Institute of Digital Materials Science

Development of a Virtual Research Environment for the Engineering Sciences

Development of a File System for Research Data Management in the Engineering Sciences

3D Filling Algorithms

High Performance Computing

Numerical Algorithms

Automatic Characterization of Contrast Media Passage in Lung Perfusion MRI Using Machine Learning

Exchange of Data Between Different ELNs

Development of a File System for Research Data Management in the Engineering Sciences

Parallelising scientific algorithms in OpenCL

3D Visualisation With Opengl and Blender

Methods and Algorithms of Machine Learning Applied in Materials Research

Ontologies for Data From Materials Research

Web Programming

Lung Segmentation in Morphological MRI Images With Self-Organising Maps

Development of a Virtual Research Environment for the Engineering Sciences

Dynamic Area Partitioning for High-Performance Computers

Node-Level Performance Engineering

User Interfaces With Qt

Migration of Legacy Software to a Modular, Flexible and Future-Proof Software Suite

Automatic Characterisation of Contrast Agent Flow in MRI Perfusion Images of the Lung Using Machine Learning

Lung Segmentation in Morphological MRI Images Using Self-Organising Maps

Super-Resolution Reconstruction of Lung MRI-Images With Supervised Machine Learning Methods

Modelling of Rigid Body-Fluid Interaction Coupled With Phase Transformation Processes

Characterisation of Porous Materials Using the PPI Number

Optimisation of a Gyroid Structure Using Data Science Methods

Investigation of Capillary-Driven Flow in Highly Porous and Open-Pored Mem-branes

Simulation Data Harvesting for Artificial Intelligence

Phase-Field Modelling of the Brownian Particles