Take a look at YUAA’s most recent newsletter! In this annual newsletter, we reflect on a decade of aerospace at Yale, and include updates from our projects this year: CubeSat, competition rocket, high-altitude balloon, and rover. We recap some of the fun moments from this past year, with photos, and discuss the potential impact of COVID-19 on our timelines. For all that and more, check it out: 2020 Newsletter
Join YUAA for our sixth annual Aeronautica showcase! The showcase will include presentations by our five project teams as well as a key note address from our former co-presidents. Come learn about our activities and projects over the past semesters!
Doors open at 6:30, and presentations begin at 7. Dinner and snacks are provided.
WLH 201 (Sudler Hall), 100 Wall St.
The Inter-Ivy Space Coalition (IISC) is a new collaboration between aerospace student groups at all eight Ivy league Schools. IISC’s goal is to facilitate conversations on improvements for each club’s engineering projects and to build a more vibrant aerospace community across the Ivy Leagues. Through this collaboration, our aerospace organizations will be able to coordinate streamed speaker events, share engineering expertise and resources, and provide project support and critique for other clubs.
On April 7, YUAA will host the first IISC conference to bring together students for a weekend of discussions on the future of aerospace and the role of student groups in the industry. The conference will be an opportunity for students to meet face to face and engage with experts working in the industry. Through speaker events, networking sessions, debates, and poster symposiums, students will get to connect with other university clubs and professionals in the field to work on building a stronger aerospace community.
Today, Mr. David Maass gave a talk on the Aerospace industry as a part of the YUAA Speaker Series. Mr. Maass provided us with an overview of the Aerospace industry and some of
his experiences. He also talked about what is special about the industry and how it differs from others, primarily to provide insight to those members who may be considering a career in the industry. In addition, Mr. Maass described a few interesting projects he was involved with as an undergraduate, such as a human powered aircraft, inspiring some ideas for future projects for YUAA!
David Maass is President of Flightware, a consulting firm that provides expertise to aerospace and defense firms and the US government. Mr. Maass is an Aeronautical Engineer with BS and MS degrees from MIT. He started his career working for Sikorsky Aircraft in 1977 shortly after they won the contract to produce the Black Hawk helicopter. Four years later he started his own firm, Advanced Composite Products, in Connecticut to design and manufacture parts made from composite materials for a wide variety of applications from the B2 Stealth bomber to guitars. His company merged with another firm and in 1994 he went out on his own again as an independent consultant with Flightware. His clients are mainly in the aerospace industry but he also worked on wind energy and transportation projects. David has also been a Private pilot for 43 years and is a member of Yale Aviation (though now inactive).
YUAA’s first speaker event took place today, October 6th, from 5pm – 6pm in the CEID Lecture Hall.
We hosted Kari Love, who gave a talk on soft robotics for space exploration. The emerging field of soft robotics represents a significant opportunity for novel solutions in the demanding environments of space. Ms. Love’s talk featured a brief overview of the domain of soft robotics, its suitability to space exploration applications, and a survey of NASA funded projects involving soft and/or hybrid robotics. There was also an interesting discussion of the interpretation of next-generation space suits as wearable soft robots, and the exciting potential mechanical counter-pressure presents.
Ms. Kari Love is an administrator and a soft roboticist with a specialty in wearable technology for Super-Releaser, a Brooklyn-based soft robotics R&D consultancy. She worked with Final Frontier Design, a commercial space suit company, from 2013-2016 as Lead Patternmaker and Fabricator. In that role Ms. Love worked as a technical expert on 3 NASA SBIR contracts, a Space Act Agreement, and a contract on Mechanical Counter-Pressure gloves. She also served as a Test Director for hardware validation in parabolic flight conducted with NRC-Canda. Prior to her career in commercial space tech, Ms. Love developed costumes for Broadway for more than a decade, including her Spider-Man:Turn Off The Dark costume which was inducted into the Smithsonian collection. She was also a bridesmaid on the first documented weightless wedding in parabolic flight.
This past week, the Yale Payload Rocket Team traveled to Green River, Utah to compete in the annual Intercollegiate Rocket Engineering Competition. For the competition, the team built a rocket called Ziggy Stardust, which was actually launched once before, successfully, at Red Glare in Maryland. Ziggy was designed to carry a special biological payload: the team designed and constructed an air-sampling system that would sample and trap any microbes in the air at 10,000ft in a robust liquid impinger.
Ziggy launched successfully and the air-sampling system activated as intended. Afterwards, the team worked hard in processing the bacteria collected using a handmade, portable laminar flow-hood, a DIY PCR set-up, and patience.
The competition ended in success, as the team placed 2nd in the payload category out of 60+ teams from around the world.
The competition ran from Wednesday, June 15 to Saturday June 18th.
This past Saturday, 9th April, members of our rocket team travelled down to Maryland to participate in the Red Glare launch hosted by the Maryland Delaware Rocket Association (MDRA). Along with over a hundred other groups, our team wished to launch the rocket they have been working on all year, affectionately named “Ziggy Stardust”, in order to test the launch, recovery, and payload systems before the Intercollegiate Rocket Engineering Competition to be held this summer in Utah.
Although bad weather conditions prevented them from launching on Saturday, the team was able to successfully launch Ziggy on Sunday.
The final launch went off extremely smoothly – the rocket went up straight as an arrow and achieved a maximum altitude of 8,500 feet at apogee, exactly as predicted by simulations. This also marks the highest apogee achieved by any of the single stage rockets YUAA has ever built! Parachute deployment also went off without a hitch, and the team was able to recover the rocket without any damage to it during the landing.
In one of YUAA’s most successful launches to date, the rocket team reaped the rewards of all the hard work they have been putting in all year. Now they will move on to analysing the air samples collected by the payload to test for the presence of microorganisms in the atmosphere and to make sure their PCR and DNA sequencing systems are in place for the summer.
Looking onward to IREC and Utah in the summer!
YUAA is proud to announce 2 major additional funding awards!
We received a combined total of over $10,000 from Quanergy Systems and Alcoa Inc. – money that shall prove invaluable in the continuation of our 4 projects.