Research projects for corporate clients in semiconductor industry:- Development of a multi-physics model of a LPP EUV source. The model includes CFD, plasma physics (ion stopping etc), volume chemistry (production of hydrogen radical, tin transport), surface chemistry (optics lifetime and cleaning), radiation ray tracing (thermal loads).- Supported use of the model at a client company.- Conducted trainings and workshop on use of the model.- Carried out a number of topical numerical research projects on various aspects of EUV sources (tin transport, droplet transport, particle release, heat transport, ion stopping)- Development of numerical methods and performance optimization.- Reporting on project progress and results. This includes peer-reviewed internal reports and conference talks. - Supervision of students- Helping communication between scientists and customer representatives

Development of a multi-physics simulation software for semiconductor industry. Simulation includes CFD, plasma, surface and volume chemistry. Literature search, code development, on-site and on-call user support, documentation and trainings.

Numerical simulations of NS-DBD (nanosecond dielectric barrier discharge) plasma actuators for flow control

Numerical simulations of a novel plasma-based flow control device - an NS-DBD plasma actuator for aerodynamic applications. Implementation of a model as an extension to FOSS OpenFOAM CFD software package in C++. Analysis of physical mechanisms of the effects and estimation of benefits for applications. Developement of application strategies based on results of simulations.

Numerical simulations for plasma applications in ignition, combustion, detonation and aerodynamics, using OpenFOAM CFD package (including developing custom extensions and buoundary conditions in C++). Numerical processing of experimental data, using Python+numpy+scipy+matplotlib.

Software development in aerospace industry.