Dalton Waldock, a senior from Briarcliff Manor High School in New York was just selected as an Intel Science Talent Search semi-finalist. Dalton spent last summer working as an intern in Professor John Slough’s Plasma Dynamics Laboratory as part of a College Science Research class. Dalton worked with his mentor, A&A graduate student Jordan Neuhoff, to measure the energy of plasma emitted from a Pre-Ionizer, which destabilizes atoms to create plasma and free electrons. This experiment has real-world implications for space travel by potentially enabling a space probe to reach its destination efficiently and have enough fuel to return to Earth. Dalton was selected as an Intel semi-finalist based on the strength of his research and his paper, titled, “Spectroscopic Measurements Versus Langmuir Probe Analyses of RF Plasma.”
Congratulations to Professor Anshu Narang-Siddarth, who has just received a National Science Foundation CAREER award. The $500,000, five-year grant is for her project "CAREER: Breakthroughs in Dynamical Modeling and Control for Reduction of Catastrophic Aviation Accidents." Read more.
Congratulations to doctoral student Max Spetzler, who was the overall winner of the 2016 AIAA SciTech Guidance, Navigation & Control Conference Graduate Student Paper Competition. He was selected from among all participants for his paper and presentation titled, "Local Linear Controllability and Observability Analysis of Nonlinear Systems with Continuation Methods." Max, who works with Professor Anshu Narang-Siddarth, was recognized at the January Conference awards luncheon in San Diego, California. This is the second year in a row that Max, has been selected the overall winner of this competition!
Drones could be a key technology of the future, and job prospects for those who know how to design, build and control them look good. That's why colleges and universities around the USA are starting to offer degrees in unmanned aerial systems. One of them is the University of Washington in Seattle. Aeronautics research scientist Christopher Lum works with students in the Autonomous Flight Systems Laboratory to explore how civilian drones can safely share the skies with manned aircraft. Read more...
The Society for Advanced Rocket Propulsion (SARP) is a student rocket engineering team at the University of Washington. Our mission is to design, build, test, and launch an advanced hybrid sounding rocket. We are looking to raise $15,000 to cover materials for building the rocket, testing, and travel expenses to launch this year’s rocket to 25,000 feet at the ESRA Intercollegiate Rocket Engineering Competition (IREC) this June. We are also partnering with Neighborhood House in West Seattle to help K-12 students build a scientific payload to be launched on our rocket. Help SARP Launch into the Future! Support this project today.
We are very pleased to announce the establishment of a new research collaboration between our department and the Boeing Company in the area of high-performance fly-by-wire flight control technology. Flight control involves a wide array of issues surrounding the design and implementation of control laws for aircraft longitudinal and lateral dynamics during distinct flight envelops. As Boeing moves towards the development of highly efficient airplanes, flight controls have been pushed towards more optimized control system architectures and designs. This push in turn has direct implications for the product development design cycle and comprehensive system-wide optimization and integration. Facilitated by advances in optimization-based techniques for control system design and the availability of analysis and synthesis approaches for nonlinear control, in this project, the UW research team has proposed the initiation of a long term relationship between the controls group at the William E. Boeing Department of Aeronautics and Astronautics and the Flight Controls group at Boeing. The project is led by Professors Mehran Mesbahi and Kristi Morgansen at UW and Dr. Kioumars Najmabadi at Boeing.
Professor and Chair Anthony Waas has been selected to receive the American Institute of Aeronautics and Astronautics Structures, Structural Dynamics and Materials Award for 2016. This award is presented to an individual who has been responsible for an outstanding recent technical or scientific contribution in aerospace structures, structural dynamics, or materials. Professor Waas was recognized for his pioneering contributions to the development of the innovative, experimentally validated, computational methods for progressive damage analysis of polymer and hot ceramic composite materials and structures. He will be honored at the AIAA Science and Technology Forum and Exposition held January 4-8, 2016 in San Diego, California.
On August 20, 2015, a team of UW Engineering Students joined industry partners in the Columbia Gorge to begin work on a new Joint Center for Aerospace Technology & Innovation (JCATI) project focused on developing both hardware and software components necessary to perform seamless UAS operations and monitoring in GPS-denied environments. This system would help maintain aircraft tracking and situational awareness in the event of loss of GPS by an Unmanned Aircraft, allowing for safe integration of UAS into the National Airspace System. The developed set of tools and protocols would increase shared situation awareness between relevant aviation stakeholders such as UAS operators and air-traffic control centers.
This project was awarded by JCATI to UW PI Dr. Christopher Lum and UW Professor Emeritus Juris Vagners in collaboration with Hood Tech Corp, ANPC, Sagetech, and Insitu.
Isaac Statnekov’s passion for aerospace began early. His grandfather, who worked on the Saturn Rocket at McDonnell Douglas Corp., encouraged Isaac to pursue engineering. Isaac studied aerospace books as a child, and in high school, wrote a 40 page paper on the history of aeronautics in the twentieth century. He began a research project in his first quarter in A&A, working with Professor Carl Knowlen on the Ram Accelerator, and later on fabrication of a prototype shock wave reactor, work that continued through his senior year. Read more...
Nao Murakami, a PhD student working with Prof. Robert Winglee, reached the finals for selection of pilot scripts for the new show The Next MacGyver.
Over 2000 scripts were submitted, and Nao's was one of 12 to reach the finals. She attended the final competition in LA where five scripts were selected from the 12. You can read about Nao's vision for the show on UW News. The full story was published on Geekwire.
DOE’s Advanced Research Projects Agency-Energy (ARPA-E) announced $30 million in funding for nine groundbreaking new projects aimed at developing prototype technologies to explore new pathways for fusion power, and one of the recipients is the team led by Uri Shumlak, Associate Chair for Research and Professor in Aeronautics & Astronautics. Prof. Uri Shumlak received $4.8 million for “Development of a Compact Fusion Device based on the Flow Z-Pinch".
This university-wide award is given annually to a staff member who does an outstanding job serving their graduate program. The criteria for the award are: 1) an effective liaison between the graduate program and the Graduate School, 2) a proactive advisor for students regarding their graduate studies and Graduate School policies and processes and, 3) a proactive advisor for the Graduate Program Coordinators and Chairs regarding Graduate School policies and processes.
Please join us in congratulating Ed on his achievement!