EvalMORAAL
Evaluation framework for cross-cultural moral alignment of large language models. Companion code for the paper published at *SEM 2026.
Research code, applied machine learning systems, and earlier engineering work. Where a project produced a paper, a grant or a package, the card links to it.
Evaluation framework for cross-cultural moral alignment of large language models. Companion code for the paper published at *SEM 2026.
Tests whether large language models capture cultural variation in moral judgments and social norms across societies, toward more culturally aware and fair AI. Published in the Computational Linguistics in the Netherlands Journal (2026).
Methods for judging when LLM annotations and explanations can be trusted in sensitive domains such as hate speech detection. Paper presented at the GeBNLP workshop, ACL 2025.
Active-learning and LLM system that ranks incoming CVs for recruiters, reducing hiring time by about 20%. Part of a wider set of generative AI pipelines for insight extraction and de-identification of CVs. Private repository.
CUCo-funded project on building a circular pharmaceutical industry with AI. A collaboration with Wageningen University & Research, Eindhoven University of Technology, and UMC Utrecht.
Command-line tool that extracts sustainability keywords and scores company websites on sustainability content, built for the FIRMBACKBONE project.
Text-classification models for sexism detection paired with token-level explanations, human evaluation of the generated rationales, and reinforcement-learning-based refinement.
Combined unsupervised and supervised learning on imbalanced credit-card data, with uncertainty-aware deep learning to stay robust as fraud patterns shift.
Alongside the projects on this page I maintain a set of open-source libraries for auditing the numbers that machine learning runs on: whether an LLM judge can be trusted, whether an A/B readout supports the decision, whether a leaderboard’s order is real, whether a labelled dataset is sound. They live on their own page, with install lines, findings and DOIs.
Machine learning, operations research, simulation, and business intelligence projects from industry and academia.
Arshadan, 2022 · Persian
Learning optimal prices from customer interaction with a Bayesian approach: Thompson sampling under strategic and myopic customer behavior, aimed at maximizing long-term revenue.
Arshadan
Machine learning and deep learning techniques for precision compensation and fault diagnosis in precision motion systems and rotating machinery, with experimental case studies.
Arshadan
Destructive and non-destructive residual stress measurement techniques, with emphasis on nanoindentation and finite-element simulation in Abaqus.