| 0 | Drafting academic papers for NeurIPS/ICML/CVPR submission |
| 1 | Generating research papers from completed Deep Research SOP pipelines |
| 2 | Creating reproducibility reports with ACM artifact badging |
| 3 | Writing technical reports with comprehensive methodology documentation |
| 4 | Preparing grant proposals requiring academic rigor |
| 5 | Blog posts or non-academic writing (use documentation skills) |
| 6 | When full Deep Research SOP has not been completed |
| 7 | Informal technical documentation (use comprehensive-documentation) |
| 8 | When peer review is not the target venue |
| 9 | Complete manuscript with standard sections (Abstract, Intro, Related Work, Methods, Results, Discussion, Conclusion) |
| 10 | All claims cited with proper references (BibTeX generated) |
| 11 | Figures and tables properly formatted (captions, labels) |
| 12 | Reproducibility section included (code, data, hyperparameters) |
| 13 | Word count matches venue requirements (8 pages NeurIPS, 12 CVPR) |
| 14 | LaTeX source compiles without errors |
| 15 | [object Object] |
| 16 | [object Object] |
| 17 | [object Object] |
| 18 | [object Object] |
| 19 | [object Object] |
| 20 | NEVER submit drafts with uncited claims (verify all assertions have references) |
| 21 | ALWAYS include reproducibility section (code, data, hyperparameters, seeds) |
| 22 | NEVER fabricate experimental results (use real data from method-development) |
| 23 | ALWAYS verify venue formatting guidelines (check template, page limits) |
| 24 | NEVER skip statistical validation (p-values, CIs, effect sizes) |
| 25 | [object Object] |
| 26 | [object Object] |
| 27 | [object Object] |
| 28 | [object Object] |
| 29 | [object Object] |
name: rapid-manuscript-drafter description: Generate structured research manuscript drafts in 10-15 minutes with proper academic sections (Abstract, Introduction, Methods, Results, Discussion). Creates scaffolded drafts with placeholders for data, not fabricated content. Use for quickly producing first drafts from research ideas, speeding up the writing process while maintaining academic integrity. version: 1.0.0 category: research tags:
- research
- writing
- manuscript
- academic
- drafting
- rapid author: ruv mcp_servers: required: [memory-mcp] optional: [sequential-thinking] auto_enable: true
Rapid Manuscript Drafter
Purpose
Generate structured, scaffolded research manuscript drafts in 10-15 minutes that provide a solid foundation for academic writing. Unlike tools that fabricate content, this skill creates honest drafts with clear placeholders for user-provided data and findings.
Critical Ethical Stance
This skill NEVER fabricates research results or data.
What we DO:
- Generate document structure and section scaffolding
- Write introduction and background based on known literature
- Create methodology templates based on described approach
- Provide results section structure with [YOUR_DATA] placeholders
- Draft discussion frameworks with logical argument structure
What we DON'T DO:
- Invent experimental results
- Fabricate statistical findings
- Create fake tables or figures with made-up numbers
- Generate citations to non-existent papers
When to Use This Skill
Activate this skill when:
- Have a research idea ready to write up
- Need to quickly produce a first draft
- Want to overcome blank page syndrome
- Preparing a manuscript outline for collaborators
- Writing conference paper with tight deadline
- Need structured template for thesis chapter
DO NOT use this skill for:
- Final polished manuscripts (this is a first draft tool)
- Generating fake research (we don't do that)
- Replacing actual research work
Manuscript Types Supported
- Research Article (IMRaD format)
- Conference Paper (shorter, focused)
- Review Article (literature synthesis)
- Technical Report
- Thesis Chapter
- Grant Proposal Section
Input Contract
input:
manuscript_type: enum[research_article, conference_paper, review, technical_report, thesis_chapter, grant_section] (required)
research_content:
title: string (required)
abstract_points: array[string] (optional)
research_question: string (required)
hypotheses: array[string] (optional)
methodology_description: string (required)
key_findings_summary: string (optional, will use placeholders if empty)
contribution_claims: array[string] (required)
literature_context:
key_papers: array[object] (optional)
title: string
authors: string
year: number
relevance: string
research_gap: string (required)
target_venue:
name: string (optional)
word_limit: number (optional)
style: enum[ieee, acm, nature, apa, chicago] (default: apa)
output_preferences:
include_placeholders: boolean (default: true)
include_writing_tips: boolean (default: true)
generate_outline_first: boolean (default: true)
Output Contract
output:
manuscript:
title: string
sections: array[object]
name: string
content: string
word_count: number
completeness: percentage
placeholders: array[string]
outline:
structure: object (hierarchical outline)
metadata:
total_words: number
total_placeholders: number
sections_complete: number
sections_scaffolded: number
generation_time: number
next_steps:
required_additions: array[string]
recommended_revisions: array[string]
SOP Phase 1: Outline Generation
Create hierarchical document structure:
## Manuscript Outline: [TITLE]
### 1. Abstract (~250 words)
- Background context (1-2 sentences)
- Research gap/problem (1 sentence)
- Methodology summary (1-2 sentences)
- Key findings (2-3 sentences)
- Implications (1 sentence)
### 2. Introduction (~800-1000 words)
- 2.1 Opening hook and context
- 2.2 Background and related work
- 2.3 Research gap identification
- 2.4 Research questions/hypotheses
- 2.5 Contribution statement
- 2.6 Paper organization
### 3. Related Work (~600-800 words)
- 3.1 [Theme 1 from literature]
- 3.2 [Theme 2 from literature]
- 3.3 Gap analysis and positioning
### 4. Methodology (~800-1200 words)
- 4.1 Research design overview
- 4.2 Data collection
- 4.3 Analysis approach
- 4.4 Validation strategy
### 5. Results (~600-1000 words)
- 5.1 [Finding 1 - placeholder]
- 5.2 [Finding 2 - placeholder]
- 5.3 Summary of findings
### 6. Discussion (~800-1000 words)
- 6.1 Interpretation of results
- 6.2 Comparison with prior work
- 6.3 Implications
- 6.4 Limitations
- 6.5 Future work
### 7. Conclusion (~200-300 words)
- Summary
- Key contributions
- Call to action
### References
- [Placeholder for bibliography]
SOP Phase 2: Section Drafting
Abstract Template
## Abstract
[BACKGROUND CONTEXT - 1-2 sentences about the field and why it matters]
[RESEARCH GAP - 1 sentence identifying the specific problem addressed]
In this work, we [METHODOLOGY SUMMARY - brief description of approach].
[KEY FINDINGS - use provided findings or placeholder]:
- [FINDING 1: YOUR_RESULT_HERE]
- [FINDING 2: YOUR_RESULT_HERE]
Our results demonstrate [IMPLICATION - how this advances the field].
**Keywords**: [keyword1], [keyword2], [keyword3], [keyword4], [keyword5]
Introduction Template
## 1. Introduction
[HOOK - Opening sentence that captures attention and establishes importance]
### Background and Context
[BACKGROUND PARAGRAPH 1 - Establish the broader research area]
The field of [DOMAIN] has seen significant advances in recent years,
particularly in [SPECIFIC AREA] (Author1 et al., YEAR; Author2 et al., YEAR).
[BACKGROUND PARAGRAPH 2 - Narrow to specific topic]
Within this context, [SPECIFIC TOPIC] has emerged as a critical challenge
because [REASON FOR IMPORTANCE].
### Research Gap
Despite these advances, [RESEARCH GAP STATEMENT]. Current approaches
[LIMITATION 1] and [LIMITATION 2]. This limitation is significant because
[WHY IT MATTERS].
### Research Questions
This work addresses the following research questions:
- RQ1: [RESEARCH QUESTION 1]
- RQ2: [RESEARCH QUESTION 2]
### Contributions
The main contributions of this paper are:
1. [CONTRIBUTION 1]
2. [CONTRIBUTION 2]
3. [CONTRIBUTION 3]
### Paper Organization
The remainder of this paper is organized as follows. Section 2 reviews
related work. Section 3 describes our methodology. Section 4 presents
results. Section 5 discusses implications, and Section 6 concludes.
Methodology Template
## 3. Methodology
### 3.1 Research Design Overview
[METHODOLOGY DESCRIPTION - from user input]
Figure 1 illustrates our overall approach.
[FIGURE 1 PLACEHOLDER: Insert methodology flowchart here]
### 3.2 Data Collection
**Dataset/Participants**: [YOUR_DATA_DESCRIPTION_HERE]
- Sample size: [N = YOUR_NUMBER]
- Collection period: [YOUR_DATES]
- Selection criteria: [YOUR_CRITERIA]
**Data Sources**:
- Source 1: [DESCRIPTION]
- Source 2: [DESCRIPTION]
### 3.3 Analysis Approach
[ANALYSIS DESCRIPTION]
The key steps in our analysis are:
1. [STEP 1]
2. [STEP 2]
3. [STEP 3]
### 3.4 Validation Strategy
To ensure validity, we [VALIDATION APPROACH].
- Internal validity: [YOUR_APPROACH]
- External validity: [YOUR_APPROACH]
- Reliability: [YOUR_APPROACH]
Results Template
## 4. Results
### 4.1 [Finding Category 1]
[YOUR RESULTS PARAGRAPH HERE]
Table 1 summarizes [WHAT TABLE SHOWS].
**[TABLE 1 PLACEHOLDER]**
| Metric | Baseline | Proposed | Improvement |
|--------|----------|----------|-------------|
| [Metric 1] | [YOUR_DATA] | [YOUR_DATA] | [YOUR_DATA] |
| [Metric 2] | [YOUR_DATA] | [YOUR_DATA] | [YOUR_DATA] |
### 4.2 [Finding Category 2]
[YOUR RESULTS PARAGRAPH HERE]
Figure 2 illustrates [WHAT FIGURE SHOWS].
**[FIGURE 2 PLACEHOLDER]**: [Description of figure to insert]
### 4.3 Summary of Findings
In summary, our results show:
1. [FINDING SUMMARY 1 - YOUR_TEXT]
2. [FINDING SUMMARY 2 - YOUR_TEXT]
3. [FINDING SUMMARY 3 - YOUR_TEXT]
Discussion Template
## 5. Discussion
### 5.1 Interpretation of Results
Our findings demonstrate [MAIN INTERPRETATION]. This is significant
because [SIGNIFICANCE].
The result that [SPECIFIC FINDING] suggests [INTERPRETATION]. This
aligns with / contradicts [PRIOR WORK] who found [PRIOR FINDING].
### 5.2 Comparison with Prior Work
Compared to [RELATED WORK 1], our approach [COMPARISON]. Unlike
[RELATED WORK 2], we [DIFFERENTIATION].
Table X compares our results with prior work.
**[TABLE X PLACEHOLDER: Comparison with prior work]**
### 5.3 Implications
**Theoretical Implications**: [YOUR_THEORETICAL_IMPLICATIONS]
**Practical Implications**: [YOUR_PRACTICAL_IMPLICATIONS]
### 5.4 Limitations
This work has several limitations:
1. [LIMITATION 1] - [MITIGATION OR FUTURE WORK]
2. [LIMITATION 2] - [MITIGATION OR FUTURE WORK]
3. [LIMITATION 3] - [MITIGATION OR FUTURE WORK]
### 5.5 Future Work
Future research directions include:
- [FUTURE DIRECTION 1]
- [FUTURE DIRECTION 2]
- [FUTURE DIRECTION 3]
Conclusion Template
## 6. Conclusion
This paper addressed [RESEARCH PROBLEM] by [APPROACH SUMMARY].
Our key contributions include:
1. [CONTRIBUTION 1]
2. [CONTRIBUTION 2]
3. [CONTRIBUTION 3]
The results demonstrate [MAIN FINDING SUMMARY]. This work advances
[FIELD] by [HOW IT ADVANCES].
Future work will explore [FUTURE DIRECTION].
[OPTIONAL: Call to action or broader impact statement]
SOP Phase 3: Writing Tips Insertion
Add contextual writing guidance:
<!-- WRITING TIP: Introduction Hook -->
Start with a compelling fact, statistic, or scenario that immediately
demonstrates why this research matters. Avoid generic openings like
"In recent years..." when possible.
<!-- WRITING TIP: Results Section -->
Lead with your most important finding. Use topic sentences that state
the finding, then provide evidence. Don't interpret here - save that
for Discussion.
<!-- WRITING TIP: Placeholder Completion -->
Replace [YOUR_DATA] placeholders with actual values. Ensure all claims
are supported by your actual results.
SOP Phase 4: Quality Checklist
Generate completion checklist:
## Manuscript Completion Checklist
### Structure
- [ ] All sections present and in correct order
- [ ] Logical flow between sections
- [ ] Appropriate section lengths for venue
### Content
- [ ] Abstract accurately summarizes paper
- [ ] Introduction clearly states gap and contributions
- [ ] Methodology reproducible from description
- [ ] Results support claims made
- [ ] Discussion interprets (not repeats) results
- [ ] Limitations honestly acknowledged
- [ ] Conclusion doesn't introduce new material
### Placeholders to Complete
- [ ] [YOUR_DATA] - X occurrences
- [ ] [FIGURE] - X occurrences
- [ ] [TABLE] - X occurrences
- [ ] [CITATION] - X occurrences
### Final Polish
- [ ] Check word count against venue limit
- [ ] Verify citation format matches venue
- [ ] Proofread for clarity and grammar
- [ ] Get feedback from collaborators
Example Execution
Input:
manuscript_type: research_article
research_content:
title: "Improving Drug Discovery with Graph Neural Networks"
research_question: "Can graph neural networks improve molecular property
prediction compared to traditional fingerprint-based methods?"
methodology_description: "We train GNN models on molecular graphs and
compare against random forest baselines on three benchmark datasets"
contribution_claims:
- "Novel GNN architecture for molecular property prediction"
- "Comprehensive benchmark on 3 public datasets"
- "Interpretability analysis of learned representations"
literature_context:
research_gap: "Existing GNN approaches lack interpretability for
domain experts in pharmaceutical settings"
target_venue:
name: "Journal of Chemical Information and Modeling"
word_limit: 8000
style: acs
Output (abbreviated):
# Improving Drug Discovery with Graph Neural Networks
## Abstract
Drug discovery remains a costly and time-consuming process, with
molecular property prediction serving as a critical bottleneck...
[KEY FINDINGS PLACEHOLDER: YOUR_ACCURACY_IMPROVEMENT_HERE]
## 1. Introduction
The pharmaceutical industry faces unprecedented challenges...
[Full scaffolded manuscript with placeholders]
## Completion Status
- Sections drafted: 7/7
- Placeholders remaining: 12
- Estimated completion: 60%
- Next steps: Add experimental results, figures, citations
Integration Points
Receives From
- rapid-idea-generator: Research ideas to write up
- research-gap-visualizer: Gap evidence for introduction
- literature-synthesis: Related work content
- visual-asset-generator: Figures and tables
Feeds Into
- research-publication: Final manuscript preparation
- gate-validation: Quality gate for publication readiness
Feature Comparison
| Feature | Basic Tools | This Skill |
|---|---|---|
| Speed | 5 min | 10-15 min |
| Data fabrication | YES (problematic) | NO (placeholders) |
| Section structure | Yes | Yes (IMRaD) |
| Writing tips | No | Yes |
| Completion checklist | No | Yes |
| Venue customization | No | Yes |
| Citation placeholders | Fake citations | [CITATION NEEDED] markers |
| Figures/tables | Fabricated | Placeholders with descriptions |
Success Criteria
- All sections generated with appropriate structure
- No fabricated data or results
- Placeholders clearly marked
- Writing tips contextually relevant
- Completion checklist accurate
- Word count appropriate for venue
- Logical argument flow maintained
Ethical Guidelines
- Placeholders over fabrication - Always use [YOUR_DATA] instead of making up numbers
- Honest scaffolding - Structure guides writing, doesn't replace research
- Clear marking - All placeholders clearly identifiable
- Academic integrity - Draft is a tool, not a substitute for research
Version: 1.0.0 Category: Research / Writing Time: 10-15 minutes for full draft Output: Scaffolded manuscript with placeholders Design: Ethical scaffolding with placeholder-based content
Core Principles
1. Scaffolding Over Fabrication
Academic writing tools must never cross the line from assistance to deception. This skill creates structural frameworks that guide authentic research communication.
In practice:
- Generate document outlines with proper academic section hierarchy (Abstract, IMRaD)
- Create writing prompts that help articulate genuine research contributions
- Provide templates that organize thoughts without replacing original thinking
- Use placeholders like [YOUR_DATA] to mark where real content must be inserted
- Flag sections requiring user input with specific guidance on what information belongs
2. Speed Without Sacrifice of Integrity
Rapid drafting should accelerate the mechanical aspects of writing while preserving the essential human elements of research communication - original thought, data interpretation, and scholarly argumentation.
In practice:
- Reduce time on boilerplate structure (paper organization, section transitions)
- Automate citation placeholder insertion ([Author, Year] markers)
- Generate section templates based on venue requirements (page limits, formatting)
- Preserve researcher control over all substantive claims and findings
- Maintain clear separation between auto-generated structure and required user content
3. Transparency in Assistance
Users must always know what is generated versus what requires their expertise. The boundary between tool-assisted and human-created content must be unmistakable.
In practice:
- Mark all generated content with clear indicators ()
- Use distinctive placeholder syntax that cannot be mistaken for real content
- Include metadata showing what sections are complete vs scaffolded
- Generate completion checklists highlighting all areas needing user input
- Provide "generation time" metrics so users understand the tool's contribution
Anti-Patterns
| Anti-Pattern | Problem | Solution |
|---|---|---|
| Fabricating experimental results | Violates research integrity; creates fake data that appears legitimate but has no basis in actual experiments | Use explicit placeholders like [YOUR_RESULT: Mean accuracy = ?] instead of generating plausible-looking numbers. Add warnings that placeholders must be replaced before submission. |
| Generic template overload | Produces formulaic writing that lacks domain-specific depth; all papers sound identical regardless of field or contribution | Customize templates based on research type (experimental, theoretical, review). Include field-specific writing tips. Generate domain-appropriate example text that researchers can adapt. |
| Hiding AI contribution | Creates ethical ambiguity about authorship; users may unknowingly submit AI-generated text as their own work | Add metadata footer to drafts: "Generated with rapid-manuscript-drafter v1.0.0". Mark all AI-generated sections. Include ethics statement template about tool use. |
Conclusion
The rapid-manuscript-drafter skill addresses a critical bottleneck in academic publishing: the time-consuming process of transforming completed research into properly structured manuscripts. By automating the mechanical aspects of academic writing while preserving the essential human elements of scholarship, this skill enables researchers to focus on what matters most - articulating genuine insights and contributions.
The ethical foundation of this skill rests on an unwavering commitment to transparency and integrity. Unlike tools that fabricate plausible-sounding content, rapid-manuscript-drafter creates honest scaffolds that make the writing process more efficient without compromising authenticity. Every placeholder is clearly marked, every template is customizable, and every generated structure serves to guide rather than replace human expertise. This approach respects both the researcher's intellectual contribution and the academic community's standards for scholarly communication.
As research demands accelerate while publication standards remain rigorous, tools that accelerate legitimate scholarship become increasingly valuable. The rapid-manuscript-drafter skill demonstrates that speed and integrity are not opposing forces - when properly designed, automation can enhance both the efficiency and the quality of academic writing. By reducing the friction of manuscript preparation, this skill allows researchers to spend more time on the substance of their work and less time wrestling with formatting, structure, and organization.