In partnership with the Rising Leaders in Aerospace, Young Professionals from across the industry will collaborate in teams of 4 to form a pitch on their perspective of Bringing the World Closer Together with Aerospace Solutions, and present a 10-minute pitch on their proposed idea. The teams will be judged by the live and virtual audience based on the technical merit, feasibility, and positive social impact of their idea. This Forum 360 will be a unique opportunity to hear from the industry’s next generation of leaders and engineers.
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Team Orbis
- Jannine Rouw, Ball Aerospace
- Margaret Shaw-Lecerf, Lockheed Martin Corporation
- Elizabeth Balga, The Boeing Company
- Katrina Teo, University of Washington
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Team SAS
- Conner Knickel, Ball Aerospace
- Trevor Perkins, Lockheed Martin Corporation
- Nathaniel Keyek-Franssen, The Boeing Company
- Emily Flaherty-Woods, Collins Aerospace
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Team Helios
- Christopher Rouw, Ball Aerospace
- Joseph Schmitz, Lockheed Martin Corporation
- Amanda Ireland, The Boeing Company
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Team Slingshot
- Amani Garvin, Ball Aerospace
- Anjaney Kottapalli, Lockheed Martin Corporation
- Brandon Smith, The Boeing Company
- Jason Gardellis, Rolls-Royce Corporation
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Team ASTRO
- Karen Rucker, Ball Aerospace
- Becky Mitchell, Lockheed Martin Corporation
- Lyndy Axon, The Boeing Company
- Karenna Buco, Aerojet Rocketdyne
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Team SWARM
- Taylor Zedosky, Ball Aerospace
- Heather Kline, National Institute of Aerospace
- Brandon Burroughs, The Boeing Company
- Matthew Marcus, NASA Goddard Space Flight Center
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This lecture summarizes existing practices for composite aircraft certification, with an emphasis on structural aspects, and discusses the limitations and lessons learned from today’s “traditional” composite structures. It describes procedures that can be used to certify advanced materials and processes which may have increased levels of variability, unfamiliar structural performance, nonclassical (e.g., nonlocal) behavior, and randomized properties. Provided such complexity can be reliably controlled by maintaining repeatable materials and processes in fabricating and assembling parts, both design and production certification can be achieved. The related technological advances from real applications that meet safety, form, fit and functional requirements, while achieving product value, will yield the practical experience, knowledge, and capable workforce necessary for future improvements.
Didn’t get your question answered during the Thursday morning plenary? Come to the HUB to hear Lori Garver, Chief Executive Officer, Earthrise Alliance, continue the conversation on how “Engineers Build the World”.
Stage presentation of RDSwin software with book signing to follow in booth.
This session will explore the challenges and opportunities that global climate change represents for the aerospace community. We will frame the key science, economics and policy issues and discuss how aerospace engineers can shape the future by developing technologies that can measure and analyze environmental impact, as well technologies that will successfully mitigate aviation’s impact on the environment.
Students are reaching Higher Orbits with their STEM ambitions through Go For Launch! Learn more about this program and hear directly from the students whose science has flown to the International Space Station as a result of it.
Did you miss the Wednesday afternoon Forum 360 where teams of aerospace’s rising leaders pitched there perspective on bringing the world closer? Perhaps you didn’t miss it, but have more questions or want to meet the winners of the Idea Challenge? Stop by the HUB for a recap on the winning pitch and opportunity to network with aerospace’s up & coming leaders.
Network with fellow young professionals and plan for the week ahead. You’ll come away with at least a handful of new contacts, connections, and support.
What elements need to be in place to drive game-changing technology? Lightfoot will use Apollo as an example to explain why the steps may not be as linear as you think.
