• Key contributor to the exploration and development phase of new hardware solutions for circumaural and intra-concha consumer ANC headsets.• Analyze, tune, and deploy DSP algorithms onto prototype hardware and validate resulting performance. (hardware in the loop)• Build and characterize physical prototypes of acoustic systems. Design acoustic measurement acquisition routines for components, subsystems, and full assemblies and perform a thorough analysis of results.• Leverage MATLAB/Simulink/Simscape to simulate electro-acoustic systems using lumped parameter models. Validate the simulation against a measured prototype.• Support prototype and production system builds at the factory (on-site and remotely). Collaborate with the team at the factory to develop and validate manufacturing assembly procedures to achieve product performance requirements in high volume.• Experienced in debugging, troubleshooting and failure analysis investigation.• Developed and managed a library of tools for acoustic data processing and manipulation.

• Experience in conducting measurements and analysis using National Instruments hardware system for testing the voice capturing ability of the next generation voice assistance platform under real life noisy conditions.• Developed Matlab tools to assist engineers and technicians with lab measurements and statistical data analysis. to succinctly communicate the results.

Algorithm development to eliminate the undesired acoustic feedback effect arising in the Hearing Aid Devices (HADs) due to the coupling between the speaker and the microphone of the HAD using Adaptive Feedback Cancellation (AFC) techniques. Experience with Algorithm Development and Code optimization with proficiency in MATLAB and C programming. Conducted algorithm testing and data collection in Anechoic Chamber.

- Worked on Audio Compression algorithm- Tools: C Language, MATLAB, Visual Studio