My graduation assignment focused on the the application of acoustic FEM in the area of building physics. A method was presented which was able to predict the acoustic insertion loss of balconies. The FEM was validated by field measurements on three balconies. This method improves the alignment between the legislation and the actual situation, as the current prediction from the standards is based on a handful of oversimplified balcony geometries.

At the moment, I am an EngD candidate in the Engineering Fluid Dynamics group and ASML since December 2023. This design assignment focuses on acoustic simulations for DUV lithography systems. 

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