Fellowships Workshop Slides - Utah...

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COE Fellowships Office Personal Statement Workshop Prof. Jamesina Simpson Department of Electrical and Computer Engineering University of Utah, Salt Lake City, UT www.ece.utah.edu/~simpson

Transcript of Fellowships Workshop Slides - Utah...

Page 1: Fellowships Workshop Slides - Utah ECEsimpson/Fellowships_Workshop_Slides.pdfNSF’GRFP’Reviews’(1)’ 6 • NSF receives ~14,000 applications per year, award ~2000 • Applications

COE Fellowships Office Personal Statement Workshop

Prof. Jamesina Simpson Department of Electrical and Computer Engineering University of Utah, Salt Lake City, UT www.ece.utah.edu/~simpson

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Francine Mahak

Graduate Career Counselor Career Services

[email protected]

Introductions

Jamesina Simpson

Associate Professor Electrical and Computer Engineering Dept.

[email protected]

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Fellowships Office

Mission Statement: Help students find, compete for, and win national and international fellowships / scholarships.

Website: www.coe.utah.edu/fellowships

Contact: Jamesina Simpson, Associate Professor Electrical and Computer Engineering Dept. MEB 2278, [email protected]

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Website  Resources  

•  Fellowship  opportuni4es  –  including  postdoc  posi4ons  

•  Applica4on  guide    •  Upcoming  events  •  Previous  winners  •  Informa4on  page  for  faculty  •  Contact  informa4on  

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Benefits  of  Winning  Fellowships  

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•  Guaranteed funding for tuition and stipend, etc. •  Ability to choose a lab / university •  Improves your resume / CV

•  Increases likelihood of additional awards •  Employment upon graduation •  Summer internships

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NSF  GRFP  Reviews  (1)  

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•  NSF receives ~14,000 applications per year, award ~2000

•  Applications are assigned levels –  Level 1: Undergraduate seniors

–  Level 2: First year of first graduate program

–  Level 3: Second year of first graduate program

–  Level 4: Have completed more than one year of graduate program (maybe already have degree), but has been out of academics for 2 years

•  Applications are reviewed according to the levels, with slightly lower criteria for Level 1

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NSF  GRFP  Reviews  (2)  

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•  3 reviewers assigned to each application.

•  Each reviewer receives ~20 total applications to review.

•  Reviewers are told to take 15-30 min. per review (this includes everything you submit, not just your essays)

•  Reviewers are divided up into panels (~30 reviewers per panel)

•  Discussion of each application within each panel is probably < 5 min.

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NSF  GRFP:    Know  Your  Audience  

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•  Most of the reviewers are University Faculty

•  These faculty will likely not be in your immediate discipline (although should be engineering faculty) –  Avoid scientific jargon (a few exceptions may be OK)

•  They are interested in your career goals and what you plan to do with your Ph.D. (work at a university, at a national lab, etc.)

•  They will be looking to see that you have fulfilled the NSF review criteria (include as separate sections in your essay(s)): –  Intellectual merit

–  Broader impacts

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Intellectual  Merit  Review  Criteria  (from  the  NSF  Website)  

•  “Encompasses  the  poten4al  to  advance  knowledge  based  on  a  holis4c  analysis  of  the  complete  applica4on”  

–  How  does  your  research  advance  the  state-­‐of-­‐the-­‐art  in  your  research  field?  

–  They  are  looking  for  research  advances  that  will  make  an  impact,  rather  than  provide  incremental  improvements.  

–  Conference  par4cipa4on,  publica4ons,  and  previous  awards  will  par4cularly  strengthen  your  applica4on  (list  them  in  the  bio  form  as  well  as  at  the  end  of  your  personal  statement)  

9  http://www.nsfgrfp.org/how_to_apply/merit_review_criteria

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Broader  Impacts  Review  Criteria  (from  the  NSF  Website)  

•  “Encompasses  the  poten4al  to  benefit  society  and  contribute  to  the  achievement  of  specific,  desired  societal  outcomes”  

–  Increased  public  scien4fic  literacy  and  public  engagement  with  science  and  technology  (Volunteer  work  and  outreach  ac4vi4es,  especially  rela4ng  to  the  applicants  research  or  degree  field)  

–  Par4cipa4on  of  women,  persons  with  disabili4es,  and  underrepresented  minori4es  in  STEM  fields  (as  the  applicant,  or  encouraging  /  mentoring  others)  

–  Improved  well-­‐being  of  individuals  in  society  –  Development  of  a  diverse,  globally  compe44ve  STEM  workforce  –  Increased  partnerships  between  academia,  industry,  and  others  –  Improved  na4onal  security  –  Increased  economic  compe44veness  of  the  U.S.  –  Enhanced  infrastructure  for  research  and  educa4on  

10  http://www.nsfgrfp.org/how_to_apply/merit_review_criteria

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Personal  Statement  Ques4ons  to  Consider    (from  the  NSF  Website)  

•  Why  are  you  fascinated  by  your  research  area?    (demonstrate  passion)  •  What  examples  of  leadership  skills  and  unique  characteris4cs  do  you  bring  to  

your  chosen  field?  (discuss  only  the  relevant  /  significant  ones)  •  What  personal  and  individual  strengths  do  you  have  that  make  you  a  well  

qualified  applicant?    (communicate  clearly)  •  How  will  receiving  the  fellowship  contribute  to  your  career  goals?  •  What  are  all  of  your  applicable  experiences?  (do  not  provide  them  in  

chronological    order;    select  only  relevant  /  significant  experiences  that  support  your  primary  points)  

•  For  each  experience,  what  were  the  key  ques4ons,  methodology,  findings,  and  conclusions?    

•  Did  you  work  in  a  team  and/or  independently?  (what  was  YOUR  contribu4on)  •  How  did  you  assist  in  the  analysis  of  results?  •  How  did  your  ac4vi4es  address  the  Intellectual  Merit  and  Broader  Impacts  

criteria?   11  http://www.nsfgrfp.org/how_to_apply/application_materials

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Graduate  Research  Statement  Ques4ons  to  Consider    (from  the  NSF  Website)  

•  What  issues  in  the  scien4fic  community  are  you  most  passionate  about?  

•  Do  you  possess  the  technical  knowledge  and  skills  necessary  for  conduc4ng  this  work,  or  will  you  have  sufficient  mentoring  and  training  to  complete  the  study?  

•  Is  this  plan  feasible  for  the  alloied  4me  and  ins4tu4onal  resources?  •  How  will  your  research  contribute  to  the  “big  picture”  outside  the  

academic  context?    (include  a  few  key  references!)  •  How  can  you  drak  a  plan  using  the  guidelines  presented  in  the  essay  

instruc4ons?  •  How  does  your  proposed  research  address  the  Intellectual  Merit  and  

Broader  Impacts  criteria?  

12  http://www.nsfgrfp.org/how_to_apply/application_materials

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Most  Importantly:  

•  NSF  wants  foremost  to  fund  you  as  an  individual  with  high  poten4al,  not  the  actual  you  research  project  with  high  poten4al.  

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