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About
About
I am a fourth-year student at the University of Michigan School pursuing bachelor's degrees in Sound Engineering and Electrical Engineering. I am interested in the perception and design of immersive audio.
Education
Education
Electrical Engineering, B.S.E, University of Michigan
Signals and Systems, DSP, Probability and Random Processes
Sound Engineering, B.S, University of Michigan
Advanced Psychoacoustics, Engineering Acoustics, Critical Listening
Experience
Experience
Immersive Audio Research Co-op @ Bose
Utilized spherical microphone array processing techniques to encode measurements to Higher Order Ambisonics (HOA) and decoded these measurements to a binaural format for listening. Designed and executed a psychoacoustic study which evaluated the robustness of spatial audio algorithms to different listening environments. Developed HRTF estimation algorithms for large datasets.
Skills -> Spherical Array Processing, Matlab & Simulink, Digital Signal Processing
Acoustics Intern @ Black & Veatch
Employed acoustic modeling techniques in Cadna/A to predict noise emissions and vibrations from power stations, dams, and construction sites. Created mitigation strategies to ensure compliance with local codes and regulations.
Skills -> Acoustic Measurement, Cadna/A, Excel
Technology Suite Assistant @ University of Michigan
Dante networking, optimized spaces for graduate student and faculty research in acoustics, immersive audio, and cognition.
Skills -> Ambisonics, Dante Networking, MaxMsp
Projects
Projects
Spherical Microphone Array
Plate Reverb Project
Artistic Credits
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