# Technical English Cs

> Expert guidance for writing high-quality Technical English in Computer Science, focusing on academic diction, formal patterns, and IEEE/ACM style conventions.

- Skill: `kinhluan/technical-english-cs` (Agent Skill, multi-file: 2 files)
- Install (CLI): `npx skillmds@latest add kinhluan/technical-english-cs`
- Raw SKILL.md: https://api.skillmd.com/api/skills/kinhluan/technical-english-cs/raw
- Safety review: pending
- Works with: Claude Code, Claude.ai, OpenAI Codex
- Category: AI & ML
- Author: kinhluan (https://skillmd.com/u/kinhluan)
- Updated: 2026-09-17
- Page: https://skillmd.com/skills/kinhluan/technical-english-cs

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# Technical English for Computer Science (Academic Precision)

Guidelines for elevating technical writing to professional academic standards (IEEE/ACM/Springer). Focus on precision, formal diction, and industry-standard collocations.

## 🎯 Triggers
- "viết tiếng anh học thuật"
- "chỉnh sửa câu văn cho sang"
- "Technical English for CS"
- "IEEE style writing"
- "formalize my technical report"

## 📐 Linguistic Principles
- **Precision over Generality:** Avoid "thing", "get", "do". Use "mechanism", "acquire", "execute".
- **Objective Tone:** Minimize "we think", "I feel". Use "the results indicate", "evidence suggests".
- **Hedged Claims:** Use "can", "may", "suggests", "potentially" to avoid overclaiming.
- **Active vs. Passive:** Use active voice for contributions ("We propose...") and passive for established procedures ("Data were collected...").

## 📖 Diction & Vocabulary (The "Nuance" Table)

| Common Word | Academic Alternative | Context / Usage |
| :--- | :--- | :--- |
| **Use** | Utilize / Leverage / Employ | Use *Leverage* when taking advantage of a specific property. |
| **Good** | Robust / Efficient / Effective | Specify the *kind* of good (Performance? Stability?). |
| **Bad** | Suboptimal / Deficient | "The baseline is suboptimal for large-scale data." |
| **Big** | Substantial / Significant | Use *Significant* only if statistically proven. |
| **Show** | Illustrate / Demonstrate | "Figure 1 illustrates the architecture." |
| **Help** | Facilitate / Enable | "Our method facilitates faster convergence." |
| **Check** | Verify / Validate / Inspect | *Validate* for correctness, *Verify* for requirements. |
| **Fix** | Mitigate / Resolve / Address | "We mitigate the overhead by..." |

## 🛠 Formal Sentence Patterns

### 1. Describing Algorithms & Approaches
- "We present **[System Name]**, a novel framework designed to address the challenges of **[Problem]**."
- "The proposed method **leverages** the property of **[X]** to achieve **[Y]**."
- "To ensure scalability, we **incorporate** a distributed mechanism that..."

### 2. Discussing Results & Experiments
- "Our empirical evaluation **reveals** a significant improvement in **[Metric]**."
- "As illustrated in Table 1, the proposed approach **outperforms** existing baselines by **[X]%**."
- "The results are **consistent with** the hypothesis that **[A]** affects **[B]**."

### 3. Addressing Limitations & Comparisons
- "While **[Previous Work]** focuses on **[X]**, our study **extends** the analysis to **[Y]**."
- "A key **trade-off** exists between computational complexity and accuracy."
- "Despite the **suboptimal** performance in **[Scenario]**, our method remains **robust** in..."

## 🚀 The "Formalizer" Workflow
1. **Identify Vague Verbs:** Look for "is", "has", "make". Replace with action-oriented academic verbs.
2. **Quantify Qualifiers:** Replace "very fast" with "a 2x speedup", "much better" with "statistically significant improvement".
3. **Remove Fillers:** Delete "basically", "actually", "in fact", "at the end of the day".
4. **Style Check:** Ensure citations follow [Author, Year] or [Number] consistently.