NIH/NSF Biographical Sketch via SciENcv

A working framework for generating the NIH or NSF Biographical Sketch in SciENcv (Science Experts Network Curriculum Vitae). The biosketch is the second-most-revised document in any NIH submission (after the Specific Aims). SciENcv is the canonical generator for both NIH and NSF biosketches; the format is agency-specific. This skill covers the current format, the new contribution-statement pattern, the personal-statement pattern, and the NIH vs NSF differences.

When to use

• Creating or updating an NIH Biographical Sketch via SciENcv for an R01, R21, K-series, or F-series application.
• Creating or updating an NSF Biographical Sketch via SciENcv for a Standard Research Proposal, CAREER, RAPID, EAGER, or research-equipment proposal.
• Drafting the Personal Statement (NIH) and its NSF equivalents.
• Drafting Contribution Statements (NIH) — the post-2021 change that allows up to 4 contributions per PI.
• Linking SciENcv to ORCID, eRA Commons, and MyBibliography for automatic data pulls.
• Mapping the same source data to both NIH and NSF biosketches without duplicating data entry.

When NOT to use

• This is not the right skill for the Research Strategy or the Specific Aims.
• This is not the right skill for the Biosketch used in DOD CDMRP, ERC, or DARPA BAA — those have their own CV/biosketch formats.
• This is not the right skill for the ResearchGate, Google Scholar, or institutional CV.
• This is not the right skill for the candidate's personal website or LinkedIn profile.

Prerequisites

• An ORCID iD. ORCID is the persistent identifier that links SciENcv, MyBibliography, and federal-grant submissions.
• An eRA Commons account (for NIH submissions) or a NSF account (for NSF submissions). SciENcv can be used without an eRA Commons account, but the export to an application will require linkage.
• A MyBibliography (NIH's reference manager) populated with the candidate's publications, including preprints, journal articles, book chapters, and datasets.
• The candidate's funding history: past and current grants, with dates, funding-IC, and total direct costs.

Core workflow

1. Decide which agency's format is being generated. The NIH biosketch has Personal Statement, Positions and Honors, Contributions to Science, and Research Support sections. The NSF biosketch has a different structure (see comparison table). SciENcv supports both, but the formats are not interchangeable.

2. Link ORCID, eRA Commons (if applicable), and MyBibliography in SciENcv. The data flow is: ORCID = identity, MyBibliography = publications, eRA Commons = federal grants. With these three linked, SciENcv auto-populates most biosketch fields.

3. Draft the Personal Statement (NIH). The Personal Statement is a short narrative (≤1 page) that explains how the candidate is positioned for the proposed project. It is not a CV summary; it is a 4-paragraph argument linking the candidate's prior work to the proposed work. "

4. Draft the Contribution Statements (NIH). The post-2021 NIH biosketch allows up to 4 Contribution Statements. Each Contribution Statement is a 1-page narrative that frames a research line, lists up to 4 representative publications, and describes the candidate's role on those publications. The 4 contributions are typically organized as research lines (e.g., "X pathway in cancer," "Y methodology development," "Z clinical translation").

5. Confirm the Positions and Honors section is complete with academic appointments, training history, and relevant honors (with year).

6. Confirm the Research Support section is complete with current and completed support, including project number, dates, total direct costs, and the candidate's role (PI, Co-I, Subaward PI). NIH requires this section; do not omit it.

7. Generate the PDF via SciENcv. SciENcv produces a PDF that meets the agency's format requirements. The PDF is the artifact that is uploaded into ASSIST (NIH) or Research.gov / FastLane (NSF).

8. Verify the format. Each agency has specific format requirements (font, margin, page limit). The SciENcv default is generally compliant, but a manual check is necessary if the candidate has hand-edited sections.

9. Co-review with the Research Strategy. The Personal Statement cites the proposed project and names the team; the Contribution Statements should align with the Aims. A Personal Statement that names "Dr. X, an expert in CRISPR" but no CRISPR Aim in the Aims is a flag.

Document patterns

Personal Statement (NIH; ≤1 page)

# Personal Statement

## Sentence 1: The candidate's research theme.
## Paragraph 1: Why the candidate is positioned.
- Prior training and degrees.
- Prior funding and key publications.
- Mentorship record (if K or F).

## Paragraph 2: How the candidate's prior work connects to the proposed project.
- 2–4 representative publications with a one-sentence role description.
- The prior work that grounds the Aims.

## Paragraph 3: The team and the role on the project.
- The candidate's specific role (PI, Co-I, Lead of Aim X).
- The collaborators / co-investigators and their role.

## Paragraph 4: The institutional environment.
- The institution's resources, the department, the cores, the
  clinical infrastructure (if relevant).

Contribution Statement (NIH; 1 page each, up to 4 total)

# Contribution to Science 1: [Title, e.g., "Elucidating the role of X in Y"]

## Background and significance (3–4 sentences)
- Why this contribution matters.

## Key findings (3–5 sentences)
- The substantive findings the candidate made.

## Representative publications (up to 4)
1. [Pub #1, full citation]. [One sentence on the candidate's role.]
2. [Pub #2, full citation]. [One sentence on the candidate's role.]
3. [Pub #3, full citation]. [One sentence on the candidate's role.]
4. [Pub #4, full citation]. [One sentence on the candidate's role.]

Research Support (NIH; complete list of current and completed)

## Current Support
- [Grant #], [Funding IC], [Project Title]
  Period: [start] – [end], Total direct costs: $[X]
  Role: PI / Co-I / Subaward PI
  Goal: [One sentence on the project goal.]

- ...

## Completed Support (last 3 years)
- ...

NSF biosketch structure (current)

The NSF biosketch in SciENcv has these sections, in this order:

# Biographical Sketch

## (a) Professional Preparation
- [PhD, postdoc, etc., institution, year]

## (b) Appointments
- [Current and prior positions]

## (c) Products
- (i) Up to 5 products most closely related to the proposed project
- (ii) Up to 5 other significant products, whether or not related
- (iii) Optional: additional products (datasets, software, etc.)

## (d) Synergistic Activities
- 1 paragraph on activities that complement the proposed work
  (mentoring, K-12 outreach, professional service, etc.)

## (e) Collaborators & Other Affiliations
- Single-page template from the current PAPPG
- Information on collaborators, foreign partners, advisors, etc.

NIH vs NSF biosketch comparison (one-page view)

SciENcv edit-then-export checklist

[ ] ORCID linked.
[ ] eRA Commons linked (for NIH).
[ ] MyBibliography populated.
[ ] Personal Statement: 4 paragraphs, ≤1 page, names the proposed project.
[ ] Contribution Statements: up to 4 statements, each with up to 4 publications
    and the candidate's role.
[ ] Positions and Honors: complete with year.
[ ] Research Support: current and completed; project number, dates, costs, role.
[ ] Generated PDF: NIH format.
[ ] Generated PDF: NSF format (if needed).
[ ] Format check: page limit, font, margin, no orphaned section headers.
[ ] Co-reviewed with the Aims: Personal Statement names the proposed project's
    Aims and team.

Common pitfalls

• Personal Statement that rehashes the CV. The Personal Statement is a narrative, not a list. The CV lives in MyBibliography.
• Contribution Statements that list 4 papers with no narrative. Each contribution is a story; the papers are evidence. A contribution without a narrative is a flagged line in the biosketch.
• Personal Statement that does not name the proposed project. A reviewer reading the Personal Statement and the Aims should be able to map one to the other.
• Research Support section that omits current support. The Research Support section is required and is reviewed for overlap with the proposed project. Omitting a current grant is a flag.
• NIH biosketch submitted in NSF format (or vice versa). The two are not interchangeable. SciENcv generates both; verify the format before submission.
• Contributions that duplicate Aims from a prior rejected submission without updating. Contribution statements must be current; they are reviewed against the publication record.
• Foreign collaborations not declared. The biosketch is one of the documents where foreign-component status is checked. The Other Support / Foreign components disclosure is a separate form.
• For K and F applications: mentorship record missing. K and F biosketches must include the mentorship / training history, including the postdoc / graduate mentor's name, dates, and the candidate's role on resulting publications.
• Page-limit over-runs. The NIH biosketch is 5 pages. The NSF biosketch in a Standard Research Proposal is 3 pages. The format is enforced.
• Hand-edited PDF that no longer matches SciENcv. Once a candidate hand-edits the PDF, the link to the source data is broken. Use SciENcv as the canonical source.

Validation

• The biosketch is at the agency's page limit.
• The Personal Statement (NIH) names the proposed project and the candidate's role.
• The Contribution Statements (NIH) are each ≤1 page with up to 4 representative publications.
• The Research Support (NIH) is complete with current and completed support.
• The NSF biosketch has the 5 sections in the right order.
• The Synergistic Activities (NSF) is 1 paragraph on mentorship / outreach / service.
• SciENcv's source data is linked to ORCID, MyBibliography, and eRA Commons (NIH).
• The biosketch is co-revisioned with the Specific Aims / Project Description.
• The PDF passes the agency's submission-portal format check.

Open alternatives

• SciENcv vs. ORCID alone. ORCID alone is a persistent identifier, not a CV generator. SciENcv generates the agency's required format from ORCID-linked data.
• NIH biosketch (5 pp) vs. NIH Other Support (1 pp per project). The Other Support form is a separate disclosure (current and pending support, foreign components). It is a different document.
• NSF SciENcv vs. NSF fillable PDF. NSF accepts SciENcv; the fillable PDF is being phased down. Use SciENcv.
• MyBibliography vs. ORCID Works. MyBibliography is the NIH reference manager; ORCID Works is the ORCID record. Link them so updates propagate.
• ORCID iD vs. eRA Commons ID. ORCID is global; eRA Commons is NIH-specific. Link them in SciENcv so the export uses the correct IDs.

References

• NIH: Biosketch format and instructions — current NIH biosketch format.
• NIH: SciENcv — the biosketch generator.
• NIH: MyBibliography — NIH's reference manager.
• NIH: eRA Commons — federal-grant submission and award system.
• NIH: Other Support format — separate from the biosketch; current and pending support.
• NSF: Biographical Sketch and Current and Pending Support — current PAPPG Chapter II.D.2.h.
• NSF: PAPPG — current edition.
• ORCID: ORCID iD registry — persistent identifier.
• NCBI: SciENcv FAQ — usage and linkage guidance.

Changelog

• 1.0.0 (2026-06-10): Initial adaptation by Pradyumna Jayaram.