Photo: © Ulrich Zinell
Principal Investigator
Assistant Professor · Machine Learning for Sustainable Chemistry · TU Wien
🏆 ERC Starting Grant · 2024 🏆 FWF START Prize · 2024
Esther Heid is an Assistant Professor for Machine Learning for Sustainable Chemistry in the Faculty of Technical Chemistry, TU Wien, Austria, and head of the TU-wide dataTUdiscovery AI/ML service center. She received her Ph.D. in Theoretical Chemistry from the University of Vienna in 2019. She subsequently held postdoctoral positions at MIT (2020–2022) and TU Wien (2022–2024), where she advanced her work at the interface of chemistry and machine learning. In 2024, she was awarded a prestigious ERC Starting Grant along with an FWF START Prize, and started her own research group at TU Wien.
As a scientist, teacher, and mentor, Esther Heid works at the interface of machine learning and chemistry, using computers to simulate, predict, and optimize chemical processes. Her current research focuses on machine-learned reaction property prediction, drawing on graph theory, cheminformatics, and deep learning to better understand chemical reactions and, in the longer term, to develop computational approaches for the eco-friendly synthesis of a wide range of target molecules.
She also develops and maintains scientific software, including a Python package that predicts molecule and reaction properties with graph-convolutional neural networks. Her further expertise spans the simulation of soft matter and the quantum-mechanical calculation of molecular and atomic properties.
Curriculum Vitae
TU Wien, Austria
Machine Learning for Sustainable Chemistry.
TU Wien, Austria
“Computer-aided design of multi-enzyme cascades”, with Prof. Georg Madsen.
Massachusetts Institute of Technology, USA
“Computer-aided design of multi-enzyme cascades”, with Prof. William H. Green.
University of Vienna, Austria — Supervisor: Prof. Christian Schröder
Thesis: “Concepts of solvation dynamics in molecular dynamics simulation”.
University of Maryland, Baltimore, USA
“Prediction of atomic polarizabilities”, with Prof. Alexander MacKerell.
Imperial College London, UK
“Atomic polarizabilities of chromophores”, with Prof. Patricia Hunt.
University of Vienna, Austria — Supervisor: Prof. Christian Schröder
Thesis: “Computational solvation dynamics of oxyquinoline linked to trehalose”.
University of Vienna, Austria — Supervisor: Prof. Christian Schröder
Thesis: “Inter- and intramolecular vibrations in ionic liquids”.
England and Wales, UK
Volunteer work in the social sector.
BG/BRG Keimgasse, Mödling, Austria
Recognition
Beyond the research
Publications
Papers, preprints, and software from the group — or get in touch about collaborating.