Meet the Challenge to Developing the 'More Electric' Aircraft
As electronic content increases dramatically in aerospace design, aircraft are evolving into sophisticated networked computing platforms. Unfortunately, there has not been a corresponding evolution in electronic design tools and methodologies, even as the industry moves towards a 'more electric' aircraft. To bridge this design gap, model-driven development is emerging as the best way to manage this complex process. Dr. Rhines will provide examples and an assessment of where aviation leaders are in the process of implementing model driven design to meet ever more demanding program requirements and functional specifications. He then will outline what needs to be done, both now and in the future, to eventually realize the goals of the all-electric airplane: including architecting and optimizing designs, and implementing subsystems across organizational, geographic, and supply-chain boundaries.
Driving Engineering Data into Documentation
Technical documentation is a key output of the design process, used for engineering review, production troubleshooting, and in-service troubleshooting. Documentation is often a mandated output. ...…
IT Integration Technologies & Change Management
Integrating engineering tools & data across multiple domains is often a daunting task. This session explains how modern technologies such as OSLC help address this challenge, and how they have been...…
Other Related Resources
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What is Wiring Synthesis?
White Paper: Wiring synthesis is a transformative technology for vehicle wiring design. Using principles of Model Driven Systems Engineering (MDSE), wiring synthesis automatically generates detailed vehicle wiring design...…