OSPE-FCC January Virtual Program

Date:  Thursday, January 20, 2022

Location: Zoom Meeting, 12:00pm -1:00pm

RegistrationCLICK ON THIS LINK

Registration closes at 5:00 pm, January 17, 2021

After registration is closed and prior to the presentation a Zoom link will be sent to the registrants.

Cost: Free to members of NSPE and members OSPE/FCC. Cost to a non-members is $10.00.

Title: “Space Resources and Additive Manufacturing: A Flexible Solution for Future Long-Duration Space Exploration”

Abstract Both the USA and China have announced plans to return to the Moon by the end of the decade and fly human missions to Mars in the 2030's.  These missions will push the limits of system reliability and place a massive logistical and cost burden on the mission to ensure critical spare parts are available.  Additive manufacturing offers a potential solution by allowing parts and components to be produced when needed, reducing waste and mission cost while ensuring astronaut safety.  Once at the Moon or Mars, additive manufacturing using local resources (in-situ resource utilization) for the construction of astronaut habitats provide better astronaut protection than can reasonably be brought from Earth.  Closer to home, in-space additive manufacturing could be used to produce large structures such as antenna and solar panel booms which are too large or delicate to be launched from Earth, opening the door to next-generation communication satellites.  This talk will seek to introduce the topics of in-space additive manufacturing and in-situ resource utilization, the unique challenges of these environments, and some of the current research in these areas.

Biography: Peter Corwin is a PhD candidate in the Space Resources program at Colorado School of Mines, researching in-space metal additive manufacturing.  He holds BS and MS degrees in Materials Science and Engineering from Case Western Reserve University.  Peter has 5 years of experience in conventional manufacturing as a metallurgical engineer in the steel industry.  He is a 6Sigma green belt and has led projects conducting root cause analysis and process optimization, with one project leading to a 17% increase in line throughput through the design and implementation of a computational neural network.

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A certificate for 1 hour of Professional Development for attending the program will be emailed to you.