We're always looking for talented and motivated students to join our team in our quest to understand the human genome and genetic architecture of complex traits and diseases. You'll get to work in a highly collaborative environment at the interface of computer science, biology and epidemiology.
Erasmus MC belongs to the 10 biggest medical schools in the European Union as measured by number of publications and it is the most successful continental European med school within the Horizon2020 theme Health, Demographic Change & Wellbeing.
When judged for its scientific publications and scientific impact alone it beats many of its more famous peers. The overall research aim of Erasmus MC is to translate bench discoveries to bedside publications and covers all fields from preclinical via clinical to health sciences research.
See our recent publications and research projects to learn more about our work. Our group has strong collaborations with other leading Universities and Medical Centers across the whole World.
Please contact Dr. Roshchupkin if you are interested or have any questions.
Interpretable Machine Learning in Genomics
High-dimensional brain MRI measurements for genetic analysis
3D facial analysis
3D skull analysis
Deep Learning application for methylation analysis
GWAS driven Neural Networks for complex trait analysis
Artificial Intelligence for Genetics in Alzheimer’s disease
Expanding GenNet framework for phenotype predicition
Variational autoencoder for a compact representation of the genome
Predictive modelling of the face from DNA using a deep learning approach
Cell type enrichment in brain related phenotypes
Improving the genetic risk prediction of diabetes type II with neural networks
Improving the genetic risk prediction of dementia with neural networks
Detection of Copper Beaten Appearance from skull radiographs
Semi-supervised learning for analysis of face and patient characteristics
The use of Artificial Intelligence for 2D image analysis of facial reconstruction results
Deep learning method for automated bone age inference.
Predicting Alzheimer Disease outcomes from brain MRI and genomics using convolutional networks
2D Facial Shape Analysis
3D technology for optimizing and analyzing facial reconstructions
2D facial image analysis pipeline
High dimensional 2D facial image analysis using machine learning approaches
The effect of alcohol consumption during pregnancy on the 3D facial morphology of children;
Deep learning algorithm for facial shape reconstruction
2D facial image analysis pipeline