Digital Signal Processing Intern

Assist with development and optimization of traditional and machine learning signal processing algorithms Work closely with a mentor and teammates on advanced development projects supporting future DSP-based audio features and processing for conferencing products such as the MXA line Deliver digital signal processing and machine learning features into intelligent products to provide a best-in-class audio experience Optimize existing C/C++ code for CPU architectures including CUDA, ARM NEON SIMD, and TI C7x DSP to meet MIPS, memory, latency, and fidelity constraints Port complete audio-flow projects from embedded applications to offline simulations Explore audio encoding and inter-device network communication schemes Participate in foundational coding framework development Work with a technical mentor to estimate, organize, and plan work tasks Present personal contributions to product stakeholders and executive management Requirements Completed at least three years of coursework in Electrical or Computer Engineering, Computer Science, Software Engineering, data science, AI/ML, or an audio-related major with an emphasis in Digital Signal Processing Experience with Matlab or Python required Experience with C, C++, or Assembly language programming Experience with hardware acceleration-specific instruction sets; any of Cuda, C7x, or NEON SIMD Experience designing audio signal processing software or hardware, including machine-learned algorithms; embedded implementations preferred, but scripting languages such as Matlab or Python also accepted Experience with software development tools such as integrated development environments, compilers/linkers, and debugging tools including emulators and profilers Applicants must be currently authorized to work in the United States on a full-time basis Shure will not sponsor applicants for work visas Graduate students, or undergraduates with at least one year of DSP coursework, are considered a plus Understanding of embedded platform development is a plus Project work with AI/ML algorithms is a plus Knowledge of psychoacoustics is a plus Experience with A/V conferencing products and features is a plus Algorithm research via survey of technical literature is a plus Experience with microphone arrays is a plus Knowledge of HRTFs and other binaural audio recording/rendering concepts is a plus Knowledge of 3-D Audio, Immersive Audio, or Augmented Reality is a plus Experience with test and measurement equipment including audio analyzers and oscilloscopes is a plus Core Competencies Demonstrates expertise in Digital Signal Processing and Machine Learning, with proficiency in C/C++ programming and experience in audio signal processing software development. Capable of optimizing algorithms for various CPU architectures and collaborating effectively on advanced development projects. Highest-signal resume keywords Digital Signal Processing Machine Learning Algorithms C/C++ Programming Audio Signal Processing

CUDA/NEON SIMD

Hard Skills Digital Signal Processing Machine Learning C Programming C++ Programming Assembly Language Audio Signal Processing Software Embedded Systems Development Algorithm Optimization Audio Encoding Inter-Device Network Communication Soft Skills Collaboration Presentation Skills Organizational Skills Industry Keywords Audio Conferencing Products Psychoacoustics Microphone Arrays HRTFs 3-D Audio Immersive Audio Augmented Reality Tools & Technologies Matlab Python Integrated Development Environments Compilers Debugging Tools Audio Analyzers Oscilloscopes #J-18808-Ljbffr Jobtailor