Cancer research today requires more than biological insight – it demands mathematical innovation, engineering precision, and advanced computational approaches. Soft tissue sarcomas remain among the most difficult tumors to treat due to the complexity of their tumor microenvironment and vascular architecture.We believe that by quantitatively and spatially modeling this complexity, we can unlock new therapeutic strategies and improve patient outcomes.Our mission is to transform cancer care through computational modeling and spatial analysis of tumor vasculature.Position OverviewThe VISTE study is pioneering a unique interdisciplinary approach at the intersection of engineering, mathematics, and oncology. Our research integrates:Advanced mathematical modeling (Gaussian Processes, Bayesian inference, fractal geometry) to predict drug distribution in tumorsHigh-resolution image analysis to reconstruct 3D vascular networks from histological samplesIntegration of spatial omics and computational pipelines to connect biological data with predictive quantitative modelsKey Tasks and ResponsibilitiesThe successful candidate will contribute to the development of novel computational frameworks for understanding tumor vasculature and therapy response. Key responsibilities include:
Developing algorithms for image segmentation, feature extraction, and 3D vascular reconstructionBuilding predictive models using Gaussian Processes, spatial regression, and Bayesian inferenceDesigning and deploying computational pipelines for multimodal data integration, including spatial omics and imagingCollaborating within an interdisciplinary team to translate computational advances into clinically relevant insights
You are the perfect candidate if you
Hold a PhD in Applied Mathematics, Biomedical Engineering, Computer Engineering, Computer Vision, Image Analysis, Bioinformatics, or a related disciplineHave strong programming skills in Python and/or R, with experience in high-performance computing (HPC)Are familiar with spatial data analysis, statistical modeling, and quantitative approachesAre motivated, independent, and able to work effectively in a collaborative research environmentHave an interest in cancer biology and a willingness to learn and engage with translational research questions
Additional requirements we value
Experience with computer vision libraries such as OpenCV or scikit-imageKnowledge of vascular network modeling, fractal geometry, or advanced statistical learningPrevious work integrating imaging and omics data
What we offerYou will join a stimulating and interdisciplinary research environment at the forefront of computational cancer research.The position provides:
The opportunity to contribute to cutting-edge, high-impact oncology projectsAccess to state-of-the-art computational and imaging infrastructureCollaboration with experts across mathematics, engineering, and cancer biologyProfessional growth within an innovative and internationally connected research network
All candidate data collected from the application shall be processed in accordance with applicable law: Dlgs 198/2006 e dei Dlgs 215/2003 e 216/2003; privacy ex artt. 13 e 14 del Reg. UE 2016/679.#J-18808-Ljbffr