Summary
Natália Ružičková is a computational biologist with 8 years of interdisciplinary experience at the interface of physics, statistical genomics and quantitative biology, currently developing predictive models for seed product development at Corteva Agriscience. Trained in physics and now finishing a PhD in Statistical Genomics and Quantitative Biology at ISTA, she builds interpretable models that trace how genetic and environmental effects propagate through regulatory pathways to predict gene expression and disease-relevant traits. Her work blends theory and experiment—ranging from mechanochemical patterning and cell migration to pancreatic islet dynamics in collaboration with clinical physiology groups—showing a knack for translating complex biology into actionable, interpretable predictions. She has a strong record of mentoring and science outreach, from leading high-school teams in international physics competitions to representing PhD students in institute governance. Comfortable with deep learning on large biobank datasets as well as probabilistic inference and mechanistic modeling, she thrives on quantitative solutions that are both scientifically rigorous and practically useful. Based in Lower Austria, she brings a rare combination of theoretical physics training and hands-on genomics experience to applied problems in agriculture and medicine.
8 years of coding experience
3 years of employment as a software developer
Statistical Genomics Summer School, Statistical Genomics Summer School at University of Oxford
Doctor of Philosophy - PhD, Statistical Genomics and Quantitative Biology, Doctor of Philosophy - PhD, Statistical Genomics and Quantitative Biology at Institute of Science and Technology Austria
Bachelor's degree with Honours, Physics, Bachelor's degree with Honours, Physics at Comenius University in Bratislava / Univerzita Komenského v Bratislave
Physics, Physics at Charles University in Prague
English, German, Spanish