Tasks:- Software development and data analytics using Python- Development and numerical simulations (CFD) 
of fluidic nozzles using ANSYS CFX and OpenFoam- Product rendering using BlenderRecent Projects:Development of a hub system to manage sensory data of a smart nozzle system- Front- and backend development using Python/PyQt- Database integration using SQLiteA ConvNet-based droplet detection tool- Implementation of the YOLOv4 network in Tensorflow- Frontend implementation in QML/QtQuick

Tasks:- Development and numerical simulations (CFD) 
of fluidic nozzles using ANSYS CFX and OpenFoam- Numerical simulations of the primary breakup of two-phase liquid/gas jets

Thesis: On the development and application of linear 
stability methods for two-phase shear flowsTwo phase flows are of significant importance for a wide range of industrial applications. As a consequence, it is important to be able to accurately model these flows in order to gain a solid knowledge of their physical fundamentals and the intricacies, introduced by the interaction of the two phases. To this end, the development of efficient and accurate numerical models is essential. This thesis takes a step towards development and application of these tools for two-phase flow problems. A focus is set on the development of a flexible framework for the global linear stability analysis of two-phase flows. The linear solver is implemented atop a highly accurate DNS solver and allows for flexible computation of highly complex 3D flows.Key Tasks: - Implementation of the linear solver in C- Extensive testing and demonstration of its capabilities for 3D flows- Processing and analysis of large scale flow data

Tasks:- Numerical simulation of diffusion flames- Numerical simulation of industrial scale LPG leakage

Tasks:-Investigating the potential of the C++ FEM library deal.II-Development and Optimization of a FEM code for modeling two-phase flow in porous media with adaptive mesh refinement

Assistance in Divison 7.1 (Building Materials - Building diagnosis and damage evaluation) Research Participations:- Round-robin tests for investigations on splitting tensile strength of concrete specimens - Influence of hydrophobising on Alkali-silica reactions in concrete deckings Tasks:- Analysis and evaluation of measurement data - Fabrication of concrete specimens

Assistance in Divison 7.1 (Building Materials - Building diagnosis and damage evaluation) Research Participations: - Behaviour of high performance concrete under thermomechanical exposure Basic acquirement of production processes: - Welding - Milling - Turning