Research

My research develops robust and trustworthy deep learning for medical image analysis — spanning spine and cardiac MRI, multimodal biomedical data, and uncertainty quantification. I work at the intersection of computer vision and machine learning for healthcare, building methods that are reliable, calibrated, and reproducible in clinical practice.
Medical Image Analysis Computer Vision Trustworthy Deep Learning Uncertainty Quantification Machine Learning for Healthcare

Publications

Patents

Granted patent

  1. Patent Giese D., Wetzl J., Maria Monzon, Fischer C., Yoon S.S. (2025). Automatic Determination of a Motion Parameter of the Heart. U.S. Patent No. 12,239,477 B2 — Siemens Healthineers AG.

First-Author Publications

Work I led as first, shared-first or senior author

  1. Conference paper Palau B., Vogt F., Laslo D., Li H., Konukoglu E., Maria Monzon*, Jutzeler C.R.* (2026). Beyond Fluency: A Clinical Benchmark and Anomaly-Enhanced Baseline for Spine MRI Report Generation. IEEE/CVF Conference on Computer Vision and Pattern Recognition (CVPR) Workshops — CV4Clinic.
  2. Conference paper Maria Monzon, Jamaludin A., Jutzeler C.R., Zisserman A. (2026). Segmentation Pre-Training for Efficient Spine Degeneration Grading. MICCAI Workshop on Efficient Medical AI (EMA) — under review.

Contributing Author

Collaborative work as a contributing co-author

  1. Journal paper Bereciartua-Pérez A., Maria Monzon, Múgica D., De Both G., Baert J., Hedges B. (2024). Estimation of flea beetle damage in the field using a multistage deep learning-based solution. Artificial Intelligence in Agriculture, 13.

Selected Conferences

Selected talks, posters and conference abstracts

  1. Lightning Talk Maria Monzon (2026). Be Indiscrete: The Benefits of Learning Continuous Spine Degeneration Severity Scores. SAIMI — Symposium on AI in Medical Imaging — Lightning Talk.