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DTSTAMP:20260210T101127Z
UID:962C6995-6B0F-498A-ACBC-DD4C3E6E84E9
DTSTART;TZID=Europe/Berlin:20260129T154500
DTEND;TZID=Europe/Berlin:20260129T171500
DESCRIPTION:Engineers encounter a wide range of challenges and rewards in t
 he development of spaceborne radar\nsatellites\, which will be discussed i
 n this talk. An overview of various types of radar satellite missions\nwil
 l be provided\, each with its unique objectives and applications\, along w
 ith the diverse engineering\nsolutions that address these mission needs. T
 he technologies that enable these missions will be\ndescribed\, along with
  the challenges and complexities of integrating and testing both the equip
 ment\nand the satellite\, leading to the critical phase of launching the s
 atellite into space. An outlook on\ntechnology trends and future technical
  vision will be highlighted. Examples of spaceborne Synthetic\nAperture Ra
 dar (SAR) applications will be shown\, demonstrating how engineers' effort
 s meet the\ndiverse needs of users\, ranging from governmental and securit
 y sectors to agricultural monitoring and\nthe creation of digital elevatio
 n models.\n\nSpeaker(s): \, Grzegorz Adamiuk\n\nRoom: NTI lecture hall\, B
 ldg: 30.10\, Engesserstr. 5\, Karlsruhe\, Baden-Wurttemberg\, Germany\, 76
 131
LOCATION:Room: NTI lecture hall\, Bldg: 30.10\, Engesserstr. 5\, Karlsruhe\
 , Baden-Wurttemberg\, Germany\, 76131
ORGANIZER:info@ieee-ka.de
SEQUENCE:13
SUMMARY:Science Spotlight: In 90 Minutes Around the World: Engineering of R
 adar Satellites for Earth Observation
URL;VALUE=URI:https://events.vtools.ieee.org/m/531906
X-ALT-DESC:Description: <br /><p>Engineers encounter a wide range of challe
 nges and rewards in the development of spaceborne radar<br>satellites\, wh
 ich will be discussed in this talk. An overview of various types of radar 
 satellite missions<br>will be provided\, each with its unique objectives a
 nd applications\, along with the diverse engineering<br>solutions that add
 ress these mission needs. The technologies that enable these missions will
  be<br>described\, along with the challenges and complexities of integrati
 ng and testing both the equipment<br>and the satellite\, leading to the cr
 itical phase of launching the satellite into space. An outlook on<br>techn
 ology trends and future technical vision will be highlighted. Examples of 
 spaceborne Synthetic<br>Aperture Radar (SAR) applications will be shown\, 
 demonstrating how engineers' efforts meet the<br>diverse needs of users\, 
 ranging from governmental and security sectors to agricultural monitoring 
 and<br>the creation of digital elevation models.</p>
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