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Applied and Virtual Acoustics

Dr.-Ing. Thomas Sporer and Dr.-Ing. Sandra Brix


This is the web page for the course Applied and Virtual Acoustics. The course is for master students in the second semester. The course contains a lecture part with 2 SWS and a seminar with 1 SWS. The course has 3 ECTS credit points (Leistungspunkte) and therefore 90 hours expenditure. The lectures and the seminars cover 45 hours; 45 hours are homework and private study. The course is hold in English. 

The oral exam is hold during the exam time at the end of the semester and takes 30 minutes. 

For more information have a look on the Moodle Course.

This course has relations to: Advanced Psychoacoustics, Audio Systems Technology, and Praxiswerkstatt-Hörtests. 

You can find the slides of former lectures here.

Please login at the top right corner of the webpage.

Please contact Annika Neidhardt if you have any questions.



Current Informations

This course is only at Winter Term

You can find some information from the winter term 2019/2020 here

Have a look at the Moodle Course and sign in!


The lectures take place at H1510 at 17:00-18:30. Please find the dates for the lectures here:

114.10.201942Overview, Wave equations 1Brix
221.10.201943Wave equations 2 Brix
328.10.201944Wave theory and room acousticsBrix
404.11.201945Room simulation 1Sporer
511.11.201946Room simulation 2Sporer
618.11.201947Microphone arraysFischer/ Schneiderwind
725.11.201948Psychoacoustics and AuralizationSporer
802.12.201949Multi-channel audio and WFSSporer
909.12.201950Binaural technology 1Werner 
1016.12.201951Binaural technology 2Neidhardt
1113.01.20203Loudspeakers 1Beer
1220.01.20104Loudspeakers 2Beer
1327.01.20205Noise and noise measurementBrix
1403.02.20206Building acousticsBrix



The seminars take place at the RTK2 or at Fraunhofer IDMT at 11:00-12:30 in general! Please find the dates and room for the seminars here:

WeekTopic and Room
104.12.201949Wave Equations (RTK2)Schneiderwind
211.12.201950Wave field synthesis (IDMT 0.10)Zhykhar
318.12.201951Binaural recording (RTK2)Neidhardt
415.01.20203Binaural synthesis (RTK2)Werner
522.01.20204Loudspeakers (IDMT 0.10)Beer
629.01.20205Noise and noise measurement (RTK2)Werner