xxviii  supports  the  power  systems  https://  www.nasa.gov/sites/default/files/  atoms/files/np-2015-05-022-jsc-iss-  guide-2015-update-111015-508c.pdf,  a  computer  scientist  might  support  the  computer  systems)—it  is  not  strictly  required.  Math  and  English  majors  and  even  astronomers  have  been,  and  still  are,  flight  controllers.  Initial  training  provides  every  new  person  with  general  knowledge  of  spaceflight  operations,  the  vehicle,  visiting  spacecraft,  the  NASA  organization,  how  to  work  with  international  partners,  and  even  how  to  conduct  meetings.  Training  involves  completing  computer-based  training,  reading  manuals  and  instruction  books,  and  attending  classroom  lessons.  Eventually,  the  student  supports  simulations  where  the  operations  of  the  ISS  are  reproduced  by  computers  and  significant  failures  can  be  experienced  by  the  team.  Training  in  general  and  simulations  specifically  are  described  in  more  detail  in  Chapter  10.  Once  certified,  flight  controllers,  instructors,  and  flight  directors  all  must  continue  to  perform  proficiency  training  and  evaluation  to  ensure  they  remain  at  peak  performance  levels.  Flight  directors  are  generally  selected  from  seasoned  flight  controllers.  As  of  2017,  91  individuals  have  become  certified  NASA  flight  directors.  CSA  (St.  Hubert,  Canada)  •  Space  Operations  Support  Center  (SOSC)  Orbital  ATK  (Dulles,  USA)  •  Orbital  ATK  Control  Center  –  Dulles  (MCC-D)  NASA/Johnson  Space  Center  (Houston,  USA)  •  Mission  Control  Center  –  Houston  (MCC-H)  NASA/Marshall  Space  Flight  Center  (Huntsville,  USA)  •  Payload  Operations  Integration  Center  (POIC)  Space  X  (Hawthorne,  USA)  •  Space  X  Control  Center  (MCC-X)  RSA  (Korlev,  Russia)  •  Mission  Control  Center  –  Moscow  (MCC-M)  ESA  (Oberfafenhoffen,  Germany)  •  Munich  Control  Center  NASDA  (Tsukuba,  Japan)  •  Space  Station  Integration  and  Promotion  Center  (SSIPC)  Figure  9.  Control  centers  that  affect  the  ISS  around  the  world.  Similar  structures,  room  layouts,  training,  and  operations  occur  in  the  various  control  centers  around  the  world  that  manage  the  ISS  (Figure  9).  See  also  Herd,  Dempsey,  &  Leeuwen.  (2013).  Joint  training  between  the  various  control  centers  is  performed  for  specific  mission  activities  (e.g.,  activating  the  Columbus  module,  docking  the  European  cargo  vehicle).  Pictures  of  the  different  control  centers  can  be  found  in  https://www.nasa.gov/sites/  default/files/atoms/files/np-2015-  05-022-jsc-iss-guide-2015-update-  111015-508c.pdf.  The  control  rooms  of  the  CSA  Space  Operations  Support  Center  (see  also  Chapter  15)  and  the  Payload  Operations  Integration  Center  are  shown  in  Figure  10.  The  American  visiting  vehicle  control  centers  are  displayed  in  Chapter  14.  
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