Audio Software Engineer

Zoom•San Jose, CA

5h•Remote

About The Position

Design and develop scalable and robust software solutions for audio processing and communication systems. Implement and optimize real-time audio algorithms and signal processing techniques to enhance audio quality and performance. Collaborate with cross-functional teams to integrate audio software components into existing applications and systems. Conduct thorough testing, debugging, and troubleshooting of audio software to ensure functionality, stability, and performance. Evaluate and assess emerging audio technologies, tools, and frameworks to recommend and implement improvements in audio software architecture and development processes.

Requirements

Bachelor's degree in Computer Science, Digital Signal Processing, Materials Science and Engineering, Electronics Engineering, a related field, or a foreign equivalent.
2 years of experience in job offered or related occupation.
2 years of experience in programming languages such as C++, or Python, with demonstrated experience in developing audio-related software applications.
2 years of experience in Audio signal processing principles and techniques, including audio codes, noise reduction, echo cancellation, and audio enhancement.
2 years of experience in Audio networking protocols and standards, such as RTP/RTCP, SIP, WebRTC.
2 years of experience in Audio software development frameworks and tools, such as PortAudio, PulseAudio, or JACK.
2 years of experience in Audio Testing and Quality Assurance: Skills in testing audio software, identifying bugs, and ensuring audio quality across different devices and platforms.
2 years of experience in Audio Acoustics: Understanding of audio acoustics principles, including room calibration, sound propagation, and reverberation.
2 years of experience in Multithreading: Knowledge of multithreading techniques for efficient audio processing, ensuring smooth performance.
2 years of experience in Audio File Formats: Familiarity with various audio file formats (WAV, FLAC, etc.) and their differences.

Responsibilities

Design and develop scalable and robust software solutions for audio processing and communication systems.
Implement and optimize real-time audio algorithms and signal processing techniques to enhance audio quality and performance.
Collaborate with cross-functional teams to integrate audio software components into existing applications and systems.
Conduct thorough testing, debugging, and troubleshooting of audio software to ensure functionality, stability, and performance.
Evaluate and assess emerging audio technologies, tools, and frameworks to recommend and implement improvements in audio software architecture and development processes.