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Lifecycle Collabration
Digitalization of the Automotive and Transportation Industry:
The Automotive & Transportation business has never been more competitive and the need for agility and resilience today is essential to create the next product and not just the best product. OEM’s need to build, design and test the next generation of semi-autonomous, autonomous, and electrified vehicles that are far more complex than before. Managing the information across all the engineering disciplines involved is hard to do when critical information that your engineers rely on can be disconnected, stored in many uncontrolled locations, incomplete, missing, or often in incompatible formats.
Siemens PLM Software lets you do more with your technical information in an integrated, highly accessible yet secure environment. Whether it’s managing change, executing work processes, improving quality or connecting external suppliers and customers, it all starts with a lifecycle approach to centralizing your technical information and keeping it up to date while prompting cross-discipline collaboration, digital traceability, and functional reuse.
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Program Management
The continuing evolution of modern transportation systems is one of the most critical business and societal changes we are experiencing. This disruption is driving the need for integration of highly sophisticated electronics and product development systems in Automotive and Transportation systems resulting in BOM’s that are much more complex. To address these challenges, these complex and highly sophisticated systems are being designed and simulated as a digital twin before a physical product is even created across multiple domains such as mechanical, electrical, hydraulic, sensors, cloud, connectivity integrated into the digital thread.
This integrated approach from Siemens PLM Software would allow dependent teams to effectively work together and communicate key information - ultimately shortening time to market to make sure all the complex systems work reliably and provide better visibility across projects - enabling leaders to anticipate and avoid problems rather than reacting after the fact.
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Engineering&Manufacturing
A convergence of technologies is opening up new possibilities in design. Designers can designate the important functions and parameters of a design, and produce shapes inspired by nature and optimize for material use, strength, and other factors. It’s also much easier to explore multiple design alternatives to find the one that works best and create radical new designs. Additive Manufacturing allows us to create prototypes to validate these designs for performance.
However, techniques such as directed energy deposition, fused deposition modeling, laser material fusion, and agent jetting or inkjet technology are moving additive manufacturing beyond prototyping and into large volume production. With our solutions, you can scale additive manufacturing from prototypes to mass production, all in the same system with change management and requirements tracking.
These solutions enable companies to take advantage of new manufacturing methods to produce innovative designs, create lightweight parts that weren’t possible in the past, validate designs before production and scale up from prototype to mass production in a single system.
Additive manufacturing is more than just 3D printing of parts and prototyping. It can be a launch pad for you to reimage products, reinvent manufacturing and rethink business.
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Manufacturing Engineering for Final Assembly
By connecting the manufacturing enterprise through a digital thread with our solutions, you can optimize the digital factory to support the Smart Factory of the future.
For final assembly process planning and BOM management our solutions supports manufacturing planning of mixed-model scenarios, and provides complete visibility to product, process, and plant requirements across global production facilities.
Our manufacturing resource library helps you automatically select the best tools and equipment for specific assembly operations, and check for process constraints early in the design stages. For layout design and throughput optimization our solution helps you collaborate with 3D design and simulation tools to find the best plant layout and equipment locations.
You can analyze and validate assembly process feasibility and simulation of all aspects of final assembly processes for final assembly simulation and process validation. With our shop floor solution, you can reduce production errors and rework, as well as improve schedule accuracy, by providing up-to-date work instructions to the shop floor.
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Engineering Data Management
Increasing consumer demand for connectivity and autonomous features are driving unabated adoption of embedded software and electronics contents in automotive systems, forcing automakers to adopt a more integrated approach to manage multidisciplinary systems complexity. Automakers can now manage multidisciplinary engineering teams with an integrated system for engineering lifecycle management that leverages requirements management, secure supplier collaboration and an engineering management platform that combines mechanical, electronic, software and simulation data into a single collaborative environment.
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