
Guide for GRFP applicants reading winning essays
NSF GRFP Examples: Winning Personal Statements and Research Proposals
Real GRFP essays from 99 winners and honorable mentions between 2014 and 2026, sorted by field. See what they share, what reviewers said and how to use them this year.
Looking for successful NSF GRFP essays? Two free collections are the best place to start. On GRFP Help, recent fellows post their full applications. Alex Hunter Lang's collection has about 290 more from 2006 to 2022. This page pulls 99 applications from those two and a dozen other sources and sorts them by field. That's 220 documents, and every link was checked on October 7, 2026. Study how they're built, then write your own to this year's rules.
A quick word on those rules. Your personal statement can be up to three pages, and your research proposal up to two. References and figures count toward those limits. Both essays need sections headed exactly "Intellectual Merit" and "Broader Impacts". Applications are due October 19 to 23, 2026, depending on your field (NSF 26-526).
Where to find winning NSF GRFP essays
NSF doesn't publish past applications. Every example you can find online was shared by the person who wrote it, either on their own site or through a collection or a university writing center. Here are the collections worth your time, listed roughly in the order you should read them.
The main collections of winning GRFP essays
| Collection | What is there | Years | Best for |
|---|---|---|---|
| GRFP Help | Full applications from 37 recent applicants, many with ratings sheets and advice | 2023 to 2026 | Current rules and recent topics |
| Alex Hunter Lang's collection | A spreadsheet of about 290 applications in every field, 18 of them honorable mentions, many with reviews | 2006 to 2022 | Breadth, and reviews to compare |
| MIT Communication Lab: EECS, biological engineering, chemical engineering, nuclear science | Successful statements and plans with margin notes on what each part does | About 2014 to 2022 | Learning to read like a reviewer |
| Gonzales Lab | Three neuroengineering plans, including an unfunded and a funded version of one idea, with the writers' reflections | 2025 and 2026 | Seeing what changed between a loss and a win |
| University of Florida, David Mazyck | Seven applications labelled winning, four with ratings sheets | 2014 to 2017 | Engineering |
| Ross-Ibarra lab and Yaniv Brandvain on GitHub | Lab members' statements, and about 60 files from some 25 applicants with an outcomes spreadsheet | 2007 to 2025 | Ecology, evolution and genomics |
| UC Berkeley Mechanical Engineering | Older engineering applications, some with ratings sheets | 2010 to 2012 | The old three-essay format |
| Awesome NSF GRFP | A maintained list of collections and individual essays | Various | Finding more |
Life sciences and geosciences examples
The next four sections list all 99 applicants, with 220 documents from 2014 to 2026, sorted by NSF's major fields. In the tables, "Statement" means the personal statement and "Plan" means the research proposal. "Reviews" means the writer also shared NSF's ratings sheet, with each reviewer's comments. Most of these applicants won the fellowship, and 8 are clearly labelled honorable mentions.
Pay attention to when each person applied. Second-year graduate students can't apply anymore. Their statements also describe more experience than a senior or first-year can usually show, so read those for structure only.
Life sciences
| Field | Writer, and stage when applying | Year | Outcome | Documents |
|---|---|---|---|---|
| Ecology | Carys Goldsmith, graduate, not yet in grad school | 2026 | Awarded | Statement, Plan |
| Ecology | Clarissa Moore, first-year grad | 2026 | Awarded | Statement, Plan |
| Evolutionary biology | Samantha Kratman, senior | 2026 | Awarded | Statement, Plan |
| Life sciences | Anonymous fellow (#21), graduate, not yet in grad school | 2026 | Awarded | Statement, Plan |
| Life sciences | Molly Vander Werp, first-year grad | 2026 | Awarded | Statement, Plan |
| Microbial biology | Alexandra Sinno, graduate, not yet in grad school | 2026 | Awarded | Statement |
| Neuroscience | Lily Gebhart, first-year grad (her website) | 2026 | Awarded | Statement, Plan |
| Ecology | Clarissa Moore, graduate, not yet in grad school | 2025 | Honorable mention | Statement, Plan, Reviews |
| Evolutionary biology | Ott, second-year grad (Ross-Ibarra lab) | 2025 | Awarded | Statement and plan |
| Microbial biology | Anonymous fellow (#5), senior | 2025 | Awarded | Statement, Plan, Reviews |
| Evolutionary genetics | Natasha Dhamrait (Ross-Ibarra lab) | 2024 | Awarded | Statement, plan and reviews |
| Evolutionary biology | Liz Aguilar, second-year grad | 2022 | Awarded | Statement, Plan, Reviews |
| Genomics | Anonymous applicant, second-year grad | 2021 | Honorable mention | Statement, Plan, Reviews |
| Paleobotany | Madison Lalica, senior (Ross-Ibarra lab) | 2021 | Awarded | Statement, Plan |
| Microbiology | Grace Deitzler, second-year grad | 2020 | Awarded | Statement, Plan, Reviews |
| Neuroscience | Randall Eck, senior | 2020 | Honorable mention | Statement, Plan, Reviews |
| Neuroscience | James Howe (Drive copies) | 2019 | Awarded | Statement, Plan |
| Fisheries ecology | Holden Harris (University of Florida) | 2017 | Awarded | Statement, plan and reviews |
| Genomics | Adam Orr (GitHub) | 2017 | Honorable mention | Statement, Plan, Reviews |
| Neuroscience | Jonny Saunders (his blog, annotated) | 2016 | Awarded | Statement, Plan |
Year is the competition year, meaning the year results came out. Links were checked October 7, 2026. If a row doesn't name a source in parentheses, it comes from GRFP Help (2023 to 2026) or Alex Hunter Lang's collection (2022 and earlier).
Geosciences
| Field | Writer, and stage when applying | Year | Outcome | Documents |
|---|---|---|---|---|
| Geochemistry | Karla Paredes Aguilar, graduate, not yet in grad school | 2026 | Awarded | Statement, Plan |
| Geomorphology and planetary science | Christina Sowinski, senior | 2026 | Awarded | Statement, Plan |
| Geophysics | Anonymous fellow (#12), first-year grad | 2026 | Awarded | Statement, Plan |
| Geosciences | Katelyn Jones, graduate, not yet in grad school | 2026 | Awarded | Statement, Plan |
| Meteorology | Lucas Hornung, first-year grad | 2026 | Awarded | Statement, Plan |
| Geosciences and chemistry | Ishaan Madan, first-year grad | 2025 (June round) | Awarded | Statement, Plan, Reviews |
| Planetary geoscience | Cole Meyer, senior | 2024 | Awarded | Statement, Plan, Reviews |
| Geobiology | Teresa (GitHub TeresaSSM) (GitHub) | 2021 | Awarded | Plan |
| Petrology | Emily Fischer, first-year grad | 2021 | Awarded | Statement, Plan, Reviews |
| Planetary science | Riley McGlasson, first-year grad | 2021 | Honorable mention | Statement, Plan, Reviews |
| Biogeochemistry | Carla López-Lloreda, senior | 2020 | Awarded | Statement, Plan, Reviews |
Check the topic, not just the writing
This year, NSF 26-526 excludes research on "habitat restoration, species recovery actions, management interventions". It also excludes research aimed directly at human health. Clarissa Moore's 2026 wetland restoration plan is the kind of project the new rule covers. If your idea is anywhere close, run it through the eligibility checker before you start writing.
Chemistry, physics, astronomy and math examples
Chemistry
| Field | Writer, and stage when applying | Year | Outcome | Documents |
|---|---|---|---|---|
| Chemistry | Zahria Patrick, first-year grad | 2026 | Awarded | Statement |
| Chemistry of life processes | Mark Castro, senior | 2026 | Awarded | Statement, Plan |
| Computational chemistry | Sam Beall-Dennell, senior | 2025 | Awarded | Statement, Plan, Reviews |
| Chemical structure and dynamics | Ravyn Malatesta, second-year grad | 2021 | Awarded | Statement, Plan, Reviews |
| Computational chemistry | Anonymous fellow, second-year grad | 2020 | Awarded | Statement, Plan, Reviews |
Physics and astronomy
| Field | Writer, and stage when applying | Year | Outcome | Documents |
|---|---|---|---|---|
| Particle physics | Rachel White, senior | 2026 | Awarded | Statement, Plan |
| Theoretical physics | Isabelle Fite, senior | 2026 | Awarded | Statement, Plan |
| Computational astrophysics | Brandon Sike, second-year grad | 2025 | Awarded | Statement, Plan, Reviews |
| Planetary science | Brooke Kotten, senior | 2024 | Awarded | Statement, Plan, Reviews |
| Astronomy and astrophysics | Katya Leidig, second-year grad | 2022 | Awarded | Statement, Plan, Reviews |
| Physics | Charles Cardot, first-year grad | 2022 | Awarded | Statement, Plan, Reviews |
| Astronomy | Natasha Latouf (her website) | 2021 | Awarded | Statement, Plan, Reviews |
| Astronomy | Taylor Hutchison, second-year grad (her website) | 2018 | Awarded | Statement, Plan, Reviews |
| Astrochemistry | Olivia Wilkins (her blog) | 2016 | Awarded | Statement, Plan, Reviews |
Mathematical sciences
| Field | Writer, and stage when applying | Year | Outcome | Documents |
|---|---|---|---|---|
| Applied mathematics | Joyce Chew, senior (her website) | 2020 | Awarded | Statement, Plan, Reviews |
| Mathematics | Samantha Moore, second-year grad | 2019 | Awarded | Statement, Plan, Reviews |
| Computational mathematics | Zack Morrow, second-year grad | 2018 | Awarded | Statement, Plan, Reviews |
Winning math essays are hard to find online. Samantha Moore and Zack Morrow applied as second-year graduate students, which isn't allowed anymore.
Engineering, materials and computer science examples
Engineering and materials research
| Field | Writer, and stage when applying | Year | Outcome | Documents |
|---|---|---|---|---|
| Aerospace engineering | Alyssa Smith, senior | 2026 | Awarded | Statement, Plan |
| Aerospace engineering | Ksenia Kirsanova, first-year grad | 2026 | Awarded | Statement, Plan |
| Biomedical engineering | Thaissa Peixoto, first-year grad (Gonzales Lab) | 2026 | Awarded | Plan, Earlier unfunded plan |
| Chemical engineering | Anonymous fellow (#37), senior | 2026 | Awarded | Statement, Plan |
| Electronic materials | Anonymous fellow (#33), senior | 2026 | Awarded | Statement, Plan |
| Engineering | Anonymous fellow (#20), first-year grad | 2026 | Awarded | Statement, Plan |
| Engineering | Anonymous fellow (#29), first-year grad | 2026 | Awarded | Statement, Plan |
| Engineering | Morgan Schuld, first-year grad | 2026 | Awarded | Statement, Plan |
| Materials research | Avinashi Bhandari, senior | 2026 | Awarded | Statement, Plan |
| Mechanical engineering | Anonymous fellow (#10), senior | 2026 | Awarded | Statement, Plan |
| Mechanical engineering | Ben Wassgren, first-year grad | 2026 | Awarded | Statement, Plan |
| Biomedical engineering | Grace Hayes, senior | 2025 | Awarded | Statement, Plan, Reviews |
| Biomedical engineering | Hailey Edelman, first-year grad (Gonzales Lab) | 2025 | Honorable mention | Plan |
| Biomedical engineering | Lauren Iskander, senior (Gonzales Lab) | 2025 | Awarded | Plan |
| Engineering | Taylor Johnson, senior | 2025 | Awarded | Statement, Plan |
| Civil engineering | Martin Torres, second-year grad | 2022 | Awarded | Statement, Plan, Reviews |
| Electrical engineering | Anonymous fellow, first-year grad (MIT CommLab) | 2022 | Awarded | Plan, annotated |
| Computational engineering | Kevin Greenman, second-year grad | 2021 | Awarded | Statement, Plan, Reviews |
| Mechanical engineering | Jessica Yin, senior (MIT CommLab) | 2021 | Awarded | Statement, annotated |
| Materials science | Enze Chen (his website) | 2020 | Awarded | Statement, Plan |
| Ocean engineering | Morgan Blevins, first-year grad (MIT CommLab) | 2020 | Awarded | Statement, annotated |
| Biomedical engineering | Hannah Viola, second-year grad | 2019 | Honorable mention | Statement, Plan, Reviews |
| Mechanical engineering | Alexander McGhee (University of Florida) | 2017 | Awarded | Statement, plan and reviews |
| Optical engineering | Alex Matlock (Drive files) | 2017 | Awarded | Statement, Plan |
| Aerospace engineering | Hillsberry (University of Florida) | 2016 | Awarded | Statement, plan and reviews |
| Electrical engineering | Troy Bryant (University of Florida) | 2016 | Awarded | Statement and plan |
| Environmental engineering | Regina Rodriguez (University of Florida) | 2015 | Awarded | Statement, plan and reviews |
| Civil engineering | Johansen (University of Florida) | 2014 | Awarded | Statement and plan |
| Environmental engineering | Landry (University of Florida) | 2014 | Awarded | Statement and plan |
MIT's Communication Lab lists the year each essay was submitted. The table shows the competition that followed, when results came out.
Computer and information science and engineering
| Field | Writer, and stage when applying | Year | Outcome | Documents |
|---|---|---|---|---|
| Scientific computing | Ritoban Roy-Chowdhury, senior | 2026 | Awarded | Statement, Plan |
| Software engineering | Priscila Santiesteban, second-year grad | 2023 | Awarded | Plan |
| Artificial intelligence | Nic Fishman, senior (his website) | 2021 | Awarded | Statement, Plan, Reviews, Plan annotated by MIT |
| Artificial intelligence | Nishanth Kumar (his website) | 2021 | Awarded | Statement, Plan |
| Natural language processing | Michael Saxon (his website) | 2020 | Awarded | Statement, Plan, Reviews |
| Software engineering | Madeline Endres (her website) | 2020 | Awarded | Statement, Plan |
| Human-computer interaction | Nate Weinman, second-year grad | 2019 | Awarded | Statement, Plan, Reviews |
| Natural language processing | Nelson Liu, senior (his website) | 2019 | Awarded | Plan, Reviews |
| Data mining | Tara Safavi, first-year grad (her website) | 2018 | Awarded | Statement |
| Digital evolution | Matthew Andres Moreno (GitHub) | 2018 | Awarded | Statement, Plan |
| Natural language processing | Anjalie Field (her website) | 2018 | Awarded | Plan |
| Human-computer interaction | Andrew Head (GitHub) | 2016 | Honorable mention | Statement, Plan |
What reviewers wrote about real applications
Of the applicants above, 47 shared their NSF ratings sheets. Read a sheet next to its essays to see what the panel noticed. Even winning applications got criticism. And an honorable mention can earn Excellent ratings and still miss out on funding.
NSF describes honorable mentions as "meritorious applicants who do not receive Fellowship offers" and calls the recognition "a significant national academic achievement" (NSF 26-526). But it doesn't come with any money. For the 2026 competition, NSF made 2,500 offers and named 1,470 honorable mentions (NSF FAQ).
The applicant participates in an astronomy club, though plural pronouns are used, so the applicant's personal contribution is unclear.
- The lesson. Reviewers rate you, not your team. The same sheet praised her plan's "contingency plans for a null result", so the plan wasn't the problem. Being clear about your own role is an easy fix.
While the application lists three specific tasks, it is not clear how these tasks can be integrated to address the proposed research problem.
- The lesson. Three good aims don't make a plan on their own. Add a sentence on how each result feeds into the next, and name the method you'll use for each step.
If explicit hypothesis was stated it would have further strengthened the proposal.
- What changed. Another reviewer wrote that her "proposed Broader Impacts are not very concrete." She applied again in 2026 with numbered hypotheses and an outreach plan built around partners, and she won. Both versions are in the life sciences table.
the proposed work is a logical extension of the applicant's previous work. The application would be significantly improved with a more innovative approach.
- The lesson. Five of his six ratings were Very Good, and one was Excellent. The same reviewer praised his track record, but the plan read like more of the same. Make it clear what's new in yours.
Not awarded: "Vagus nerve stimulation (VNS) is a long-supported method of delivering electrical pulses to stimulate fibers which go afferently to the brain."
Awarded: "Vagus nerve stimulation (VNS) offers a powerfully simple, yet unexplored route for improving clinical BCIs."
- The lesson. Same idea, same lab. The first version opens with a definition. The winning version opens with the gap and the payoff, so a reviewer sees right away why the work matters.
No written comments for 2026
For the 2026 competition, NSF says "No written reviewer comments were collected". So recent applicants only got a band rank and their ratings. The ratings decoder helps you turn those into a plan for reapplying.
Personal statement vs research proposal in 2026–27
The two essays do different jobs, but reviewers read them together. Your personal statement makes the case that you'll become a scientist who advances knowledge and benefits society. Your research plan shows how you think through one original question. Here's what the current solicitation and NSF's own templates ask for.
The two GRFP essays under this year's rules (NSF 26-526)
| Personal statement | Research proposal | |
|---|---|---|
| Official name | Personal, Relevant Background, and Future Goals Statement | Graduate Research Plan Statement |
| Page limit | Three pages | Two pages |
| What counts toward it | References, citations, figures, images and lists of publications and presentations | The same |
| Required headings | "Intellectual Merit" and "Broader Impacts", each alone on its line, with a line break between them | The same two headings, worded exactly |
| What NSF's template asks for | Your education and career plans, and how your experiences could advance science and benefit society | The research idea and proposed approach, resources needed, then both criteria |
| What reviewers look for | Sustained interest, initiative, growth, leadership and a vision of your future role in STEM | A clear rationale, a logical plan, your grasp of the literature and your ability to carry it out |
| Shared format rules | Times New Roman or Computer Modern at 11 point or larger, or Arial, Courier New or Palatino Linotype at 10 point or larger; 1-inch blank margins; no URLs or DOIs in references; alt text for every figure | The same |
Sources: NSF 26-526 and NSF's templates for the personal statement and research plan. Both templates allow other headings and any section order.
Reference letters are due October 16, 2026. Applications are due October 19 to 23, depending on your field, at 8:00 p.m. Eastern (NSF 26-526). If you're a senior, or a graduate who has never enrolled in graduate school, you can apply any number of times. First-year graduate students can apply once. The deadlines guide lists every date, and the eligibility guide explains who can apply. For anything else, NSF's GRFP program page has FAQs and contacts.
Read older examples for structure, not format
Most public essays were written under older rules. You can still learn a lot from how they argue, but their formatting and eligibility may be out of date. Check each example against these changes before you borrow a habit from it.
- Headings. MIT's Communication Lab notes that applications before 2018 "did not require" separate Intellectual Merit and Broader Impacts headings (MIT CommLab). Now they're required, and NSF adds: "Do not include other terms. Do not combine the headings or the sections."
- Format before 2014. Alex Hunter Lang's collection marks 2013 and earlier as the old format, which had a third essay on previous research. Read those for voice, not layout.
- Second-year graduate students. Many older examples come from second-years, who haven't been eligible since the 2025–26 cycle. Their statements include more research than a first-year can usually show.
- Fields and topics. STEM Education and Learning Research is gone as a field. Clinical and counseling psychology are out. Conservation practice research is now excluded too.
- Deadlines. The dates move every year. Last cycle's deadlines were November 10 to 14 at 5 p.m. local time. This cycle's are October 19 to 23 at 8 p.m. Eastern.
- References and figures. NSF now requires "abbreviated journal or publication titles ONLY, no URLs or DOIs", plus alt text for every figure. Brandon Sike's 2025 plan, for example, lists DOI links that wouldn't pass today.
How to use winning examples well
NSF makes you certify that both statements are "their own original work" (NSF 26-526). Reading winning essays is normal and really useful. Reusing their sentences is not.
Pick three recent ones from your field
Panels are organized by field, and each field has its own norms. A chemistry plan leans on mechanisms and figures. An economics plan leans on data and identification.
Add one from another field
A strong plan from outside your area shows you what reads clearly to a non-specialist. That's who most of your panel will be.
Map the structure
Note the headings, how much space each part gets, and where the research question first shows up. MIT's annotated research plans walk through this part by part.
Mark the evidence
Underline every number, named program, result and "I". Aim for that much evidence in yours, using your own facts.
Read the reviews next to the essays
If a ratings sheet is posted, match each comment to the part of the essay that earned it.
Close the examples, then write
Draft from your CV and your own notes. The personal statement writer and research proposal writer build drafts from your material, never from sample essays.
Questions to ask about each example
- What year is it from? Did the writer apply as a senior, a first-year or a second-year graduate student?
- Is the topic still eligible under the 2026–27 rules?
- Where do Intellectual Merit and Broader Impacts show up outside their own headings?
- Which sentences show the writer's own role and a result?
- What's the hypothesis or question? Could you sum it up in one line?
- What does the plan do if the main approach fails?
- Which outreach has already happened, and which is planned with a named partner?
Common mistakes when learning from examples
- Copying the opening. A borrowed hook sounds borrowed. Start with a moment of your own, or with your research question.
- Copying old formatting. Some past winners use combined headings, headings that run straight into the paragraph, or DOI links in their references. None of that passes now. Check your PDF with the format checker.
- Matching length instead of substance. Winners fill their pages with evidence, not adjectives. Cut any sentence a reviewer couldn't check.
- Reading only your subfield. Your panel is broader than your lab. Write so that a scientist down the hall could follow you.
- Planning outreach you've never done. Strong Broader Impacts build on something you've already started. They name a partner, a place and a number.
- Treating one example as the formula. Some winners open with a story, some with a goal and some with a question. What they share is evidence, not a template.
Get a second opinion before you submit
Ask a friend to score your draft with the review rubric. Or run the mock review to get ratings and a ranked list of fixes. The GRFP checklist works back from your deadline, so you know when to do each step.