-Directing Research, Development, and Innovation of Machine Learning, Artificial Intelligence, and Digital Signal Processing of audio, video, and other modalities. Leading multiple concurrent projects. Direction and oversight over related innovation initiatives

-Director of the DSP Department, technology initiatives, and corporate projects-Project Management of R&D projects. Develop strategic initiatives for core IP validation and enhancement.-Responsible for DSP software, hardware, and audio processing algorithms, project staffing and schedules, requirements definitions, and direct reports.

-Manager of the DSP Department, technology initiatives, and corporate projects-Project Manager of an R&D project. Developed strategic initiatives for core IP validation and enhancement.-Responsible for DSP software and audio processing algorithms, schedule planning, requirements definitions, and resource management.-Collaborated on innovative audio processing algorithms to improve user/product interaction

-Manager of a group of DSP engineers, technology initiatives, and corporate projects-Project Manager of an R&D project. Developed strategic initiatives for core IP validation and enhancement.-Responsible for DSP software and audio processing algorithms, schedule planning, requirements definitions, and resource management.-Collaborated on innovative audio processing algorithms to improve user/product interaction

-Manager of a small group of DSP engineers, technology initiatives, and projects-Responsible for DSP software and audio processing algorithms, schedule planning, requirements definitions, and resource management.-Developed innovative audio processing algorithms to improve user/product interaction

-Responsible for DSP software and audio processing algorithms, schedule planning, requirements definitions, and resource management.-Lead DSP and Audio architect for an upcoming networked audio product-Lead DSP engineer responsible for the DSP and audio subsystem of the Mx.Wireless product.-Developed innovative audio processing algorithms to improve audio quality and dynamic range-Mentor for junior engineers

-Lead DSP engineer responsible for the DSP subsystem of the Axient Wireless System including pro-audio signal processing algorithm research and development-Responsible for the design of digital audio processing systems and several differentiating features such as multiple modes of audio frequency diversity, interference detection, audio mute concealment, fast transparent frequency change, -Mentor for DSP interns-Responsible for the overall audio quality of products through design and listening test evaluations

-Spearheaded the development of in-house low latency audio codecs -Inventing and/or implementing several novel algorithms for wireless audio quality improvement and integrity measurements-Responsible for digital audio processing system design-Analyzing and Modeling Analog Designs to create DSP implementations-Reduced DSP development time by creating a rapid prototyping method for new real-time DSP algorithms-Experience with Code Generation Tools in MATLAB/Simulink-Responsible for Digital/Mixed Signal component selection including DSPs, ADCs, DACs, and Digital Audio TxRx's -Teacher of internal MATLAB and Simulink training classes

Responsible for trail running and adventure racing event production - general coordination and strategy, venue selection, ropes events safety, website administration, financial records, and advertising.

LSB Audio specialized in consulting and contract development of custom audio signal processing algorithms and systems. We worked together with clients to design fully customized algorithms (based on new and/or existing IP). My specific projects focused on low latency algorithm design and noise reduction.

This TA position was for the Multimedia Applications Laboratory at IUPUI. Duties include teaching the laboratory section of the Multimedia Applications Graduate Course. This course covers data compression, speech coding (ADPCM, Linear Prediction), image compression (DCT, JPEG), and video compression (MPEG). The laboratory uses the Freescale 563xx series DSP to implement various multimedia processing including discussion of architecture, addressing modes, and instruction sets of multimedia processors.

-Duties include organization and documentation of the DSP department and history of its algorithms and other deliverables-Performed Extensive Listening Evaluations for Real-Time Audio Monitoring for Musical Stage Applications-Department Webmaster

-Duties include development and implementation of real-time DSP algorithms using ADI Sharc DSPs for live sound reinforment and speech applications.-Developed an adaptive algorithm to reduce the Proximity Effect when using a microphone at close range-Other Responsibilities include benchmarking DSP functional blocks, testing correct operation of DSP algorithms including documentation, and participating in code reviews

-Duties Include repair/maintenance of all electrical, electronic, and mechanical aspects of the recording studio-Projects include installing new digital systems, engineering studio wiring, and installation of Dolby Digital recording capabilities