In our line of work, life isn’t a given - it’s the ultimate goal. When life takes an unexpected turn, our technology and solutions enable caregivers to make informed diagnostic decisions to improve patient care. This is our shared purpose at Radiometer and what unites all +4000 of us - no matter our roles or where in the world we’re located. Creating impactful innovations like ours, doesn’t happen overnight - it requires uncompromising persistency, passion, and a desire to make a difference. Here, you can learn, grow, and chart an uncommonly diverse career.

Radiometer is proud to work alongside a community of six fellow Diagnostics Companies at Danaher. Together, we’re working at the pace of change to improve patient lives with diagnostic tools that address the world’s biggest health challenges.

The Control Engineer for Radiometer is responsible for creating and maintaining the embedded software in Radiometer’s acute care analyzers, working with the design input to control the analyzer hardware and to transform sensor signals into parameter values for acute care diagnostics.

This position is part of the R&D located in Brønshøj, Copenhagen, and will be an on-site position with possibility for partly working from home. At Radiometer, our vision is to improve global healthcare with reliable, fast, and easy patient diagnoses.

You will be a part of the Instrument Sensors team and report to the Senior Manager, Instrument Sensors, responsible for developing and maintaining the instrument sensors and the algorithms to convert the sensor signal to a parameter value that aids the healthcare professional to perform acute care diagnostics. If you thrive in a multifunctional role and want to collaborate with your colleagues to develop and sustain world-class acute care diagnostic analyzers, then read on.

In this role, you will have the opportunity to:

• Develop and maintain firmware to control the analyzer function and to transfer the sensor signal to parameter values for acute care diagnostics

• Collaborate closely with the software and hardware development teams

• Develop requirements, create test protocols and conduct verification testing

• Analyze existing firmware design to identify opportunities for improvement

• Develop and test algorithms to control the analyzer function related to instrument sensors

• Perform data analysis, statistical analysis, and data visualization, to aid problem solving and optimization of the instrument sensor hardware

The essential requirements of the job include:

• Master’s degree or equivalent in electronics, physics, or software engineering

• Experience in developing, optimizing and analyzing firmware within complex electronic and software systems

• Experience in working in compliance with Medical Device/In-vitro Diagnostics standards and regulations (IVDR, MDR, CLSI etc.)

It would be a plus if you also possess previous experience in:

• Statistical analysis of medium-large data set

• Embedded software programming

• Machine learning, test control algorithms, simulation models in Matlab/Simulink

• Flair for handling hardware/software interface challenges

Application:

We continuously assess candidates and invite them for interviews, so please don’t hesitate to write and send in the application. If you have questions, feel free to contact Stig Iversen on stig.lykke.iversen@radiometer.dk. We look forward to receiving your application.

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