DSP Engineer — Real-Time Audio for Hearing Aids

Demant; København; Hybrid; DKK 550,000 - 720,000; Full time

Benefits offered by this job

Free on-site fitness center

Free breakfast and coffee

Parental leave

Job summary

Demant seeks a DSP Engineer to shape hearing aid technology by developing and optimizing real-time DSP algorithms for embedded products. You will work within a cross-functional SAFe Scrum team, balancing sound quality, performance, and power while collaborating with audiologists and engineers.

The role emphasizes hands-on development, documentation, and active contribution to system design within a hybrid work model with on-site presence required initially.

Qualifications

• Master's degree in Electrical, Electronic, Biomedical or Software Engineering, Computer Science, or similar.
• 3–5 years of experience in DSP and real-time audio processing.
• Proficiency in MATLAB and/or Python.

Responsibilities

• Contribute to the development of next-generation hearing aid technology and device software.
• Develop and optimise DSP algorithms and audiological features for real-time embedded products.
• Take DSP concepts from development and simulation through implementation, testing and validation.
• Contribute to system design and technical decision-making balancing sound quality, performance, and power constraints.
• Document work clearly from concepts to feature descriptions and maintain tools and onboarding materials.

Skills

DSP foundation

Embedded software awareness

Cross-functional collaboration

Education

Master's degree in Electrical/Software Engineering

Tools

MATLAB

Python

Job description

Demant seeks a DSP Engineer to shape hearing aid technology by developing and optimizing real-time DSP algorithms for embedded products. You will work within a cross-functional SAFe Scrum team, balancing sound quality, performance, and power while collaborating with audiologists and engineers.

The role emphasizes hands-on development, documentation, and active contribution to system design within a hybrid work model with on-site presence required initially.