Discover what’s new in Tecnomatix 2512 (December 2025)

The Tecnomatix® portfolio delivers advanced digital manufacturing software to empower businesses across diverse industries and sizes. Tecnomatix 2502 launched recently with several exciting new advancements in the areas of cloud computing, AI-driven technologies, Teamcenter connectivity, UI updates, collaboration, augmented reality, robotics simulation, offline programming, virtual commissioning, human simulation and virtual reality. 

Shaping the Future of Aerospace & Defense: Human-Centric Design at Northrop Grumman 

Few industries move faster, or demand more precision, than aerospace and defense. Designs can change overnight, compliance requirements tighten without warning, and mission needs evolve at a relentless pace. That’s why Northrop Grumman has turned to Siemens Process Simulate Human software, brought to life inside the HIVE (Highly Immersive Virtual Environment). Together, these digital tools give engineers the ability to collaborate globally in real time while simulating human interactions with complex systems before they’re ever built. Hear from Northrop Grumman’s Systems Engineer, Sibo Chou, to explore how the aerospace and defense leader combines Siemens Process Simulate Human with motion capture technology to bring a human touch to the design to aircraft assembly process. 

Before Humanoids Hit the Factory Floor: Validating the Future with Manufacturing Simulation

Humanoid systems are inherently complex, requiring substantial investment not only in physical hardware but also in intelligence, the “brain” of the robot. Expertise in sensors, control systems, machine learning, AI, and natural language interaction are all essential to humanoid development. At Siemens, this understanding is built through high-fidelity simulation. Using tools such as Tecnomatix Process Simulate, Siemens software enables manufacturers to precisely model how manufacturing labor resources respond to task requirements. With strong competencies in advanced robotics and human simulation, Siemens solutions are uniquely positioned to model flexible manufacturing environments that blend automation, human workers, and emerging humanoid systems.

Washington Post features how Siemens digital twin technology is helping reimagine the future of modern manufacturing [ARTICLE]

Manufacturing is entering a new era, one where factories are designed, tested, and optimized long before a single piece of equipment is installed. In a recent Washington Post article, “The Digital Twin Age: Using Simulations to Boost Real-World Business,” journalist Jason Dan, Lead AI & Tech Analyst, explores how digital twin technology is transforming the way companies plan and operate industrial facilities.

At the center of this transformation referenced is Siemens, whose digital twin capabilities are helping manufacturers move faster, reduce risk, and rethink what’s possible in modern production.

The future of bridging humans, robots, and humanoids with Process Simulate software [VIDEO]

Humanoid robots are expected to gradually enter the factory floor within the next few years. However, their ability to rapidly learn and adapt makes them particularly exciting — but also introduces new levels of uncertainty for manufacturers. This is where Siemens advanced manufacturing simulation and validation software, Process Simulate, becomes indispensable, allowing manufacturers to virtually model and simulate the entire ecosystem — humans, robots, and automation systems — and eventually humanoids, within a unified production environment. By modeling humanoids within Process Simulate Human, manufacturers could test feasibility, validate ergonomics, plan workflows, and de-risk integration before deployment.

Pierre Fabre Driving Sustainable Water Management with Siemens Digital Twin Technology

Pierre Fabre is a leading French pharmaceutical and dermo-cosmetic company. The group faced increasing pressure to improve the sustainability of its water management practices without compromising operational reliability. By creating a digital twin of its water management system, the company gained the ability to simulate diverse scenarios and accurately forecast consumption patterns on both daily and seasonal scales.

Transforming Parcel Hubs: How Digital Twins are Paving the Way for Smarter, Ergonomic Operations 

In today’s competitive logistics landscape, operational efficiency and employee welfare are not mutually exclusive goals. In a “Virtual Parcel Hub”, researchers from the Institute of Logistics Engineering at Graz University of Technology (TU Graz) demonstrated how advanced digital solutions can create a harmonious balance between productivity and ergonomics. This case study, supported by Siemens Xcelerator Portolio, including Plant Simulation and Simcenter HEEDS, offers valuable insights for organizations seeking to optimize their operations without compromising on employee care. 

Transforming Manufacturing Simulation with AI: BSH’s journey with Siemens Process Simulate Copilot

BSH is one of the world’s leading home appliance manufacturers and as a longtime Siemens customer, BSH has worked extensively with Siemens on 3D manufacturing simulation and digitalization projects to optimize production planning and validation. Most recently, AI is central to Siemens and BSH’s collaboration, with the AI-powered Process Simulate Copilot making advanced manufacturing simulation more accessible. Explore how the Process Simulate Copilot helps empower both simulation experts and beginners optimize operations faster and more effectively. In workshops, it reduced optimization time from hours to minutes and often improved quality. This partnership highlights how human-AI collaboration can accelerate manufacturing simulation and broaden participation in Industry 4.0.

How Siemens is Leading the Convergence of AI, Robotics, and the Industrial Metaverse [PODCAST]

In a recent podcast hosted by Automation World, Siemens Alex Greenberg, Director of Robotics 4.0 Simulation, joined the conversation to share how Siemens is making the industrial metaverse a working reality, specifically how immersive virtual reality, photorealistic simulations, and AI are accelerating robot deployment assessments and transforming manufacturing cell design.