Machine Learning
& Deep Learning
Predictive modelling, neural architectures and data-driven methods for structured, tabular and image data.
I'm Víctor Toscano Durán, a Data Scientist and AI Researcher with a background in Statistics. I work at the intersection of machine learning, topological data analysis and real-world applications — particularly in healthcare.
Víctor Toscano DuránSeville, SpainFrom statistical foundations to intelligent systems — combining rigorous analysis, computational methods and practical engineering to solve complex problems.
I am a statistician specialised in Artificial Intelligence, currently working as a researcher in a Neurovascular Research Group. My work brings together statistical analysis, machine learning and deep learning to support research in stroke and healthcare.
My research path has also taken me into computational topology, explainable AI and energy-aware machine learning. I enjoy moving between theory and implementation: understanding the structure behind data, building models, communicating results and turning methods into usable applications.
I hold a Bachelor's Degree in Statistics and a Master's Degree in Logic, Computation and Artificial Intelligence, both from the University of Seville.
Connecting mathematical ideas, machine learning methods and applications with real impact.
Predictive modelling, neural architectures and data-driven methods for structured, tabular and image data.
Persistent entropy, Euler Characteristic Transforms and topological representations for learning and data analysis.
Interpretable models, reliability assessment and topological safety regions for complex decision systems.
Applying statistical learning and AI to clinical research, neurovascular studies and computational healthcare.
From data preparation and analysis to interactive dashboards, research applications and deployment. I am also expanding this engineering layer through containerised workflows and self-hosted services.
A selection of peer-reviewed work, conference contributions and preprints. See my academic profiles for the complete record.
V. Toscano-Duran et al. · European Stroke Journal, 11(Supplement 1), i647–i648.
V. Toscano-Duran, F. Rottach & B. Rieck · pp. 391–405.
V. Toscano-Duran et al. · Springer Nature Switzerland, pp. 396–421.
V. Toscano-Duran, R. Gonzalez-Diaz & M. Á. Gutierrez-Naranjo.
J. Perera-Lago, V. Toscano-Duran et al. · Open Research Europe, 5:200.
J. Perera-Lago, V. Toscano-Duran et al. · Open Research Europe, 4:101.
Research, industry and academic training — building a multidisciplinary perspective on data and AI.
Working at the intersection of data analysis and machine learning applied to stroke. Statistical analysis, reports and visualisations for medical teams, application and dashboard development, and training, validation and deployment of ML and deep learning models.
Worked on machine learning, energy optimisation and applied topology within the European REXASI-PRO project. Reduced training data volume by 75% while maintaining accuracy; developed topological metrics for dataset representativeness and persistent-entropy-based analysis of robot fleets and explainable safety regions.
Collaboration with Prof. Dr. Bastian Rieck on topological tools in medical computing. Developed an Euler Characteristic Transform-based molecular descriptor for molecular learning tasks.
Collaboration with Dr. Maurizio Mongelli and his team on topology and explainable AI, developing approaches to define efficient safety regions for safe and unsafe simulations.
Developed and validated deep learning models (RNN, CNN and Transformers) for blood glucose prediction, alongside data preprocessing, visualisation and SQL-based ETL.
Implemented Python software modules and automated test suites to improve product reliability.
Supported clinical data analysis through statistical techniques, reports and visualisations for medical teams.
Research team member
Research team member
Reliable & Explainable Swarm Intelligence for People with Reduced Mobility · Grant Agreement 101070028
TED2021-129438B-I00 · Energy saving and optimisation of deep learning methods
University of Seville
University of Seville
SLMath · Berkeley, California
Centre de Recerca Matemàtica · Barcelona
A practical stack shaped by research, modelling and application development.
Containerisation and self-hosted deployment are part of the engineering direction of this portfolio. Add links to concrete deployments as you publish them.
Sharing research through conferences, seminars and academic supervision.
Poster presentation on topological molecular representations based on the Euler Characteristic Transform.
Conference poster on molecular machine learning and a talk on interpolation and function approximation using neural networks and barycentric coordinates.
Seminar: Topological Data Analysis for data analysis and AI in robotics.
Oral presentation and doctoral consortium poster on reliable decision trees and unseen vehicle collision data.
Co-directed final degree projects in medical imaging, radiomics, oncology and machine learning, with marks between 9.0 and 9.5.
Fundamentals of Accelerated Data Science · Fundamentals of Deep Learning.
I'm always happy to connect with researchers, practitioners and people working on interesting problems in data science and AI.
Get in touch ↗