About this role
Hannover | Hybrid As an Embedded Audio DSP Engineer, you’ll be part of a multidisciplinary R&D team working at the intersection of acoustics, embedded systems, and signal processing. You’ll contribute to the full product lifecycle - from concept and prototyping to integration and optimization - helping deliver outstanding audio performance. You will work on different embedded platforms(Bluetooth system-on-chip as well as DSP cores), combining in-house development with the evaluation and integration of third-party solutions. What you’ll do
• Develop, simulate, and implement audio DSP algorithms for embedded systems (i.e. headphones and audio devices) • Design and integrate audio processing solutions, ensuring performance, quality, and manufacturability • Tune systems based on measurements and customer requirements • Define system requirements, interfaces, and quality criteria • Actively scout and prototype new concepts and support feasibility studies • Troubleshoot audio-related issues and continuously optimize system performance • Collaborate with external suppliers and internal stakeholders Your profile
• Degree in Electrical Engineering, Acoustics, Signal Processing, or similar • Hands on experience in embedded audio DSP development (consumer or professional audio). • Strong programming skills in C/C++ , MATLAB and Python • Solid understanding of audio systems (e.g., microphones, headphones, loudspeakers) • Experience with measurement, tuning, and debugging of audio systems • Fluent in English (German is a plus) What We Offer As part of Sonova Consumer Hearing, we’re committed to building an inclusive culture. We want to create an environment where you can balance a successful career with your commitments and interests outside of work, through our flexible hybrid working model. We offer a wide range of training opportunities for both your professional and personal development, and there are exceptional growth opportunities with individual development plans.
• Work on cutting-edge audio technology used in real products • Be part of a collaborative, international R&D environment • Hybrid setup with flexibility, while staying close to hardware and labs #LI-NB1