Samira Mohamady
Virtual Methods and Concept Development Expert Virtual Testing Field for Vehicle Sound @AUDI AG
Signup · Get unlimited contacts
WORK HISTORY
Virtual Methods and Concept Development Expert Virtual Testing Field for Vehicle Sound @AUDI AG
Ingolstadt, DE
In this role, I lead the development of innovative concepts and advanced simulation methods to build comprehensive virtual environments for testing all sound sources within the vehicle. This includes sound systems, vehicle acoustics such as aerodynamic noise, sound capture and playback technologies, as well as human-machine interfaces (HMI) related to sound and speech interaction.By creating and refining these virtual testing methods, I enable early-stage analysis, optimization, and validation of the complete in-vehicle acoustic and interactive experience — minimizing reliance on physical prototypes and accelerating development cycles.My work lies at the intersection of simulation technology, acoustic engineering, and user-centered design, driving forward automotive sound quality and immersive user interaction.Key responsibilities- Conceptualizing and developing virtual testing methods for vehicle sound sources - Simulating and validating acoustic phenomena including aerodynamic noise - Developing and integrating HMI concepts for sound and speech interfaces - Enhancing user experience through cutting-edge virtual validation tools
EDUCATION
Faculty of Arts and Architecture / Islamic Azad University, South Tehran Branch
Bachelor's degree, Electrical and Electronics Engineering
RWTH Aachen University
Doctor of Philosophy (PhD), Electrical and Electronics Engineering
ABOUT SAMIRA MOHAMADY
My areas of expertise include- Audio Signal Processing - Akustik Simulation- Active Noise Control- Vehicle acoustics- Psychoacoustics- Acoustic Virtual Reality Acoustic expert with focus on audio signal processing and acoustic simulation with 10 years of experience.Abilities: research-based project initiation and leading team using agile project management.Developed and utilized adaptive filters for the purpose of Active Noise Control (ANC).Simulation of confined space and loudspeaker using Finite Element Method (FEM) and analysis.Developed DSP algorithms to verify signal flow in automotive audio Main-Unit.Research on the validation of audio signal processing modules using simulated environment (On-going)Simulation, measurement and analysis of Head Related Transfer Functions (HRTFs) for acoustic virtual reality (AVR) application.I have completed my doctoral degree at the Institute of Technical Acoustics, RWTH Aachen under the supervision of Michael Vorländer, a pioneer in room acoustics simulation and auralization. I was awarded a DAAD scholarship to complete my Ph.D. I gained my MSc degree at theUniversity Putra Malaysia where I conducted research on active noise control techniques.My investigations have been published in a Journal Paper and presented at numerousconferences. I hold B.Sc. in the field of Electrical Engineering at Tehran South University inIran; I was a leader of the robotic team during my bachelor degree. I also have registered twopatents in the field of Electrical Engineering in Iran. Moreover, I am a publisher manager of Young Acoustician Network (YAN) at European Acoustic Asociation (EAA).
This profile is compiled from publicly available professional sources. Unifers is not affiliated with or endorsed by LinkedIn. Request removal of this profile.