Menu
Write academic abstracts for thesis, journal articles, and conference papers. Follow IMRAD or structured formats with appropriate length.
Install with Codex or Claude Copy this prompt, paste it into Codex, Claude, or another assistant, and let it review the skill page and install it for you.
Based on SOC occupation classification
Guide for quantitative, qualitative, and mixed methods data analysis. Statistical test selection, interpretation, and tool recommendations (SPSS, R, Python).
Check research ethics compliance for human subjects research. Covers consent, confidentiality, risk assessment, and approval requirements.
Academic proofreading for grammar, style, and consistency. Fix common errors while maintaining formal academic tone.
Select and justify research methodology. Compare approaches, choose designs, and write methodology chapters for thesis and research proposals.
Interpret quantitative and qualitative findings for Discussion sections. Explain results, relate to literature, and discuss implications.
Pre-submission checklist for thesis, journal articles, and conference papers. Format verification, requirement compliance, and final polishing.
| name | abstract-writer |
| version | 1.0.0 |
| description | Write academic abstracts for thesis, journal articles, and conference papers. Follow IMRAD or structured formats with appropriate length. |
| allowed-tools | ["Read","Write","Edit"] |
Tulis abstract untuk thesis, journal, atau conference paper.
| Type | Length | Use Case |
|---|---|---|
| Descriptive | 100-150 words | Indicates content only |
| Informative | 150-300 words | Summarizes key findings |
| Structured | Variable | Has labeled sections |
| Unstructured | Variable | Paragraph format |
Most common: Informative unstructured (150-250 words)
Standard for research abstracts:
Template:
[Context]. [Problem]. This study examined [purpose] using [design]
with [N] [participants]. [Methods/procedures]. Results showed that
[key finding 1; statistics]. [Key finding 2]. These findings suggest
[implications]. [Contribution to field].
Example:
Artificial intelligence (AI) integration in education has gained
momentum, yet evidence on its effectiveness in Malaysian primary
schools remains limited. This study examined the impact of AI-assisted
learning on mathematics achievement among Year 5 students using a
quasi-experimental design with 120 participants. Students in the
experimental group (n=60) received AI tutoring for 8 weeks, while the
control group (n=60) followed standard instruction. Results showed that
the experimental group scored significantly higher on post-tests
(M=78.5, SD=5.2) compared to controls (M=72.1, SD=6.8), t(118)=3.45,
p<.001, d=1.05. Furthermore, students reported positive attitudes toward
AI integration. These findings suggest AI tutoring can enhance mathematics
achievement in Malaysian primary education, contributing to the growing
body of evidence on AI in developing contexts.
Count: 125 words
Template:
[Problem/need]. This paper presents [solution/approach]. [Methods/techniques].
[Key results with numbers]. The results demonstrate [significance].
[Implications/applications].
Example:
Current intrusion detection systems suffer from high false positive rates
in industrial IoT networks. This paper proposes a hybrid deep learning
approach combining CNN and LSTM architectures. The model was trained on
the NSL-KDD dataset and evaluated on real industrial network traffic.
Results achieved 98.7% accuracy with 2.3% false positive rate,
outperforming existing methods by 12%. The proposed approach demonstrates
potential for deployment in resource-constrained industrial environments,
offering improved security without compromising operational efficiency.
Count: 79 words
Template:
Background: [Context + problem]
Objective: [Research aim]
Methods: [Design, participants, interventions]
Results: [Key findings]
Conclusion: [Implications]
Example:
Background: Mobile health interventions show promise for chronic disease
management, but effectiveness in low-resource settings is unclear.
Objective: To evaluate the impact of a mobile health app on medication
adherence among diabetic patients in rural Malaysia.
Methods: Randomized controlled trial with 200 participants. Intervention
group received app-based reminders; control group received standard care.
Adherence measured via electronic monitoring over 6 months.
Results: Adherence was significantly higher in intervention group
(82% vs 64%, p<.001). HbA1c levels decreased by 0.8% in intervention
group compared to 0.3% in controls (p<.01).
Conclusion: Mobile health interventions can improve medication adherence
and glycemic control in rural Malaysian diabetic patients.
Count: 118 words
✅ Be specific
✅ Use active voice
✅ Include key numbers
✅ Stand alone
✅ Use keywords
❌ Don't include:
❌ Avoid phrases:
| Length | Use Case |
|---|---|
| 100-150 | Conference abstracts, short communications |
| 150-250 | Standard journal articles |
| 250-300 | Extended abstracts, thesis summaries |
| 300-500 | Structured abstracts (medical) |
Thesis abstract: Usually 200-300 words
Purpose: Indexing, searchability
Guidelines:
Example:
Keywords: artificial intelligence, primary education, mathematics
achievement, quasi-experimental, Malaysia
Before finalizing:
This study looks at how AI affects student learning. We did a study with
some students and found interesting results. The students who used AI
did better than those who didn't. This shows AI is helpful for learning.
Count: 42 words | Quality: Poor
This quasi-experimental study examined the effect of AI tutoring on
mathematics achievement among 120 Malaysian primary students. Students
received AI-assisted instruction (n=60) or standard instruction (n=60)
for 8 weeks. The AI group scored significantly higher on post-tests
(M=78.5, SD=5.2 vs M=72.1, SD=6.8), t(118)=3.45, p<.001, d=1.05,
with large effect size. These findings indicate AI tutoring can enhance
mathematics achievement in developing country contexts.
Count: 79 words | Quality: Strong
Changes made: