Product Realization Facilitates Collaborative Approach in Aircraft Manufacturing Engineering Process
How will a closed-loop aircraft manufacturing engineering process that is enabled by digital thread help companies accelerate production ramp-up, exceed quality targets, and deliver products faster?
Aerospace and defense companies are being confronted by the twin chal¬lenges of unprecedented competitive pressure as well as customers who are seeking greater accountability on program performance. To compete successfully, aerospace companies need to rethink their program execution strategies. To gain greater clarity on pro¬gram decisions and their impact on cost, timing, and quality, they must make manufacturing engineering a core part of the program development process.
Key takeaways from this whitepaper about automation in aerospace manufacturing
- The changing global aerospace and defense industry
- Strategies for profitable growth
- Key enablers for driving program execution excellence
- Product realization solution supports program execution excellence
Why to shift aircraft manufacturing engineering process decisions to early in the lifecycle?
Siemens Digital Industries Software solution for the automation in aerospace manufacturing industry provides a process-driven approach to shift product and manufac¬turing decisions to early in the lifecycle so you can vali¬date the manufacturing feasibility of aircraft systems during the design stage.
How intelligent manufacturing systems changing global aerospace and defense industry
We offer a closed loop process-driven approach involving five steps starting with Concept to Build, going on to Design to Build, Plan to Build, Build to Deliver and completing with Deliver to Learn. Our intelligent manufacturing systems solution does this by digitalizing the entire manufacturing process, and enabling you to create “Digital Twins” of the product and production facilities, making it possible to simulate production processes for aerospace systems early in the product cycle and delivering all of the benefits of early and on-going manufacturing involvement.
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How will a closed-loop aircraft manufacturing engineering process that is enabled by digital thread help companies accelerate production ramp-up, exceed quality targets, and deliver products faster?
Aerospace and defense companies are being confronted by the twin chal¬lenges of unprecedented competitive pressure as well as customers who are seeking greater accountability on program performance. To compete successfully, aerospace companies need to rethink their program execution strategies. To gain greater clarity on pro¬gram decisions and their impact on cost, timing, and quality, they must make manufacturing engineering a core part of the program development process.
Key takeaways from this whitepaper about automation in aerospace manufacturing
- The changing global aerospace and defense industry
- Strategies for profitable growth
- Key enablers for driving program execution excellence
- Product realization solution supports program execution excellence
Why to shift aircraft manufacturing engineering process decisions to early in the lifecycle?
Siemens Digital Industries Software solution for the automation in aerospace manufacturing industry provides a process-driven approach to shift product and manufac¬turing decisions to early in the lifecycle so you can vali¬date the manufacturing feasibility of aircraft systems during the design stage.
How intelligent manufacturing systems changing global aerospace and defense industry
We offer a closed loop process-driven approach involving five steps starting with Concept to Build, going on to Design to Build, Plan to Build, Build to Deliver and completing with Deliver to Learn. Our intelligent manufacturing systems solution does this by digitalizing the entire manufacturing process, and enabling you to create “Digital Twins” of the product and production facilities, making it possible to simulate production processes for aerospace systems early in the product cycle and delivering all of the benefits of early and on-going manufacturing involvement.
