About Eko Health
Eko builds AI and digital tools to enable every healthcare provider to more accurately detect heart and lung disease – the leading causes of death globally. Our FDA cleared, industry leading products are used by hundreds of thousands of clinicians on millions of patients around the world. With Eko, clinicians can detect cardiac and pulmonary disease with higher accuracy, diagnose with more confidence, manage treatment effectively, and ultimately give their patients the best care possible.
We have strong venture capital backing from investors like Artis Ventures, Questa Capital, Highland Capital, and Mayo Clinic Ventures.
Recognized by TIME magazine in 2025 as one of the world’s top healthcare technology companies, Eko is one of the fastest growing digital health companies with products used around the world at some of the most prestigious health systems.
We have more than 8 FDA clearances including novel AI algorithms, and we invest heavily in quality clinical research and R&D to build and validate exceptional products for patients we care deeply about.
We’ve built a mission driven, high performing, talented, and diverse team of engineers, physicians, PhD’s, creatives, and technologists. We are committed to investing in each other and our mission to ensure all patients have access to high quality care.
We are headquartered in Emeryville, California and privately-held with world class investors and partners. Role Summary We're seeking a senior electrical engineer to join our core engineering team and help us build
lifesaving medical devices. You'll work daily with mechanical, acoustic, firmware, algorithm, and
quality engineers, as well as our contract manufacturers and component vendors. You'll design
the electronics that capture heart sounds, lung sounds, and ECG signals, power our devices, and
send data wirelessly to our apps. The role covers both our shipping products and our next
generation of hardware. On shipping products, you'll lead root cause analysis of field failures,
qualify second-source components, and work with our contract manufacturers to improve yield.
On new products, you'll help define the hardware architecture and take designs from schematic
through production. We encourage engineers to work outside their core discipline, and you're
welcome to contribute to sensor, algorithm, and firmware development where you have the
skills. This is a hands-on role with significant time spent in the lab. Essential Functions ● Design, develop, and test electronics for digital stethoscopes and related products with
a cross-functional engineering team
- Help define the architecture of next-generation hardware
- Design schematics and PCB layouts for mixed-signal, battery-powered boards
- Become an expert on capturing biological signals such as PCG and ECG
- Bring up new hardware, run verification testing, and contribute to DFMEA
- Lead root cause analysis of field failures and implement design fixes
- Find and qualify second-source and replacement components
- Develop manufacturing tests with contract manufacturers and improve production yield
- Work with electronics vendors on manufacturability, cost, and build specifications
- Lead safety, EMC, and wireless testing with outside labs (IEC 60601-1, IEC 60601-1-2,
FCC)
- Contribute to sensor, algorithm, and firmware development where you have the skills
- Navigate medical device regulatory requirements and contribute to design control
documentation Required Qualifications ● Bachelor's or Master's degree in Electrical Engineering or a related field
- 5+ years of electrical engineering experience
- Track record of taking electronic products from concept through production, with hands-
on design of both analog and digital circuits
- Experience designing low-noise analog circuits such as sensor front ends, amplifiers,
filters, and ADC interfaces
- Experience with schematic capture and PCB layout for mixed-signal boards, including
grounding, power integrity, and EMC/ESD design practices
- Experience with battery-powered designs, including power management, charging, and
low-power operation
- Experience supporting products in production, including root cause analysis, component
substitution, and working with contract manufacturers
- Ability to do the analysis behind a design, such as worst-case, tolerance, noise, and
power budget calculations
- Comfortable in the lab with oscilloscopes, spectrum analyzers, power analyzers, and
similar test equipment
- Clear written and verbal communication, including design reviews, test reports, and
specifications that others can build from
- Strong problem-solving skills, attention to detail, and the ability to work across
engineering, quality, and manufacturing teams Preferred Qualifications ● Experience in medical device development (FDA regulated environments, IEC 62304,
design controls)
- Background in consumer electronics or consumer medical devices
- Knowledge of digital signal processing (DSP) implementation on embedded platforms
- Experience with audio signal processing or acoustic measurement systems
- Experience designing acquisition circuits for biological signals such as ECG, PCG, or
EMG
- Familiarity with wireless certification processes (FCC, CE, Bluetooth SIG)
- Understanding of hardware component sourcing, bill of materials (BOM) optimization,
and design for manufacturing (DFM)
- Experience with Altium Designer
- Experience with Python or other scripting languages for test automation and tooling
- Previous work in startup environments
- Contributions to open-source embedded projects