| name | grant-proposal-assistant |
| description | Use when writing or reviewing NIH, NSF, or foundation grant proposals. Invoke when user mentions specific aims, R01, R21, K-series, significance, innovation, approach section, grant writing, proposal review, research strategy, or needs help with fundable hypothesis, reviewer-friendly structure, or compliance with grant guidelines. |
Grant Proposal Assistant
Table of Contents
Purpose
This skill guides the creation and review of competitive grant proposals (NIH R01/R21/K, NSF, foundations) by ensuring clear hypotheses, compelling significance, genuine innovation, and feasible approaches. It applies reviewer-perspective thinking to structure proposals that address common critique points before submission.
When to Use
Use this skill when:
- Writing new proposals: NIH R01, R21, R03, K-series; NSF grants; Foundation applications
- Specific Aims development: Crafting the critical 1-page aims document
- Section drafting: Significance, Innovation, Approach sections
- Proposal review: Pre-submission critique, mock study section preparation
- Resubmission: Addressing reviewer critiques, strengthening weak areas
- Budget justification: Aligning resources with proposed work
Trigger phrases: "grant proposal", "specific aims", "R01", "R21", "NIH grant", "NSF proposal", "significance section", "innovation", "approach", "study section", "reviewer", "fundable"
Do NOT use for:
- Manuscripts (use
scientific-manuscript-review)
- Fellowship personal statements (use
career-document-architect)
- Letters of recommendation (use
academic-letter-architect)
Core Questions
Every grant proposal must convincingly answer these four questions:
1. What is the central hypothesis?
- Testable, specific, falsifiable
- Not just "we will study X" but "we hypothesize that X causes Y through mechanism Z"
2. Why is the problem important NOW?
- What gap exists in current knowledge?
- Why is this gap significant for the field/patients/society?
- Why is this the right time (new tools, preliminary data, shifting paradigm)?
3. What makes the approach innovative?
- What is genuinely new (concept, method, application)?
- How does this advance beyond incremental improvement?
- Innovation in approach AND/OR innovation in what will be learned
4. Is the plan feasible and logical?
- Can this team do this work in this timeframe with these resources?
- Do aims build logically without fatal dependencies?
- Are pitfalls anticipated with alternatives ready?
Workflow
Copy this checklist and track your progress:
Grant Proposal Progress:
- [ ] Step 1: Identify grant mechanism and constraints
- [ ] Step 2: Core questions audit
- [ ] Step 3: Specific Aims review (1-page)
- [ ] Step 4: Significance section review
- [ ] Step 5: Innovation section review
- [ ] Step 6: Approach section review (per aim)
- [ ] Step 7: Reviewer alignment check
- [ ] Step 8: Compliance verification
Step 1: Identify Grant Mechanism and Constraints
Determine mechanism (R01, R21, K, NSF, Foundation). Note page limits, required sections, and review criteria. R01 = 12 pages; R21 = 6 pages; K = 12 pages + career development. See resources/methodology.md for mechanism-specific guidance.
Step 2: Core Questions Audit
Read entire proposal looking ONLY for answers to the four core questions. Mark where each is addressed (or missing). Flag unclear hypotheses, weak significance, or missing innovation. See resources/methodology.md for audit checklist.
Step 3: Specific Aims Review
Evaluate the 1-page Aims against the gold standard: Opening hook → Gap → Hypothesis → Aims (testable, independent, coherent) → Impact. This is the most important page. See resources/template.md for structure.
Step 4: Significance Section Review
Check: What is the problem? Why does it matter? What will change if successful? Look for explicit gap statements and impact predictions. See resources/methodology.md for evaluation criteria.
Step 5: Innovation Section Review
Check: What is genuinely new? Be specific (not "innovative approach" but "first application of X to Y"). Innovation can be conceptual, methodological, or in expected outcomes. See resources/methodology.md for evaluation criteria.
Step 6: Approach Section Review
For EACH aim: Rationale (why this aim?) → Strategy (how?) → Expected outcomes → Pitfalls → Alternatives. Check for adequate controls, statistical power, timeline realism. See resources/template.md for per-aim structure.
Step 7: Reviewer Alignment Check
Read as a non-expert reviewer would. Can they understand significance without deep domain knowledge? Are impact statements prominent? Is the writing accessible? See resources/methodology.md for reviewer simulation.
Step 8: Compliance Verification
Check page limits, required sections, biosketch format, reference formatting. Verify all required components present. Validate using resources/evaluators/rubric_grant_proposal.json. Minimum standard: Average score ≥ 3.5.
Section Frameworks
Specific Aims Page (1 page)
The most important page of your grant.
Structure:
OPENING PARAGRAPH (4-6 sentences)
- Hook: Why this problem matters (significance)
- Gap: What's missing in current understanding
- Long-term goal: Your program of research
- Central hypothesis: Testable, specific
- Rationale: Why this hypothesis is reasonable (preliminary data)
AIM 1: [Verb phrase describing objective]
- Brief description (2-3 sentences)
- Expected outcome and interpretation
- Must be testable and achievable
AIM 2: [Verb phrase describing objective]
- Brief description (2-3 sentences)
- Expected outcome and interpretation
- Independent of Aim 1 (can proceed if Aim 1 fails)
AIM 3 (optional): [Verb phrase describing objective]
- Brief description (2-3 sentences)
- May integrate findings from Aims 1-2
CLOSING PARAGRAPH (2-3 sentences)
- Expected outcomes of the project
- Impact: How this advances the field
- Future directions this enables
Significance Section
Goal: Convince reviewers the problem matters
Key elements:
- The Problem: What clinical/scientific problem exists?
- Current State: What's known, what's been tried?
- The Gap: What critical question remains unanswered?
- Impact of Gap: What's the cost of not knowing?
- If Successful: What changes? Be specific.
Red flags:
- ❌ Generic statements ("cancer is bad")
- ❌ No clear gap statement
- ❌ Impact statements too vague ("will advance the field")
- ✅ Specific gap, specific impact, quantifiable where possible
Innovation Section
Goal: Show this is not incremental
Types of innovation:
- Conceptual: New framework, paradigm, or understanding
- Methodological: New technique, approach, or model
- Application: Known method applied to new problem
- Expected Outcomes: Will generate novel insights
Format:
- Use bullet points for scannability
- Start each with "This project is innovative because..."
- Be specific, not vague
Approach Section (Per Aim)
Structure for each aim:
AIM X: [Title]
RATIONALE (1 paragraph)
Why is this aim necessary? How does it address the hypothesis?
PRELIMINARY DATA (if applicable)
What have you already shown that supports feasibility?
STRATEGY (2-4 paragraphs)
- Experimental design
- Methods and procedures
- Controls (positive and negative)
- Statistical analysis plan
EXPECTED OUTCOMES
What results do you expect? How will you interpret them?
POTENTIAL PITFALLS AND ALTERNATIVES
What could go wrong? What's your backup plan?
TIMELINE/MILESTONES
When will this be completed? Dependencies on other aims?
Reviewer Mindset
How Study Sections Work
- Reviewers assigned based on expertise (but may not be YOUR exact field)
- Primary reviewers read carefully; secondary skim
- 3 reviewers score; others may not read deeply
- Scored on: Significance, Investigators, Innovation, Approach, Environment
- Overall Impact = "How important is this research?"
What Reviewers Look For
Good proposals make reviewers' jobs easy:
- Clear hypothesis on page 1
- Explicit significance statements
- Obvious innovation points (bulleted)
- Logical aim flow
- Pitfalls acknowledged with alternatives
Proposals get criticized for:
- Vague hypotheses ("We will explore...")
- Missing controls
- Overly ambitious scope
- Aim dependencies (if Aim 1 fails, whole project fails)
- No preliminary data for risky approaches
- Unclear statistical plans
Guardrails
Critical requirements:
- Testable hypothesis: Must be falsifiable, not just a goal
- Explicit gaps: State what's unknown, not just what you'll do
- Real innovation: Specific, not "innovative approach"
- Independent aims: Project survives if one aim fails
- Feasibility evidence: Preliminary data for risky elements
- Power calculations: Know your sample sizes and why
- Pitfall acknowledgment: Show you've anticipated problems
Common pitfalls:
- ❌ Fishing expedition: "We will determine..." without hypothesis
- ❌ Aim dependency: Aim 2 impossible without Aim 1 success
- ❌ Scope creep: Too ambitious for budget/time
- ❌ Missing controls: Experiments without proper comparisons
- ❌ Vague statistics: "Data will be analyzed appropriately"
- ❌ No alternatives: Assuming everything will work
Quick Reference
Key resources:
Page limits:
| Mechanism | Research Strategy | Specific Aims |
|---|
| R01 | 12 pages | 1 page |
| R21 | 6 pages | 1 page |
| R03 | 6 pages | 1 page |
| K-series | 12 pages (+career) | 1 page |
NIH scoring:
- 1-3: Exceptional to Excellent (funded)
- 4-5: Very Good to Good (may fund)
- 6-7: Satisfactory to Fair (unlikely)
- 8-9: Marginal to Poor (not funded)
Typical writing time:
- Specific Aims (polished): 3-5 days
- Full R01 first draft: 4-6 weeks
- R21 first draft: 2-3 weeks
- Revision cycle: 1-2 weeks per round
Inputs required:
- Research idea with preliminary data
- Grant mechanism and deadline
- Institutional resources available
Outputs produced:
- Structured grant sections
- Commentary on strengths/weaknesses
- Reviewer-perspective critique
