Luke McNamara...
“The Earth is a cradle of the mind, but we cannot live forever in a cradle.”
- Konstantin E. Tsiolkovsky, Father of Russian Astronautics, 1896
Coming to work for NASA at Johnson Space Center is amazing!
Pre-NASA:
I am in my fourth year at Iowa State University majoring in Aerospace Engineering.
Go Cyclones! While at ISU I have been involved in several aerospace organizations on campus
including: Spacecraft Systems and Operations Lab, AIAA, and a Wind Engineering Research Lab.
Outside of my aerospace activities I am a part of Tau Beta Pi and the Engineering
Ambassador/Mentor Program for the Engineering College. When I don't have to be studying I enjoy
reading, playing soccer, running, biking, hiking, swimming, and skiing (Yes, we can downhill ski
in Iowa).
Getting to NASA:
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Flight Director's
Console, Historic Mission Control
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There are two primary methods to become a NASA JSC co-op. One is to be interviewed
by NASA recruiters at your school or at another nearby school. The other
road is to contact the JSC Co-op office, submit your 3 documents (university
transcript, cover letter, resume), and perhaps schedule a phone or in-person
interview.
I was interviewed at my school’s engineering career fair for a co-op
slot in the fall of 2004 and was not selected for one of the available co-op
slots. The day I received the letter stating I was not going to be offered
a slot is the day I began working to go to NASA 24/7. I did everything I
could think of to make myself more attractive to the co-op office and reapplied.
Almost exactly 5 months later, when the co-op spring acceptance timetable
came around, I was offered a co-op slot beginning in the fall of 2005. To
say that ‘I was excited that I got accepted’ does not even begin
to describe it!
Working at NASA:
I have always wanted to work in Space Exploration. I feel extremely privileged
to work for NASA at Johnson Space Center where I want to work full-time
after I finish as a co-op.
My first tour was in DM44 the Ascent Analysis Group of the Flight Design
and Dynamics Division in the Mission Operations Directorate. This group
supplies ascent trajectory design and analysis services for new capability
development and vehicle upgrades. Three functions of this group are to conduct
analytical trade studies, to partake in the resolution of ascent flight
anomalies, and to develop and evaluate ascent operational requirements for
onboard and ground systems.
My primary project was to participate in a trade study for a Return to
Launch Site Abort. The trade study examined the risk trade between the dynamic
pressure at Space Shuttle External Tank Separation and the structural loading
(g’s) experienced by the orbiter during the loading hold phase of
the entry trajectory. My role in the project was to generate and analyze
the trajectory data for the study. My secondary project was to analyze a
trajectory anomaly encountered in an integrated ascent simulation in the
Mission Control Center. This was particularly interesting since it occurred
while I was on tour here, and I asked for the task which had been initiated
as a result of a Flight Directors request. I also conducted an analysis
at the request of a Flight Dynamics Officer to improve the understanding
of operational requirements for a Return to Launch Site Abort. While on
this tour I had the amazing opportunity to shadow flight controllers during
several simulations at various consoles in Mission Control.
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At the GNC Orbit Support console in the Mission Control Center |
My second tour was in DF62 the Guidance & Control Group
of the Systems Division in the Mission Operations Directorate. This group
supports the GNC console in Mission Control Center for the Shuttle Program.
This includes the one GNC in the front room and the flight controllers
that are supporting in the backrooms. This tour I had the opportunity
to begin the training flow to become certified at the Orbit Support position
in the GNC backroom. My primary project outside of training was to design
a window display for on-console GNC’s that displays the heads up
display (HUD) that the commander sees so that GNC’s can verify the
commander’s observations. This display is particularly useful if
an inertial measurement unit (IMU) is aligned via the HUD to maintain
or improve the condition of the IMUs. Consulting this display tool, GNC’s
monitoring the align, will be able to verify that the commander is aligning
the HUD on the correct star.
My third tour was in the Descent Analysis Group of the Flight Design and Dynamics Division
in the Mission Operations Directorate. This analysis group supports the Mars Science Laboratory Program,
the Space Shuttle Program, and the Constellation Program. I had three projects this tour. One project
was to support an assessment to determine viable landing sites for the Mars Science Laboratory Program.
Another project was to examine whether the effects of winds are accurately being taken into account by
the Public Entry Risk Assessment process. That assessment process attempts to quantify the risk to
the public due to a spacecraft in the area. For my third project I conducted different analyses to
determine the best entry landing site network for the Crew Exploration Vehicle. This analysis included
generating opportunity statistics indicating the likelihood that a particular network of Continental
United States sites would be operationally able to support a landing.
My fourth and final undergraduate co-op tour was in the Flight Mechanics & Trajectory
Design Branch of the Aeroscience and Flight Mechanics Division in the Engineering
Directorate. This branch primarily supports activities under the Constellation
Program to help design the upcoming Crew Exploration Vehicle but also works
on many other activities as well. As the branch name implies this branch
works in areas such as flight mechanics, trajectory design, and guidance
navigation and control by performing analysis and designing requirements.
The work I have been involved with this summer has been very interesting.
My primary project was to investigate the feasibility of a new emergency
entry back-up mode for the upcoming NASA Orion Crew Exploration Vehicle.
Other Aspects of the NASA Co-op Experience:
On my co-op tours I was able to have the pleasure to listen to lectures
from: Chris Kraft, Gene Kranz, General Howell, Wayne Hale, astronauts and
flight directors such as Paul Dye and Ginger Kerrick. Throughout my co-op
rotations I have received many interesting tours of other areas of work
being performed at JSC. Those lectures and tours were organized for co-op’s
by the Tours and Lectures Committee, of which I was a member. Another cool
thing that I did during my first tour was to take Russian courses through
a NASA organization on site.
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Flying
the Space Shuttle Simulator
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During my first tour I discovered a significant characteristic of the work
a NASA co-op performs. NASA co-ops are given important projects that need
to be performed to aid Human Space Flight.
Outside of NASA:
The social life while on co-op here is great. There is an event or gathering
almost every night! I have attended the Wings Over Houston Air Show, Wicked
the Musical, 3 Astros Games, 2 Greek Festivals, 1 Indian Festival, and the
ISU v. Texas A&M Football Game (Way to go Cyclones!). I was able to
play soccer, tennis, and laser tag. I also don’t want to forget to
mention that I went skydiving, jet skiing, ice skating, to the beach and
to Dallas. This past summer I was able to take part in building homes in
part with Habitat for Humanity.
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Indian Festival |
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Building a home in northeast Houston with Habitat for Humanity |
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Skydiving |
Life as a co-op is such a blast. We have awesome opportunities at work
and outside of work. I had always wanted to go sky diving and I got to here.
I experienced the huge adrenaline rush while falling at 120 mph that I had
been seeking. That adrenaline rush was just a part of the rush it is to
work for NASA. I have really enjoyed all of my experiences here with NASA
at JSC.
Questions or Comments? Then email me! Lmcnamar@iastate.edu
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