This one-day workshop provides hands-on, research-oriented training in fine-tuning large language models for extracting reliable, domain-specific insights from text data, and combines conceptual clarity with guided Jupyter notebooks, teaching participants how to fine-tune open-source models, apply efficient techniques like LoRA, and evaluate performance with reproducible workflows.
Abstract
This one-day workshop provides hands-on, research-oriented training in fine-tuning large language models (LLMs) for extracting reliable, domain-specific insights from text data. Aimed at researchers across disciplines, it combines conceptual clarity with guided Jupyter notebooks, teaching participants how to fine-tune open-source models, apply efficient techniques like LoRA, and evaluate performance with reproducible workflows. No coding background is required — just curiosity and readiness to engage with code. By the end of the day, participants will leave with practical notebooks, evaluation pipelines, and a clear understanding of when and how to fine-tune (or when to rely on prompt engineering) for robust, ethical, and reproducible research.
Large language models (LLMs) are distinguished by their architecture, parameter size, and performance capabilities. Social scientists have increasingly adopted LLMs to automate high-dimensional text classification tasks which are difficult to scale with human coders. Very large, closed-source models often deliver super...
Marcello Carammia, S. Iacus, G. Porro· Social science computer revi...· 0 citations
A modular text-to-SQL pipe-line is presented for a real Intel telemetry use case and an ablation study of prompt augmentation, schema annotations, few-shot examples, and iterative SQL validation under varying schema exposure settings is conducted.
O. Bouattour, J. Weiner, Fabian Wenz et al.· 0 citations
An LLM-based feedback analytics pipeline designed to transform students’ open-ended feedback into structured, actionable insights is proposed, ultimately supporting data-informed improvements in teaching and course management.
J. Jovanović, Irena Vodenska, V. Devedžić· Computer Science and Informa...· 0 citations
Designed for PhD students, academics, and researchers, this workshop teaches how to integrate large language models with knowledge graphs (KG) to automate systematic literature reviews, extract and link entities and relations, and map theoretical constructs into reproducible, explainable, and visually interpretable rep...
The participation of the HULAT-UC3M team in the TSAR 2025 Shared Task on Readability-Controlled Text Simplification is described, and their approach uses open and lightweight Large Language Models with different sizes, together with two strategies for prompt engineering.
Jesús M. Sánchez-Gómez, Lourdes Moreno, P. Martínez et al.· 0 citations
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