We are now looking for a either soon to graduate or someone with a couple of years of experience for our role as Digital IC Design Engineer to join our development team here at our HQ in Lynge.

The role

You will have an opportunity to influence your role and focus area to a large extent. This can also be a more senior role depending on your experience. Furthermore, there can be opportunities to rotate over time between different focus areas since we highly value building diverse competences in our team.

Possible focus areas can be:

• Implementation and verification of signal processing algorithms in ultra-low power
• Implementation and verification of processor sub-systems and relevant components
• Implementation and verification of mixed-signal circuits

Depending on your focus area, specific tasks can include:

• Architecture and micro-architecture definition
• Algorithm optimization together with signal processing team
• Requirement and module specification
• SystemVerilog implementation and verification
• Testbench development
• Power analysis and optimization
• Synthesis and constraint specification
• FPGA prototyping
• Contribute to design methodology, future architecture development and forefront projects

This is a good opportunity to join a very innovative project in a phase where you can have an integral part, both short term and long term, and influence at many levels.

The Team

The IC Development team is responsible for developing analog and digital chips for our hearing aids. These chips are the core components of our hearing aids, and they integrate a wide range of functionality such as power management, recharging, analog/digital converters, magnetic inductive radio, MCU/DSP processor sub-systems, interface IPs, advanced audio signal processing and more.  A key challenge is to integrate all of this into a very small footprint on a minimal power budget.

Our IC Development team of skilled engineers work together with focus on creating a fun and inclusive environment. We value an informal atmosphere, teamwork, collaboration and achieving together. 

We work with the aim to make industry leading chipsets for our hearing aids using the latest technologies.

About you

We expect you to either be someone about to graduate from a relevant field of study or have some years of relevant experience from a similar role working on digital ASIC or FPGA development. Some of the relevant competences are:

•  RTL coding (VHDL / Verilog / SystemVerilog)
• Signal processing fundamentals with good understanding on filters etc.
• Digital circuits and micro-architecture
• Realization of DSP algorithms in RTL
• Verification methodology (e.g. UVM can be a plus)
• Power aware design techniques
• ASIC design methodology and flow / synthesis / FPGA prototyping
• Scripting (Python etc.) and programming in C/C++
• Processor architecture and HW/SW co-design

We expect you to have a relevant degree (B.Sc, M.Sc, or PhD) in Electrical Engineering or similar, and we expect that you have a strong technical foundation and a solid understanding of digital design principles.

You are motivated by innovation and the opportunity to develop technology that can help people around the world. You are a strong team player and you can work with colleagues in an international environment.

Who we are

At WS Audiology, we provide innovative hearing aids and hearing health services.

Together with our 12,000 colleagues in 130 countries, we invite you to help unlock human potential by bringing back hearing for millions of people around the world. With us, you will become part of a truly global company where we care for one another, welcome diversity and celebrate our successes.

Sounds wonderful?

We can't wait to hear from you. So send your CV, no application needed, as soon as possible. 

WS Audiology is an equal-opportunity employer and committed to creating an inclusive employee experience for all. Regardless of race, color, religion, national origin, age, sex, gender, gender identity, gender expression, sexual orientation, marital status, medical condition, ancestry, disability, military or veteran status we firmly believe that our work is at its best when everyone feels free to be their most authentic self.