Doctoral project Michiel Stock

Innovating phage therapy through computational mutagenesis: a machine learning framework for evolution-aware treatment design

Probabilistic models of plant growth

Beyond correlations: a causal perspective on host-microbiome interactions.

Data- and process-based modelling of the impact of forest structure on microclimate

Doctoral project Arne Deloose

Doctoral project Kirsten Van Huffel

Doctoral project Laura Hoebeke

Doctoral project Laure Van Steenbergen

Exploiting Data Compositionality using Tensor products and Hyperdimensional Computing.

Predicting and understanding phage-host interactions with machine learning tools based on phage receptor-binding proteins.

Probabilistic models of plant growth

Tackling functionality and balanced expression of cytochrome P450 enzymes: a generic toolbox for the production of specialized plant metabolites in bacteria

BOF-TT-professorship in Applied dynamical systems

Harnessing computational evolution for biodesign

A computational framework for combinatorial design of molecules, genes and cells

BOF-TT-professorship in Applied dynamical systems

Understanding, predicting and controlling community ecosystems by means of machine learning methods

Quantifying feedbacks between forest structure, light, microclimate and carbon cycling using distributed photonic sensors