research-grants

name	research-grants
description	Write competitive research proposals for NSF, NIH, DOE, DARPA, and foundations. Use when: writing grant proposals, preparing specific aims, developing broader impacts statements, creating budget justifications, responding to FOAs, structuring project narratives.

Research Grant Writing

Overview

Research grant writing is the process of developing competitive funding proposals for federal agencies and foundations. This skill covers agency-specific requirements, review criteria, narrative structure, budget preparation, and compliance for NSF, NIH, DOE, DARPA submissions.

Core Principle: Grants are persuasive documents that must simultaneously demonstrate scientific rigor, innovation, feasibility, and broader impact.

When to Use

• Writing research proposals for funding agencies
• Preparing specific aims or project descriptions
• Developing broader impacts statements
• Creating research timelines and milestone plans
• Preparing budget justifications
• Responding to funding opportunity announcements (FOAs)
• Addressing reviewer comments in resubmissions
• Writing preliminary data sections

Agency Quick Reference

NSF (National Science Foundation)

Aspect	Requirement
Core Criteria	Intellectual Merit + Broader Impacts (equal weight)
Page Limit	15 pages (most programs)
Key Elements	Education integration, diversity, open science
Review	Panel + ad hoc reviewers

NIH (National Institutes of Health)

Aspect	Requirement
Core Sections	Specific Aims (1 page) + Research Strategy (12 pages R01)
Review Criteria	Significance, Innovation, Approach
Key Elements	Preliminary data, rigor, reproducibility
Budget	Modular ($250K increments)

DOE (Department of Energy)

Aspect	Requirement
Focus	Energy, climate, computational science
Key Elements	National lab collaboration, cost sharing
Emphasis	Computational + experimental integration

DARPA

Aspect	Requirement
Focus	High-risk, high-reward transformative research
Key Question	"What if true? Who cares?"
Emphasis	Prototypes, demonstrations, transition paths
Structure	Multiple phases (feasibility → development → demo)

Core Proposal Components

1. Executive Summary / Abstract

Purpose: Standalone summary capturing research vision, significance, and approach

Length by Agency:

• NSF: 1 page (Overview + Intellectual Merit + Broader Impacts)
• NIH: 30 lines
• DOE/DARPA: Typically 1-2 pages

Essential Elements:

1. Clear problem statement
2. Why it matters (significance, urgency)
3. Novel approach or innovation
4. Expected outcomes and deliverables
5. Team qualifications
6. Broader impacts or translational pathway

Writing Strategy:

Opening Hook → Problem Significance → Innovation → Approach → Outcomes → Impact

2. Specific Aims (NIH) / Objectives

NIH Specific Aims Page Structure (1 page):

## Opening Paragraph
Gap in knowledge + significance (2-3 sentences)

## Long-term Goal
What you ultimately want to achieve

## Objective
What this project will accomplish

## Central Hypothesis
Testable statement based on preliminary data

## Specific Aim 1: [Action verb + clear objective]
Rationale: Why this aim
Working hypothesis: Testable prediction
Approach: Brief methods (2-3 sentences)
Expected outcome: What you'll learn

## Specific Aim 2: [Same structure]

## Specific Aim 3: [Same structure]

## Payoff Paragraph
Impact on field, clinical relevance, next steps

Key Principles:

• 2-4 aims (typically 3)
• Aims should be independent but complementary
• Each aim achievable within timeline/budget
• Include contingency plans

3. Broader Impacts (NSF)

NSF broader impacts are equally weighted with intellectual merit. Address at least one:

Category 1: Teaching, Training, Learning

• Research-education integration
• Student/postdoc training
• Curriculum development

Category 2: Broadening Participation

• Underrepresented group recruitment
• MSI partnerships
• Mentoring programs

Category 3: Research Infrastructure

• Shared facilities
• Open-source tools
• Community databases

Category 4: Dissemination

• Public outreach
• K-12 programs
• Policy engagement

Category 5: Societal Benefit

• Economic impact
• Health/environment benefits
• Workforce development

Writing Strategy:

• Be specific with concrete activities
• Provide timeline and milestones
• Explain assessment methods
• Connect to institutional resources
• Show preliminary efforts

4. Innovation Section

Highlight what is novel and paradigm-shifting:

Types of Innovation:

• Conceptual: New frameworks, models, theories
• Methodological: Novel techniques, approaches
• Technological: New tools, instruments, platforms
• Translational: New applications, pathways to impact

Template:

## Innovation

This project advances the field through three innovative elements:

**Conceptual Innovation**: First application of [concept] to [domain], 
enabling [new capability].

**Methodological Innovation**: Development of [novel approach] that 
overcomes limitations of existing methods by [specific improvement].

**Technological Innovation**: Creation of [tool/platform] that will 
[specific benefit] and be made available to the community.

5. Research Plan / Approach

Structure:

## Aim 1: [Title]

### Rationale
[Why this aim is necessary, 1 paragraph]

### Preliminary Data
[Evidence supporting feasibility, with figures]

### Approach
[Detailed methods, broken into sub-sections]

#### 1.1 [Sub-aim or method]
[Specific protocol, reagents, equipment]

#### 1.2 [Sub-aim or method]
[Continue with specifics]

### Expected Outcomes
[What success looks like]

### Potential Problems & Alternatives
[Contingency plans, alternative approaches]

### Timeline
[Gantt chart or milestone table]

Budget Best Practices

Personnel Justification

**PI (Dr. Smith)** - 2 calendar months
Responsible for overall project direction, experimental design, 
data analysis, and manuscript preparation.

**Postdoctoral Fellow (TBD)** - 12 calendar months
Will conduct [specific experiments], analyze [data types], 
and prepare [deliverables].

Equipment Justification

**[Equipment Name]** - $XX,XXX
Required for [specific purpose]. Not available through shared 
resources. Quote attached from [vendor].

Supplies Categories

• Laboratory consumables
• Computational resources (cloud, HPC)
• Publication costs
• Travel (conferences, collaborator visits)

Common Mistakes to Avoid

Mistake	Solution
Vague objectives	Use measurable, specific aims
Missing preliminary data	Generate pilot data before submission
Overpromising	Scope to realistic timeline/budget
Ignoring broader impacts	Plan concrete, assessable activities
Generic significance	Cite specific gaps, quantify problems
No contingency plans	Address potential problems explicitly
Budget mismatch	Align budget with proposed work

Review Criteria Checklist

NSF

• Intellectual Merit clearly articulated
• Broader Impacts specific and assessable
• Qualifications demonstrated
• Resources adequate
• Prior support described (if applicable)

NIH

• Significance addresses important problem
• Innovation clearly defined
• Approach feasible with preliminary data
• Rigor and reproducibility addressed
• Human subjects/vertebrate animals handled
• Authentication of key resources included

Integration with Grant Aggregation System

When using this skill with the grant aggregation system:

1. Source identification: Use scraped grant data to identify relevant FOAs
2. Keyword matching: Align proposal keywords with funding agency priorities
3. Deadline tracking: Coordinate writing timeline with submission deadlines
4. Requirements extraction: Parse FOA requirements from aggregated data

Local References

Use these bundled references for more detailed guidance:

• Reference index
• NSF guidelines
• NIH guidelines
• DOE guidelines
• DARPA guidelines
• NSTC guidelines
• Specific aims guide
• Broader impacts guide

References

For agency-specific guidelines, consult:

• NSF PAPPG
• NIH Grants Policy
• DOE Office of Science
• DARPA BAA Repository