12
NSF Doctoral Dissertation Improvement Grants Improve dissertation research – Provide funds not normally available to graduate students • significant data-gathering • field research Not a “dissertation grant”

NSF Doctoral Dissertation Improvement Grants

  • Upload
    davin

  • View
    45

  • Download
    0

Embed Size (px)

DESCRIPTION

NSF Doctoral Dissertation Improvement Grants. Improve dissertation research P rovide funds not normally available to graduate students significant data-gathering field research Not a “dissertation grant” . Know your reviewers. - PowerPoint PPT Presentation

Citation preview

Page 1: NSF  Doctoral Dissertation  Improvement Grants

NSF Doctoral Dissertation Improvement Grants

• Improve dissertation research – Provide funds not normally available to graduate

students • significant data-gathering • field research

– Not a “dissertation grant”

Page 2: NSF  Doctoral Dissertation  Improvement Grants

Know your reviewers

Page 3: NSF  Doctoral Dissertation  Improvement Grants

http://blog.vanns.com/stop-the-madness/e-reader-plane/

Page 4: NSF  Doctoral Dissertation  Improvement Grants

Who reviews?• 3 (relative) specialists and (potential) advocates• Many (10 or more) others reading – at the last minute– on topics outside core expertise– 25+ proposals

• Proposal must be …– Catchy– Clear – Concise– Aimed at a (relatively) broad audience (but scientifically clear

and sound!)

Page 6: NSF  Doctoral Dissertation  Improvement Grants

Substantive components• Project summary

– 1 page– Needs a “hook”– 2 required paragraphs

• Intellectual merit• Broader impacts

• Project description– 10 or 15 pages– Use headers– Walk us through

• What you will do• Why it is worth doing• How you will do it

Page 7: NSF  Doctoral Dissertation  Improvement Grants

Project description

• Must hook reader from the beginning: catchy, broad-pitched, conceptually motived introduction

• Core is clear, testable hypotheses– In context (existing knowledge)– Clearly linked to discussion of appropriate methods and

data and strong argument that the proposed research will answer questions raised

– Clearly thought-out plan for nuts-and-bolts of implementation

• Must flow yet each section should “stand alone”

Page 8: NSF  Doctoral Dissertation  Improvement Grants

Context for improvement

Biological (but not social and behavioral) sciences require a statement labeled Context for Improvement as a one-page Supplementary Document included with the proposal.– Details how NSF funding will substantially improve

the overall dissertation project– Includes an explanation of the relation of the

student’s work to that of the advisor, including how the funding requested for the proposed work will depart from funding for the advisor's own research.

Page 9: NSF  Doctoral Dissertation  Improvement Grants

Avoid …

• Sound but uninteresting • Overemphasis on methods – A means, not an end– Great methods don’t save an uninteresting project

• Poor scholarship• Lack of integration between sections• Bad writing, misspellings, poor use of headers

Page 10: NSF  Doctoral Dissertation  Improvement Grants

Use…

• Clear, confident language– “I hope to show…

• “I will show…”• “I intend to show…”• “A positive correlation will confirm my hypothesis that …”

– “The proposed project aims to will … • Language to guide your reader– “As described previously (section 2a, Pilot Experiments) …”– “As noted in the introduction …”

• Sharp, clearly labeled figures and tables

Page 11: NSF  Doctoral Dissertation  Improvement Grants

Other tips

• Write ahead• Read examples of successful proposals• Get feedback from your advisor and others,

including outside your core specialty• Use available help• Expect getting the proposal into Fastlane to

take time

Page 12: NSF  Doctoral Dissertation  Improvement Grants

Know what NSF asks reviewers

• Intellectual meritHow important is the proposed activity to advancing knowledge and understanding within its own field or across different fields? How well qualified is the proposer? To what extent does the proposed activity suggest and explore creative, original concepts? How well conceived and organized is the activity? Is there sufficient access to resources?

• Broader impactsHow well does the activity advance discovery and understanding while promoting teaching, training, and learning? How well does it broaden participation of underrepresented groups? To what extent will it enhance infrastructure for research and education, (facilities, instrumentation, networks, partnerships)? Will the results be disseminated broadly to enhance scientific and technological understanding? What may be the benefits of the proposed activity to society?