-Developed DSP audio firmware algorithms for key components such as real-time mixing/splitting module, audio-video-sync module, channel-mixer module etc.-Completed end to end design planning, API definition and (part) implementation of audio features such as 24-bit audio, multi-channel audio, custom topology framework, dynamic loading framework (in-progress), hands-free profiling, Android auto E-911 DTMF tone detection, low-power audio framework design etc.-Worked on commercialization efforts with various OEMs and platforms including Android and Windows on various mobile devices/tablets.-Participated in architecture designs involved memory/processing power budgeting/analysis, reduction of audio latencies, native 44.1k audio processing, DSD playback etc.-Mentored new colleagues and coordinated training sessions across teams.

- Worked as audio firmware project point of contact for commercialization efforts in the Windows Phone 7 (WP7) project.- Interacted with several OEMs from across the world (customer engineering).- Main responsibilities involved feature enhancements, firmware debugging efforts, firmware-software interface, and integration coordination.- Trained off-site (long distance) colleagues for optimal usage of resources in an attempt to provide round the clock support to OEMs.

- Worked as a graduate research assistant in a biomedical engineering research project involving study of cardiovascular instrumentation for detection of heart failure.- Designed and developed instrumentation (PCB) using surface mount technology to interface with the pressure-admittance sensors.- Performed in-vitro saline studies for calibration of the sensors and the instrumentation.- Performed in-vivo studies in animals such as mice and rats.- Developed LabVIEW code to interface with ADC to collect real-time data, perform filtering and display real-time graphs (pressure-volume loops).- Developed Matlab code to perform post-mortem data analysis to analyze trends, statistics and make inferences on the data.Teaching Assistant for several courses such as Real Time Digital Signal Processing Lab, Circuit Theory, Biomedical Instrumentation etc.,

DSP audio firmware development for the future Qualcomm chipsets. Key algorithms implemented in the multimedia chain were commercialized in various smart phones.

DSP Audio Firmware algorithm development for key blocks in the multimedia chain.