Marilyn R. Meade

Department of Astronomy and Space Astronomy Laboratory
University of Wisconsin-Madison
1150 University Avenue
Madison, WI 53706
608-263-4678
meade@sal.wisc.edu
http://www.sal.wisc.edu/~meade

Profile

I have been employed by the UW Space Astronomy Laboratory since 1971 and have worked on many space-based and ground-based astronomy projects. My expertise is in processing and analyzing astronomical data and developing computer programs for the reduction, analysis and archiving of astronomical data. My involvement with several projects is detailed below.

Education

1971, Bachelor of Science in Astronomy-Physics, with honors, University of Wisconsin-Madison

Professional Experience

July 2003 -               Researcher
1989 to June, 2003        Associate Researcher 
1987-1989                 Assistant Researcher 
January-March 1987        Senior Research Specialist
1971-1986                 Specialist-Physical Sciences Research

Projects and Responsibilities

Spitzer Space Telescope (2001-present)
I am a member of the data processing team for the GLIMPSE, GLIMPSE II, and SAGE Legacy projects on the Spitzer Space Telescope. The GLIMPSE and GLIMPSE II surveys used the IRAC camera (3.6-8 microns) to map the inner 65 degrees in longitude (and +/-1 degree in latitude) of the Galactic plane. The GLIMPSE surveys have produced over 45 million sources. The SAGE project is mapping the entire Large Magellanic Cloud with the IRAC and MIPS cameras. I am also a member of several GO projects. I helped develop our data processing pipeline, and am responsible for running the pipeline on all the data we receive.

Far Ultraviolet Spectroscopic Explorer (FUSE)(1998-present)
FUSE, a satellite launched in 1999, is exploring the universe in the far ultraviolet at high spectral resolution. I have processed hundreds of FUSE spectra to date, which have been presented in several publications.

Ground-based observatory data (1985-present)
The UW Pine Bluff Observatory spectropolarimeter (HPOL) provides key ground-based observations in support of WUPPE and other astronomical research. I process HPOL data, monitor the quality of all processed data, archive data, and provide polarimetric information for the HPOL target database website.

Wisconsin Ultraviolet Photo-Polarimeter Experiment(WUPPE)(1983-1998)
WUPPE was a pioneering effort to measure polarization and photometry in the ultraviolet spectrum. It flew on two Space Shuttle missions (in 1990 and 1995) as part of the Astro Observatory. I provided data reduction support from initial testing at the Kennedy Space Center through both missions. During this time I supervised two people. I led the effort for planning and providing the sequences of commands for observing each astronomical target; was responsible for processing, reducing and analyzing WUPPE Astro-1 and Astro-2 data; and assisted in the calibration of WUPPE. After the data were processed and verified, I worked with the national Multi-Mission Archive in providing the astronomical community with WUPPE data, including detailed documentation.

Wide-Field Imaging Survey Polarimeter (WISP)(1993-1999)
WISP is a sounding rocket payload built to obtain wide-field polarimetric images in the ultraviolet. I wrote some software and assisted in processing the data.

Hubble Space Telescope (HST) Goddard High Resolution Spectrograph(GHRS)(1991-1993)
GHRS made finely detailed spectroscopic observations of ultraviolet sources. I provided initial GHRS data processing using pre-existing software.

HST High Speed Photometer(HSP)(1983-1984)
I reduced and analyzed test data for HSP, one of the original five instruments on the Hubble Space Telescope.

International Ultraviolet Explorer (IUE)(1978-1991)
Launched in January 1978, IUE took ultraviolet spectra of thousands of objects. I obtained, processed, analyzed and archived IUE spectra using computer programs I developed. I worked with several graduate students in their thesis work.

Orbiting Astronomical Observatory (OAO-2)(1971-1982)
The first astronomical observatory in space, OAO-2 obtained ultraviolet spectra and photometry of planets, comets, stars, globular clusters and galaxies for the first time. I ran pre-existing programs on the large OAO-2 dataset; reduced OAO-2 spectrometer and photometer data; wrote analysis software; and published spectral atlases.

Computer Skills

I have knowledge of FORTRAN, IDL, latex, HTML, perl, UNIX, LINUX, and VAX/VMS operating systems and have used several data reduction packages including REDUCE, IRAF and OPUS. I developed and maintain the WUPPE, PBO, GLIMPSE and OAO-2 web sites.

Publications

Co-author on 46 publications in refereed journals, 26 conference proceedings and 61 abstracts: Publications

updated February 13, 2006