with a proprietary algorithm that optimizes the coordinated operation of multiple robots and automatically generates robot motion plans using AI. Traditionally, planning the motion of multiple robots was done manually by skilled engineers using a process known as teaching. This process is extremely complex, and in manufacturing sites, designing the motion plan for robots to produce a single product requires substantial cost. As a result, there are many delays in launching production lines that use multiple robots. For more on the details, visit the link in the comments 🔗.

We like the sound of this—"the next evolution of industrial automation lies with software!" 🎯

Huge congratulations to Kyle Larson and the entire #5 team at Hendrick Motorsports on clinching the 2025 NASCAR Cup Series Championship at Phoenix Raceway! What an incredible performance. 🥇 We are incredibly proud to be the Exclusive PLM Provider of Hendrick Motorsports and the Official PLM Software Technology Partner of Hendrick Motorsports. This victory is a testament to the power of cutting-edge engineering and digital transformation in achieving peak performance on and off the track. Leveraging our software, Hendrick Motorsports continually optimizes design, simulation, and manufacturing processes, proving that the right technology makes the difference between winning and just competing. 🤝

We're excited to announce that we've signed a Memorandum of Understanding with HD Hyundai to drive the revitalization and modernization of the commercial shipbuilding industry in the United States, strengthening American shipbuilding through digital innovation. 💪🤝🚢 Our collaboration positions Siemens Xcelerator as the digital backbone for the revitalization of the shipbuilding industry in the United States, leveraging digital twin, model-based systems engineering (MBSE) and product lifecycle management (PLM) technologies to transform shipyard operations and vessel production across the U.S. By combining Siemens' proven digital transformation technologies with HD Hyundai's deep expertise in advanced engineering and shipyard automation, we're enabling U.S. shipyards to build smarter, faster and be more resilient. 🎯 “Maximizing production efficiency through digital and automation technologies is key to the reconstruction of the U.S. shipbuilding industry,” said Sangmin Moon, Executive Vice President - Global Strategy Division, HD Hyundai. “HD Hyundai's accumulated shipbuilding technology and Siemens’ digital capabilities will contribute to creating new opportunities for the U.S. shipbuilding industry." As Robert Jones, our Chief Revenue Officer, notes: "This agreement brings together global shipbuilding excellence and Siemens' proven digital transformation technologies to help U.S. shipyards build smarter, faster and be more resilient. By combining our digital backbone with HD Hyundai's advanced engineering, we are enabling the revitalization of American shipbuilding and supporting the creation of a sustainable, future-ready workforce." The cooperation will focus on: ✓ Restoring engineering capabilities and rebuilding a sustainable talent base through workforce development ✓ Jointly promoting digital transformation and automation of U.S. shipyards through pilot projects ✓ Strengthening the U.S. maritime industrial base and creating new business opportunities ✓ Ensuring alignment with U.S. laws and strategic priorities, including cybersecurity and industrial resilience This strategic collaboration reflects our commitment to supporting U.S. maritime competitiveness and helping ensure the next generation of shipbuilders is equipped for a digital future. Learn more at the link in the comments 🔗

You've likely heard the age-old saying: Can cows fly? 💨🐄🪽❓ Well…maybe not quite like that, but 10 years ago, this idea, and the longstanding question of why cows stand with their backs to the wind, inspired an experiment—and unintentionally created an iconic meme that made waves across the engineering world. These fun explorations in engineering curiosity were made possible by Simcenter FLOEFD, which was used to create a CFD simulation using a 25-year-old CAD image. The results? As expected, but the real fun came from the unique use of our CFD software's octree splitting, polyhedral meshing system. Take a look at this video to see for yourself and moooove over to our blog (link in the comments) for even more detailed images of the experiment and a recap of this social media phenomenon. 🐮🔗⬇️

Manufacturers face increasing pressure to deliver lighter, stronger and more sustainable products—whether it’s an ultra-efficient jet engine, next-generation electric vehicles, or high-performance industrial components. With our industrial solutions and Microsoft Azure cloud and AI services, manufacturers can automate and optimize every step of production—from initial requirements through design and all the way to manufacturing. “Siemens and Microsoft are helping customers accelerate digital transformation with the powerful combination of the Siemens Xcelerator portfolio, Azure Open AI, and other Microsoft technologies.” -- Dayan Rodriguez, Corporate Vice President, Global Manufacturing and Mobility at Microsoft Learn more about the Siemens and Microsoft partnership—the link is in our comments! 🔗

Designing a Pelton hydroturbine to operate in extreme conditions—specifically a reservoir power plant with geo-thermally heated, high-pressure water—is uncharted territory. For our partner, Mechanical Solutions, Inc, the stakes were high: mitigating the severe risk of fatigue and cavitation without relying on expensive, time-consuming physical prototypes. The solution? Simcenter STAR-CCM+. 💡 "The beauty of Simcenter STAR-CCM+ is that we can do everything within one application without coupling to a solid solver." — Boris Kubrak, Director, Computational Fluids Engineering, Mechanical Solutions By integrating fluid-structure interaction (FSI) and fatigue analysis in a single platform, Mechanical Solutions could: ✅ Ensure structural integrity and predict component lifespan ✅ Implement crucial design changes in just half a day ✅ Give the customer full confidence to build the turbine once, eliminating expensive prototypes Integrated simulation isn't just faster; it enables innovation that would otherwise be too risky.

Digital transformation isn’t a solo journey. It’s powered by the collective experience of our community. At Realize LIVE, we’ve seen time and again how collaboration and shared lessons drive innovation across industries. 🌍 From creative workarounds to transformative project insights, every story has the potential to help others overcome their next challenge. 💡 Hear how last year’s speakers inspired meaningful change, for themselves and others, by sharing their insights. The Realize LIVE Americas 2026 Speaker Program is now open, offering a space for our community to exchange knowledge, connect, and continue shaping the future of digital industries, together. Learn more in the comments!

What does it take to potentially help NASA - National Aeronautics and Space Administration achieve their next mission to the moon? 🚀🌕 Astrolab, a pioneer in space exploration with the design, production and operation of multipurpose planetary rovers, can tell you firsthand as one of three companies awarded a one-year contract to advance the development of their rover design that may be used to create NASA's Lunar Terrain Vehicle (LTV) for their 2028 Artemis mission. To compete with much larger companies, the 35-person team at Astrolab adopted a powerful combination of tools from the Siemens Xcelerator portfolio: Simcenter 3D Space Systems Thermal software, NX CAD software and Teamcenter software. "Being able to integrate these tools seamlessly was a great advantage. It allowed us to quickly reiterate on the CAD model and automatically feed it into Simcenter rather than manually transferring data. Without this, each iteration would have taken twice as long." -Rius Billing, chief engineer, Astrolab With new technology and support from Maya HTT, a Siemens Digital Industries Software partner, the Astrolab team shot for the stars with their Flexible Logistics and Exploration (FLEX) Rover design and... 🕒 Cut design iteration times by 50% ⬇️ Reduced rover weight to maximize cargo space And most importantly, became one of three companies to win a contract using designs, simulations and models to demonstrate their rover's ability to: 🧑🚀📦 Accommodate astronauts and various payloads for up to 10 kilometers ☀️🌑 Withstand extreme thermal and environmental challenges 🔋⚡ Manage battery power and energy consumption based on time of day and temperature Get even more exciting details about this ongoing project at the link in the comments.

As an industry technology leader, we have a strong commitment to delivering high-quality, scalable learning experiences that bridge the gap between academic preparation and industry expectations. And today, we're excited to share that our Expedite – Skills for Industry microcredential has received formal recognition from ABET, the global nonprofit, ISO 9001 certified, quality assurance organization. ABET recently launched an offering to recognize credentials for industry, professional associations and education, with Siemens as its exclusive industry pilot partner. This marks the first time ABET has recognized an industry stand-alone credential based on pilot phase evaluation, setting a new precedent for quality assurance in workforce development. ► What is it? Launched globally on Coursera the four-course credential equips learners with foundational skills in digital transformation, systems thinking and industrial innovation. ABET reviewed data from a pilot program of 200+ students across 7 universities, assessing the credential’s structure, learning outcomes and continuous quality improvement processes. ► Is it meaningful? 🎯 Yes! In its first month, Expedite – Skills for Industry gained over 300 enrollments, with continued growth driven by strong demand from students, educators and industry professionals. 🗨️ “ABET recognition of Siemens’ Expedite – Skills for Industry microcredential validates our vision for future-ready workforce development,” said Dora Smith, our senior director, Future Workforce and Academic Strategy. “This milestone reflects our commitment to empower both talent and industry with accessible learning pathways that lead to verifiable digital skills.” ► Stakeholder feedback 🗣️ “Our collaboration with Siemens on the Expedite – Skills for Industry microcredential has sparked tremendous interest. While freshmen and sophomores valued the broad exposure, upper-level students saw clear career relevance in areas such as design and manufacturing, digital twins, PLM and AI," said Magdalini Lagoudas, executive director, Industry/Nonprofit Partnerships and Instructional Associate Professor, Texas A&M University College of Engineering. “Combining industry-driven programs with the stamp of ABET makes these microcredentials especially valuable – broadening education beyond disciplines and building early awareness of industry trends that shape future careers.” For all the details, check the link in the comments below. ⤵️