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tech-paper-template — Claude Code skill: what it does, how to install

Builds a complete paper logic skeleton using a thinking template and tests argument consistency before drafting begins.

Install into Claude Code · Skills CLI (Vercel) All methods and platforms ↓
npx skills add HKUSTDial/Supervisor-Skills --skill tech-paper-template -a claude-code
Open on GitHub

What tech-paper-template does

This skill plans technical research papers before any prose writing starts. It categorizes the manuscript as either a Technique or a New Problem/Setting paper, then maps the core argument across seven template cells: background, up to three prior limitations, the core goal, engineering challenges, methodology components, and claimed contributions mapped to sections.

After populating the template, the skill executes four self-consistency checks. It validates whether the key idea resolves the stated limitations, whether challenges stem directly from implementation, whether methodology modules map one-to-one to challenges, and whether claimed contributions cover the methodology. It also derives a methodology outline with section titles and summaries.

The skill intentionally avoids drafting prose paragraphs and rejects benchmark papers, which require benchmark-paper-template. Writing an introduction requires intro-drafter after this skeleton passes all four checks.

What it helps with

  • structure paper arguments before drafting full prose
  • audit logic breaks between research limitations and technical solutions
  • categorize manuscript positioning between technique and new problem
  • map methodology subsections one-to-one against engineering challenges

Example prompts for the agent

  • Structure our distributed training project into a logic chain using tech-paper-template
  • Run tech-paper-template to check if our methodology modules address each stated challenge
  • Fill the thinking template for a new graph pruning paper before my advisor meeting

How to install tech-paper-template

1Skills CLI (Vercel)

npx skills add HKUSTDial/Supervisor-Skills --skill tech-paper-template -a claude-code

2Manually: put the files in place

~/.claude/skills/tech-paper-template/SKILL.md

Copy the whole skill folder; for one project use .claude/skills/tech-paper-template/

Step by step, with commands for each platform: How to install skills in Claude Code: five ways

Questions about tech-paper-template

How to install tech-paper-template in Claude Code?

Run npx skills add HKUSTDial/Supervisor-Skills --skill tech-paper-template -a claude-code. The skill will be saved to your local skills directory.

What do the four self-consistency checks inspect?

They verify that the key idea answers previous limitations, challenges derive strictly from the idea, each module maps to one challenge, and claimed contributions cover the results.

Does tech-paper-template write the paper Introduction?

No, it strictly handles the logical skeleton and methodology outline. Paragraph-level drafting for the introduction is handed off to intro-drafter once all consistency checks pass.

Source text

SKILL.md · CC-BY-4.0
---
name: tech-paper-template
description: >-
  Structures a technical paper's full logical skeleton using a
  thinking-template table (research background, limitations, key idea
  or goal, challenges, methodology modules, contributions), positions
  the paper as Technique or New Problem/Setting, and runs a four-point
  self-consistency check. Use when the user is brainstorming a paper,
  discussing progress with an advisor, or planning the paper before
  drafting. Also use for 'paper skeleton', 'paper logic chain',
  'thinking template', 'paper-structure planning'.
license: CC-BY-4.0
---

# Tech Paper Template

## Overview

Before drafting any prose, a technical paper needs a full logical
skeleton: the research background, the specific limitations of prior
work, the key idea or research goal, the technical challenges that
prevent a naive solution, the methodology modules that address each
challenge, and the contributions that the paper will claim. This
skill fills in that skeleton via a standardised thinking-template
table, positions the paper type, and runs four self-consistency
checks on the logic chain.

The output is a filled-in thinking template plus a consistency
report. It is suitable for advisor-student brainstorming sessions,
weekly progress meetings, and the final planning step before writing
begins. It does not draft Introduction prose (use `intro-drafter` for
that); it operates at the logical-skeleton layer.

## When to use this skill

- Early brainstorming of a paper project.
- Weekly progress meeting with an advisor or collaborator.
- Pre-drafting planning after `idea-evaluator` returns Strong Accept.
- The paper's logic chain feels incoherent and needs an audit.
- The user asks for 'paper skeleton', 'paper logic chain', 'thinking
  template', or 'paper-structure planning'.
- The user is unsure whether their paper is Technique or New
  Problem/Setting.

## When NOT to use this skill

- The paper is a benchmark paper. Use `benchmark-paper-template` (separate plugin).
- The user needs an Introduction-specific paragraph outline. Use
  `intro-drafter` (typically run this skill first, then
  `intro-drafter`).
- The user has a written draft and wants review feedback. Use
  `pre-submission-reviewer`.
- The idea itself is not yet vetted. Use `idea-evaluator` first.

## Core procedure

### Step 1: Paper-type positioning

See: references/paper-types.md for the positioning criteria and
worked examples.

Decide Technique versus New Problem/Setting. In Technique, the Key
Idea carries the narrative and Our Goal is a short bridge. In New
Problem/Setting, Our Goal is the contribution and the Key Idea
justifies feasibility.

If the user's inputs describe a benchmark, stop and redirect to
`benchmark-paper-template` (separate plugin).

### Step 2: Fill the thinking template

See: references/thinking-template.md for each template cell's content
contract, what a strong cell looks like, and common failure modes.

Fill the seven cells:

1. Research background. Scenario, importance, motivation.
2. Limitations 1 through 3 (2 is acceptable; more than 3 is not).
3. Key idea or Our Goal. One sentence.
4. Challenges 1 through 3 (similar cap).
5. Methodology modules. One module per challenge.
6. Contributions (3 or 4, each mapped to a section).

If a cell is incomplete given the user's inputs, mark it as a gap
with severity.

### Step 3: Run four self-consistency checks

See: references/consistency-checks.md for the detailed checking
procedure and examples of chain breaks.

Run each check:

1. **Limitations to Key Idea**: does the Key Idea or Goal address
   the stated Limitations? If not, either the Limitations are
   wrong or the Key Idea is misaligned.
2. **Key Idea to Challenges**: do the Challenges arise naturally
   from implementing the Key Idea? If not, the challenges are
   invented to justify modules rather than derived from the idea.
3. **Challenges to Methodology**: does each methodology module
   address one challenge? If not, there is a module without
   justification or a challenge without a fix.
4. **Methodology to Contributions**: do the contributions cover
   each module or experimental result? If not, contributions are
   vague or promising more than the paper delivers.

Every failure is CRITICAL.

### Step 4: Generate methodology outline

See: references/thinking-template.md for the methodology-outline
template.

From the challenges, derive a methodology outline: topic sentence,
per-module subsection names, and per-module one-sentence summary.
This becomes the skeleton for Section 3 or 4 of the paper.

### Step 5: Integrity gate

Before emitting, run the checks in the Integrity gate section
below.

### Step 6: Output

Emit the filled template plus the consistency report in the
Output format below.

## Integrity gate

All seven bullets are **[inspection]** class: the LLM verifies each
directly from the filled template (counting, pattern-matching, or
comparing cells). No user-side attestation required.

Before returning the filled template:

1. **[inspection]** Paper-type positioning is consistent with the
   user's actual contribution (Technique paper not shoehorned into
   New Problem framing, or vice versa).
2. **[inspection]** Limitations are specific and cited-able, not
   vague.
3. **[inspection]** Key Idea or Goal is a single sentence a
   reviewer could quote.
4. **[inspection]** Challenges derive from implementing the Key
   Idea; they are not invented.
5. **[inspection]** Methodology modules have one-to-one mapping
   with challenges.
6. **[inspection]** Contributions map to methodology modules and
   to specific sections.
7. **[inspection]** All four self-consistency checks pass.

If any check fails, mark the skeleton as "needs user attention".

## Output format

### 1. Paper-type positioning
- Type: <Technique Paper or New Problem/Setting Paper>
- Rationale: <one sentence>

### 2. Thinking template

| Stage | Your content |
|---|---|
| Research background | ... |
| Limitation 1 | ... |
| Limitation 2 | ... |
| Limitation 3 (if applicable) | ... |
| Key Idea / Our Goal | ... |
| Challenge 1 | ... |
| Challenge 2 | ... |
| Challenge 3 (if applicable) | ... |
| Methodology topic sentence | ... |
| Module A (addresses Challenge 1) | ... |
| Module B (addresses Challenge 2) | ... |
| Module C (addresses Challenge 3) | ... |
| Contribution 1 | ... (Section <X>) |
| Contribution 2 | ... (Section <Y>) |
| Contribution 3 | ... (Section <Z>) |

### 3. Self-consistency checks
- Check 1 Limitations -> Key Idea: <pass or fail>
- Check 2 Key Idea -> Challenges: <pass or fail>
- Check 3 Challenges -> Methodology: <pass or fail>
- Check 4 Methodology -> Contributions: <pass or fail>

### 4. Severity summary
- <n> CRITICAL, <m> MAJOR, <k> MINOR.
- Top three fixes first: ...

### 5. Next suggested skill
- If all checks pass: `intro-drafter` to produce the Introduction
  paragraph outline.
- If checks fail: address the flagged chain breaks first.

© HKUSTDial · CC-BY-4.0 · HKUSTDial/Supervisor-Skills

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