Explainable AI
Argumentative and prototype-driven explanations that expose the reasons, conflicts, and uncertainty behind model decisions.
Assistant Professor · AI for Health
I develop trustworthy and interpretable AI systems that help clinicians understand, challenge, and safely use machine learning in healthcare.
At the University Medical Center Groningen, my research connects explainable AI, responsible machine learning, clinical data science, and computer vision. I work with clinicians to translate transparent AI methods into practical support for orthopaedics and medical decision-making.
Research
My work spans the methods, human questions, and clinical settings required to move responsible AI from theory into practice.
Argumentative and prototype-driven explanations that expose the reasons, conflicts, and uncertainty behind model decisions.
Contestable and transparent systems that support oversight, bias detection, and accountable use in high-stakes environments.
Clinically grounded machine learning for medical imaging, brain health, orthopaedics, and evidence-informed decisions.
Interpretable deep learning across language, vision, tabular data, 3D perception, and multimodal architectures.
Now
Published in the Proceedings of the AAAI Conference on Artificial Intelligence.
Academic presentation on transparent and responsible clinical AI.
Interpretable image classification using super-prototypes and computational argumentation.
Publications
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Mentorship
Doctoral, master’s, and bachelor’s supervision across explainable AI, deep learning, healthcare, and robotic vision.
Co-supervision on explainability for large language models and multimodal deep learning, Imperial College London.
“Revisiting Distal Radius Fractures Instability Prediction: A Comparative Study of Modern Computer Vision Architectures and a Landmark-Based Baseline.”
“Group-wise Argumentative Explanations for Healthcare Neural Networks.”
Background
University Medical Center Groningen
Trustworthy and interpretable AI for clinical decision support, with applications in orthopaedics and brain health.
Imperial College London
Explainable and responsible AI for neural networks, LLMs, multimodal models, medical imaging, and robotic vision.
ABN AMRO · Amsterdam
Retrieval-augmented and agent-based language systems for customer service.
Linnaeus University · Sweden
Online incremental machine learning and deep neural networks.
University of Groningen
Argumentation-based learning, open-ended 3D object recognition, and explainable robotic perception.
Yazd University
Graduated with honours (cum laude), GPA 18.56/20.
Academic community
I contribute to education, peer review, and research communities across AI, robotics, and knowledge representation.
Recognition
Award · 2026
Artificial Intelligence in Medicine (AIME) 2026 conference.
Senior Researcher
Horizon 2020 European Research Council programme.
Senior Researcher
Supported by J.P. Morgan and the Royal Academy of Engineering.
Continuing development
Certificates in explainable AI, generative AI, RAG, deep learning, Databricks, SQL, and scalable data science.
Collaborate