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Maine to Mars Blog Index
March 13, 2008
mini-ORT

As I mentioned in the last post, next week is a sort of mini-ORT. It'll last more than a week, but it's (supposedly) not 24 hours a day. This uber-test will run through the first 7 days on Mars, and we'll be executing every single sequence, exactly as they will run on Mars in a couple of months. This includes un-stowing the robotic arm, taking the full 360 degree SSI panorama, running through the MECA and TEGA characterizations, starting up the weathering monitoring and so on. Not much science in the first week, but a lot of imaging and checkouts and such. All in an effort to facilitate smooth operations for the rest of mission.

In order to prepare for this long test, the whole project has been busily working on testing the sequences in simulation, and then on the hardware when deemed necessary. In some ways, this has been quite difficult. Any time a tweak is made, a new test is often required. The type of test, though, is not always so intensive. One test essentially goes through the sequence checking for grammatical mistakes, while softsim actually runs the test much like a test on the hardware, just 3 times faster. The former runs rather quickly, while the later takes about an hour to run. I guess "mini" really refers to day to day run time, not so much in scope or preparation.

Posted at 11:45 AM

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Comments

Hi Rob!
I'm not sure you'll remember me... it's been a long time since Middle School in Scarborough.
After reading the article about you in Thornton's Postscripts, I figured I'd check out your blog. Your job sounds amazing and incredibly interesting... and considering how intelligent you were back in the day, it's not at all surprising to me that you're involved in such important scientific work.
Feel free to drop me an email anytime, and good luck with the mission!
-Misharra Hefler
misharra.hefler@thornton.saco.org

Posted by Misharra
March 14, 2008 10:27 AM

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Blog Index

A native Mainer writes about his experiences as an engineer for the Phoenix Mars Mission, an effort to see if a robotic lander can find evidence that life once existed on Mars.

Robert Bovill was born at Maine Medical Center July 5, 1979. He graduated from Thornton Academy in 1998. He graduated with a bachelor's degree in physics from the University of Maine in Orono, and then went to the University of Arizona for graduate school. He was employed full-time as a test engineer for this Phoenix Mars Mission a year and a half ago by the University of Arizona.



See a rendering of the Phoenix Mars lander during the final seconds of descent.

See the instruments on the Phoenix Mars lander.

Abbreviation Glossary

Testing  
FVT   Functional Verification Test
GDS   Ground Data System
OPUS Odyssey/Phoenix UHF System
ORT Operational Readiness Test/Training
PIT    Payload Inter-operability Testbed
PTL Payload Testbed Lab
PVV Payload Verification and Validation
   
Places  
JPL  Jet Propulsion Laboratory
LM  Lockheed-Martin
UA/LPL University of Arizona/Lunar and Planetary Lab
   
Events
EDL  Entry, Descent and Landing
   
Instruments
EM  Enginerring Model
FM Flight Model
ISAD Icy Sample Acquisition Device
MECA Microscopy, Electrochemistry, and Conductivity Analyzer
OM Optical Microscope
RA Robotic Arm
RAC Robotic Arm Camera
RASP Rapid Active Sampling Package
SSI    Surface Stereoscopic Imager
TECP   Thermal and Electrical Conductivity Probe
TEGA  Thermal and Evolved Gas Analyzer
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