Julia Raab

As a systems engineer, I am helping to develope and improve equipment and process solutions for microstructuring applications in the semiconductor industry with an accuracy below the micrometer range.

Doctoral research on quantitative infrared thermography, supervision of students, exercises, lectures and research on nondestructive testing and condition monitoring.

Inspection of components, evaluation and determination of materials and their composition, nondestructive testing and condition monitoring with main focus on infrared testing for systems technology, automotive industry, aeronautics and on wind turbines.

Visualising the display and operating concept of a vehicle with Matlab Simulink and dSPACE ControlDesk, programming VBA tools to process information from databases, planning and supervising the relocation of the division.

Designing of measurement setups and shieldings with CAD programmes, employing the Monte Carlo method to design and optimise new measurement options, modifying the measurement setup and aligning the beam path.

Material sciences, heat conduction, nondestructive testing, quantitiative evaluation, condition monitoring, infrared thermography.

Low temperature physics, ultrafast physics, nano systems, astrophysics, semiconductor physics, biomedical physics, reactor physics, renewable energies, femtosecond fluorescence spectroscopy, laser systems, reaction chemistry.

Condensed matter physics, neutron physics, Monte-Carlo simulations.