- Monday, October 22, 2012
A team of engineers at The Aerospace Corporation, including alumni Andrew Feistel (BS ASE ’04, MS ASE ‘07) and David Garza (BS ASE ’93, PhD ASE ’03), received the company’s President’s Achievement Award on Sept 20 for their innovative work on a mission plan to recover the AEHF (Advanced Extremely High Frequency) SV1 spacecraft.
Professor Wallace Fowler served as faculty advisor for both Feistel and Garza during their graduate studies in the ASE/EM Department.
The purpose of the U.S. Air Force’s AEHF-1 system is to provide worldwide secure, survivable satellite communications to U.S. strategic and tactical forces, even in the most dangerous of conflicts. Its expected mission life is 14 years.
When the AEHF-1 was launched aboard a United Launch Atlas 5 booster in August 2010, the satellite’s main engine system failed during two attempts to raise the altitude after being released from the rocket. This failure required a complete redesign of the AEHF orbit transfer in order to recover the satellite and its mission.
“The team played a critical role in the design, development, vetting, and execution of innovative, optimized mission plans that successfully transferred the AEHF-1 satellite to its final mission orbit, where it is expected to provide full mission life. This involved raising the satellite’s orbit by more than 20,000 miles,” according the Aerospace Corporation press release.
Thanks to the continuous hard work of the Aerospace team over a period of 57 weeks, the satellite successfully reached its final orbit with enough propellant to complete its intended 14-year mission.
Student Projects Highlight
Expanding its group to over 138 members, the Longhorn Rocketry Association is reaching new...
An article over the development of centimeter positioning with a smartphone antenna by Kenneth M. Pesyna, Jr., Robert W. Heath, Jr. and Todd E. Humphreys which was on the cover of GPS World.
Dr. Todd Humphreys on taking control over drones after a drone was accidentally crashed into the White House grounds.
Graduate student Miki Szmuk is featured in this lab case study for his work with UAVs.