MIT Department of Aeronautics & Astronautics | April 2022
Announcements
Join us for the Department Community Awards on May 11
The votes have been counted! Now it's time to come celebrate your colleagues for this year’s Community Recognition Awards ceremony! Join us on Wednesday, May 11 at noon in person in 33-116 or on Zoom.
Highlights
Alvin Harvey and Nicole McGaa were featured on an episode of Xploration Outer Space where they discussed their indigenous roots, their path to MIT, their research, and the importance of diverse perspectives in aerospace engineering.
MIT’s team participating in NASA’s RASC-AL 2022 challenge has been selected as finalist in the Martian Water-based ISRU architecture theme. Their BART & MARGE concept relies on a fully integrated and mobile architecture with no fixed centralized infrastructure that is able to reliably produce large quantities of methalox propellant from thick ice sheets at the mid-northern latitudes of Mars.
Join the Lunar Tower Team! As summer approaches some veteran members of the Lunar Tower Team are moving on, creating openings for new members. Ben is headed to SpaceX to work on Starship, Josh is headed to Apple to work on product design and Natasha is headed to Europe for a year of MechE research. Given this, and given our existing Space Act Agreement commitments to NASA and, now, our new Tipping Point commitment to Lunar Outpost, Inc., our team is actively recruiting new members.

The MIT Lunar Tower team was formed in October 2019 by 16 MIT students, graduates and undergraduates from diverse programs and departments. Over one year, while spread over 3 continents and six time zones, the MELLTT student team designed, built, and tested the first pathfinder version of MELLTT, the Multifunctional Expandable Lunar Lightweight Tall Tower. During the summer the goal is to build the next model of tower system in collaboration with NASA’s Langley Research Center. MELLTT is designed to stow compactly on a commercial lunar lander that delivers it near a PSR. A cubesat-inspired elevated platform easily integrates with a variety of user payloads including radio repeaters, lasers for mapping and power beaming or multi-spectral imagers. The team received two awards from NASA at the BIG Idea Challenge Forum in January, 2021, including the “Path to Flight Award” for the project with the best prospects of flying to the Moon. 

The team is based at its private lab space @ MIT’s Space Resources Workshop (37-084) and is advised by AeroAstro Professors Jeffrey Hoffman and Olivier de Weck. Looking ahead, the project continues under a three-year Space Act Agreement with NASA Langley Research Center's Deployable Composite Booms team. 
Research Scientist Dr. Afreen Siddiqi and Prof. Olivier de Weck launched a new course on Sustainable Infrastucture Systems with MIT Professional Education through the Digital Programs Plus Initiative. The course Sustainable Infrastructure Systems: Planning and Operations, explores systems theory as the basis for analysis, development, and engineering of sustainable, adaptable technological systems. This course equips participants with the knowledge and skills needed to develop modern sustainable infrastructure, from public policy and planning to operations management and data collection.
MIT AeroAstro and the Aerospace Corporation jointly hosted a workshop on Materials Challenges in Reusable Liquid Propellant Rocket Engines at the Aerospace headquarters in El Segundo, CA on March 3 and 4. The workshop, organized by Assistant Professor Zack Cordero, brought together leading experts from academia, government, and industry, including engineers from Blue Origin, SpaceX, Aerojet Rocketdyne, Ursa Major, among other major US contractors and companies. One star attendee and featured panelist was recent MIT AeroAstro alum Charlie Garcia (SB ’19), now Special Programs Chief Engineer at AGILE Space Industries. Discussions over the two-day workshop seeded new collaborations and highlighted the need for research on oxidizer-compatibility issues; design frameworks for simultaneous optimization of performance, reliability, reusability and cost; and lifing models for additively manufactured hardware. A follow-up meeting is planned for Summer 2023 to review progress towards addressing these technical challenges.
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