Electronics & Software Engineer Wearable Sensors
Dätwyler Schweiz AG, Industrial Solutions
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In billions of syringes and in every second car worldwide, Datwyler components make an important contribution to the
safety of patients and drivers. The high-tech company focuses on high-quality, system-critical elastomer components and
holds leading positions in attractive global markets such as healthcare, mobility, connectivity, general industry and
food & beverage. With over 25 production sites on four continents, sales in more than 100 countries and over 8,000
employees, the company, headquartered in Switzerland, generates annual sales of more than CHF 1,000 million.
Our employees are the heart of Datwyler - we treat each other with respect, trust and appreciation. We have strong
roots and values that have been well established in our 100-year corporate history. Become part of our great team as
a...
Electronics & Software Engineer
Wearable Sensors
The Venture Unit Wearable Sensors are pioneers in soft dry electrodes for easy, comfortable, and long-term monitoring
of bio-signals like EEG, ECG, EMG and EOG for consumer as well as medical applications.
In this role, you’ll drive the growth of our SoftPulse technology by developing dedicated acquisition platforms and
hardware reference designs. You’ll evaluate, design, test, and validate electronic systems for biopotential acquisition
in various wearable form factors — from glasses to wristbands to earbuds.
As our key technical contact for partners and suppliers, you’ll lead collaborations to develop next-generation
acquisition hardware and integrated platforms. Through systematic testing and component evaluation, you’ll help shape
the future of SoftPulse-compatible solutions and strengthen our position in wearable biosensing.
Your responsibilities
- Lead technical evaluations and collaborations with external partners and suppliers developing biopotential
acquisition solutions relevant for SoftPulse electrodes
- Design, prototype, and validate electronic circuits and corresponding firmware for biosignal acquisition (EEG, EMG,
ECG, EOG) across wearable form factors
- Select and characterize electrical components (amplifiers, filters, ADCs, power management) suitable for
high-impedance dry electrodes and low-noise signal acquisition
- Develop and execute test protocols for signal quality, impedance, and system performance; design and maintain
testing fixtures and experimental setups
- Support internal and external stakeholders in integrating SoftPulse electrodes into their devices by providing
hardware recommendations and system-level guidance
- Contribute to the development of a SoftPulse validation kit, including hardware reference designs and supporting
software for data visualization and customer evaluation
- Document designs, validation results, and best practices to build internal know-how and contribute to the definition
of future proprietary solutions and patents
Our requirements
We are looking for an Electrical or Embedded Systems Engineer with a strong background in analog electronics and
biosignal acquisition who is motivated to build the next generation of SoftPulse-based wearable sensing platforms.
The ideal candidate combines solid fundamentals in circuit design with a practical mindset and enjoys working from
concept to prototype to product.
- Degree in Electrical, Biomedical, or related engineering field (PhD or equivalent industry experience)
- Proven experience in analog electronics design, with understanding of noise analysis, filtering, high-impedance
sensors and power/size optimization
- Hands-on experience in developing and testing electronics for low-noise biosignal acquisition or similar sensor
systems
- Familiarity with CAD tools for schematic and PCB design (e.g., Altium, or similar)
- Experience in designing test fixtures and proficiency in using electrical test instruments
- Proficient in firmware development for embedded systems (C/C++, etc.). Wireless communication techniques are a plus
- Knowledge of biosignal processing principles and applications such as human–machine interfaces, biofeedback/control
theory, or electrodermal activity is advantageous
- Fluent in English; additional languages (e.g., German, Italian, or Chinese) are a plus
- Independent, hands-on, and self-driven personality with strong interest in wearable technologies and sensor
innovation
- Willingness to travel internationally up to 25% and work on site at least 60%
Ready to start? Marko Colic (Manager HR Europe) and the recruiting team are looking forward to get to know you and are
available for further questions by email (marko.colic@datwyler.com) or by phone (+41 41 875 13 50).
Be yourself at Datwyler
We are convinced that people make the difference. At Datwyler, you will experience diversity and a wide range of
career opportunities that only an international company can provide. Together, we are increasing our agility,
accelerating digitalization and fostering sustainability. For motivated and talented employees, we offer interesting
development opportunities with training and assignments in a global environment. With us, you can contribute with all
of your creativity and all your ideas.
www.datwyler.com
safety of patients and drivers. The high-tech company focuses on high-quality, system-critical elastomer components and
holds leading positions in attractive global markets such as healthcare, mobility, connectivity, general industry and
food & beverage. With over 25 production sites on four continents, sales in more than 100 countries and over 8,000
employees, the company, headquartered in Switzerland, generates annual sales of more than CHF 1,000 million.
Our employees are the heart of Datwyler - we treat each other with respect, trust and appreciation. We have strong
roots and values that have been well established in our 100-year corporate history. Become part of our great team as
a...
Electronics & Software Engineer
Wearable Sensors
The Venture Unit Wearable Sensors are pioneers in soft dry electrodes for easy, comfortable, and long-term monitoring
of bio-signals like EEG, ECG, EMG and EOG for consumer as well as medical applications.
In this role, you’ll drive the growth of our SoftPulse technology by developing dedicated acquisition platforms and
hardware reference designs. You’ll evaluate, design, test, and validate electronic systems for biopotential acquisition
in various wearable form factors — from glasses to wristbands to earbuds.
As our key technical contact for partners and suppliers, you’ll lead collaborations to develop next-generation
acquisition hardware and integrated platforms. Through systematic testing and component evaluation, you’ll help shape
the future of SoftPulse-compatible solutions and strengthen our position in wearable biosensing.
Your responsibilities
- Lead technical evaluations and collaborations with external partners and suppliers developing biopotential
acquisition solutions relevant for SoftPulse electrodes
- Design, prototype, and validate electronic circuits and corresponding firmware for biosignal acquisition (EEG, EMG,
ECG, EOG) across wearable form factors
- Select and characterize electrical components (amplifiers, filters, ADCs, power management) suitable for
high-impedance dry electrodes and low-noise signal acquisition
- Develop and execute test protocols for signal quality, impedance, and system performance; design and maintain
testing fixtures and experimental setups
- Support internal and external stakeholders in integrating SoftPulse electrodes into their devices by providing
hardware recommendations and system-level guidance
- Contribute to the development of a SoftPulse validation kit, including hardware reference designs and supporting
software for data visualization and customer evaluation
- Document designs, validation results, and best practices to build internal know-how and contribute to the definition
of future proprietary solutions and patents
Our requirements
We are looking for an Electrical or Embedded Systems Engineer with a strong background in analog electronics and
biosignal acquisition who is motivated to build the next generation of SoftPulse-based wearable sensing platforms.
The ideal candidate combines solid fundamentals in circuit design with a practical mindset and enjoys working from
concept to prototype to product.
- Degree in Electrical, Biomedical, or related engineering field (PhD or equivalent industry experience)
- Proven experience in analog electronics design, with understanding of noise analysis, filtering, high-impedance
sensors and power/size optimization
- Hands-on experience in developing and testing electronics for low-noise biosignal acquisition or similar sensor
systems
- Familiarity with CAD tools for schematic and PCB design (e.g., Altium, or similar)
- Experience in designing test fixtures and proficiency in using electrical test instruments
- Proficient in firmware development for embedded systems (C/C++, etc.). Wireless communication techniques are a plus
- Knowledge of biosignal processing principles and applications such as human–machine interfaces, biofeedback/control
theory, or electrodermal activity is advantageous
- Fluent in English; additional languages (e.g., German, Italian, or Chinese) are a plus
- Independent, hands-on, and self-driven personality with strong interest in wearable technologies and sensor
innovation
- Willingness to travel internationally up to 25% and work on site at least 60%
Ready to start? Marko Colic (Manager HR Europe) and the recruiting team are looking forward to get to know you and are
available for further questions by email (marko.colic@datwyler.com) or by phone (+41 41 875 13 50).
Be yourself at Datwyler
We are convinced that people make the difference. At Datwyler, you will experience diversity and a wide range of
career opportunities that only an international company can provide. Together, we are increasing our agility,
accelerating digitalization and fostering sustainability. For motivated and talented employees, we offer interesting
development opportunities with training and assignments in a global environment. With us, you can contribute with all
of your creativity and all your ideas.
www.datwyler.com