| Pál Bite | Investigation of relationships between objective and subjective characteristics of road traffic noise |
| Andor Tamás Fürjes | Computer-aided acoustic design |
| Péter Gajdátsy | Advanced Transfer Path Analysis Methods (Defended at Katholieke Universitiet Leuven, 2011, co-promotors: Wim Desmet and H. v. d. Auweraer) |
| Gábor Geréb | Real-time noise mapping by means of noise monitoring |
| Krisztián Gulyás | Numeric optimization of active noise control systems |
| Csaba Huszty | Time-domain swept signal based measurement and
processing of impulse responses for room acoustic
evaluation (Defended at Tokio University, 2012, co-promotor: Shinichi Sakamoto) |
| Tibor Kimpián | Structural dynamics and diagnostics of permanent magnet synchronous motors by means of vibro-acoustic modelling |
| Attila Balázs Nagy | Simulation methods for room and building acoustic problems |
| Helga Elvira László | The vibration exposure of small horticultural tools and
its reduction (Defended at Corvinus University, 2012, co-promotor: Zoltán Láng) |
| Ferenc Márki | Identification of noise sources on the basis of
boundary element methods (Defended at BME, 2010) |
| Zsombor Selyem | Placement of metadata in audio files |
| Tamás Mócsai | Application and analysis of an adaptive Wave Based
Technique for acoustic simulations (Co-promotor: H.-H. Priebsch) |
| Péter Rucz | Innovative methods for the sound design of organ pipes (Co-promotor: J. Angster, defended in 2014) |
| Gabriella Csortos |
Investigation of noise and vibration
possibilities of railway tracks (Co-promotor L. Kazinczy and Nándor Ligner) |