From bulkmail-bounces@iris.washington.edu Tue Nov 13 10:01:05 2007 ENSCO's GeoSystem Solutions Division, in Melbourne, Florida, is actively seeking to expand its seismo-acoustic analysis team. He/she will provide technical leadership to the seismo-acoustic group. Candidates must have a BS or equiv.; min. 7 years experience in Geophysics or a related field and direct experience in analysis of acoustic (seismic, hydroacoustic, and/or infrasound) waveform data and acoustic wave propagation from local and regional sources. PhD or equiv. experience strongly preferred. The successful candidate must understand acoustic wave propagation and be able to apply it to conduct analysis of geophysical data and develop data processing techniques. Digital signal processing and time series analysis expertise required. Established record of geophysical scientific research and publication in referred journals required. Experience with acoustic signal detection algorithms, ray tracing, seismo- acoustic analysis software, and statistical analysis strongly desired. Successful candidate must be a self-starter with excellent oral and written communication skills. Applicants selected will be subject to a government security investigation and must meet eligibility requirements for access to classified information, US citizenship required. Possession of an active TS/SCI security clearance strongly desired. X-Lines: 30 Status: RO Content-Type: text/plain; charset="US-ASCII"; delsp="yes"; format="flowed" Content-Length: 2077 X19fX19fX19fX19fX19fX19fX19fX19fX19fX19fX19fX19fX19fX19fX19fX18KQnVsa21h aWwgbWFpbGluZyBsaXN0CkJ1bGttYWlsQGlyaXMud2FzaGluZ3Rvbi5lZHUKaHR0cDovL3d3 dy5pcmlzLndhc2hpbmd0b24uZWR1L21haWxtYW4vbGlzdGluZm8vYnVsa21haWwKCgphdGUg AAAAgAAUjAgAMxowAAAAAAAAAAD////zAAAAAAAAABEAAAAAAAQAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAXztQAAAAAAAAAGs0LTQ5AAAAMgAAAC0AAAB0AAAAcgAA AGEAAABjAAAAZQAAAHMAAAAuAAAAMAAAAC4AAABUAAAAVgAAAHoAAABkAAAAZQAAAG0AAAB1 AAAAbAAAAHQAAAAuAAAAcwAAAGcAAAB5AAAAAAoKAAAAAAQpAAAAc2thcmxpbkBtaW5lcy51 bnIuZWR1LCB3YXR0ZXJzQG1pbmVzLnVuci5lZHUsIG9wcGxpZ2VyQG1pbmVzLnVuci5lZHUs IGd0ZW1wZWxAdW5yLmVkdSwgYXJlaGFydEB1bnIuZWR1LCByYW1vc0BtaW5lcy51bnIuZWR1 LCBjYXJyQHVuci5lZHUsIGp0YXJhbmlrQG1pbmVzLnVuci5lZHUsIHRyZXhsZXJAbWluZXMu dW5yLmVkdSwgamdhQHNlaXNtby51bnIuZWR1LCBsb3VpZUBzZWlzbW8udW5yLmVkdSwgbWNj b3JtYWNAbWluZXMudW5yLmVkdSwgZ2Fkc2RlbkB1bnIuZWR1LCBwY2FzaG1hbkBtaW5lcy51 bnIuZWR1LCBub2JsZXBqQHVuci5lZHUsIHNjaHVsdHpAbWluZXMudW5yLmVkdSwgcmljaHNj aHdAdW5yLmVkdSwgdHlsZXJzQHVuci5lZHUsIHBvdWxzb25AbWluZXMudW5yLmVkdSwgc3Rl dmV3QHNlaXNtby51bnIuZWR1LCB3aGVhdGNyYWZ0QHVuci5lZHUsIHRvbW15dEBtaW5lcy51 bnIuZWR1LCB3Y2FsdmluQHVuci5lZHUAAGkAAABlAAAAdwAAAC4AAABoAAAAdAAAAG0AXzkI AAAAdAAAAHAAAAAyAAAATgAAAFAAAABTAAAAIAAAAEYAAABlAAAAYgAAACAAAAAyAAAAMAAA ADAAAAA3AAAAIAAAAG4AAABlAAAAdwAAAHMAAABsAAAAZQAAAHQAAAB0AAAAZQAAAHIAAAAu AAAAcAAAAGQAXzkIAAAAAAAAAGgAAAGgAAAAbgAAAHAAAABzAAAALQAAAGIAAABlAAAAcgAA AGcAAABlAAAALQAAAGUAAAB4AAAAcAAAAGwAAABvAAAAcgAAAGEAAAB0AAAAaQAAAG8AAABu AAAAaQAAAHMAAAB0AF85CAAAAAAAAABgAAAAYQAAAG4AAABwAAAAcwAAAC0AAABmAAAAaQAA AGUAAABsAAAAZAAAAHQAAAByAAAAaQAAAHAAAAAwAAAANwAAADAAAAA5AAAALgAAAG0AAABp AAAAbQAAAGUAXzkIABDKAAAAAFgAAABlAAAAbgAAAHAAAABzAAAAMAAAADcAAAAwAAAAOQAA AG4AAABlAAAAdwAAAHMAAABsAAAAZQAAAHQAAAB0AAAAZQAAAHIAAAAuAAAAcAAAAGQAXzkI AAAAAAAAAHgAAAAgAAAATgAAAFIAAAAtAAAAMAAAADQAAAAtAAAAMAAAADkAAAAtAAAAMQAA ADQAAAAoAAAARQAAACYAAABFAAAATAAAAG8AAABuAAAAZwAAACkAAAAuAAAAZAAAAG8AAABj AAAAAAAAAGUAAAAAAAAANQBfPEgAAAAAAAAAYAAAAAAAMxlwAAAAAP////8AWhW4AF/XsAAA AAAAAAAAAAAADAAAAGQAAAAAAAAAAH8=