USound is disrupting the audio industry, setting new standards in audio experience, and maximizing the degrees of freedom for wearables and hearables.
We are leaders in acoustic solutions based on MEMS speakers by enabling our customers to bring new revolutionary audio products to the market. USound achieves this through radical miniaturization, power reduction, and increased production efficiency.
We are looking for an experienced Digital Signal Processing Engineer with a passion for real-time audio and ultrasonic signal processing to join our team on-site. In this role, you will contribute to the development, optimization, and integration of DSP algorithms for advanced audio products and wearable devices.
This position offers the opportunity to work closely with a multidisciplinary team of hardware, firmware, and software engineers to bring advanced DSP solutions from concept to production.
Responsibilities
- Design, implement, and optimize real-time audio and ultrasonic DSP algorithms.
- Develop and maintain embedded C firmware for DSP-enabled microcontrollers used in audio pipelines.
- Collaborate with hardware and software engineers to integrate and validate DSP algorithms in production systems.
- Debug and troubleshoot issues across firmware, hardware, and signal chain.
- Contribute to architecture discussions and help define future DSP features.
- Deliver clean, efficient, and well-documented code optimized for real-time performance.
Experience and Qualification
- Master's degree in Electrical Engineering, Acoustics, Computer Engineering, or related fields.
- 3-5 years proven experience with DSP development for audio or embedded systems.
- Strong hands-on skills in Embedded C for real-time, low-power environments.
- Solid understanding of audio DSP fundamentals, algorithms, and real-time constraints.
- Experience in debugging and optimizing DSP pipelines.
- Fluent in English, with strong problem-solving and collaboration skills.
Bonus Skills
- Experience developing or tuning DSP algorithms for TWS earbuds.
- Familiarity with Bluetooth audio systems or wireless communication for TWS.
- Python skills for signal analysis, prototyping, or test automation.
- Understanding of acoustic measurement and performance evaluation.
What we offer
- Opportunity to work on cutting-edge MEMS-based audio systems shaping the future of hearable technology.
- Collaborate in a fast-moving, innovation-driven environment.
- Opportunities for technical growth and ownership in advanced audio signal processing.
- A chance to make a tangible impact on next-generation wearable audio products.
- Flexible working time, home office and goal-oriented work environment.
Details about this job
Full Time (Permanent employment)
- Monday to Friday
- 38,5 hours
Place of work
- Graz
Must-have skills
- Digital Signal Processing
- Embedded Software
- Audio Signal Processing
Required languages
- English B2
Details about this job
Full Time (Permanent employment)
- Monday to Friday
- 38,5 hours
Place of work
- Graz
Must-have skills
- Digital Signal Processing
- Embedded Software
- Audio Signal Processing
Required languages
- English B2
Salary
The collective agreement minimum salary is 40,856 € gross per year (on a 38.5-hour basis). The actual minimum salary is 50,000 € gross per year (on a 38.5-hour basis), the actual salary depends on your qualifications and experience. The salary is paid 14 times per year. The collective agreement Metallgewerbe applies.
Benefits
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Company laptop
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Company phone
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Education and training
-
Employee bonuses
-
Flexible working hours
-
Home office
-
Parking space
-
Team events
-
Employee shareholding
-
Cafeteria
-
Additional insurance
-
Drinks
-
Employee gifts
-
Company laptop
-
Company phone
-
Education and training
-
Employee bonuses
-
Flexible working hours
-
Home office
-
Parking space
-
Team events
-
Employee shareholding
-
Cafeteria
-
Additional insurance
-
Drinks
-
Employee gifts
All infos regarding your application
Required application documents:
- Résumé
Contact person
Theresa Doblinger
HR Generalist
Join a team of highly skilled, passionate engineers dedicated to advancing the state of the art in audio signal processing. We are excited to hear from you!
