Health Sensor Engineer

AppleCupertino, CA
2d

About The Position

The Health Sensing team designs, develops, and launches innovative and exciting health sensing technologies for Apple’s products. New challenges arise everyday that require the sharp problem-solving skills of dedicated and hard-working individuals. The team features a collaborative and hands-on environment that cultivates engineering excellence, creativity, and innovation. The people on the team don’t just build products. They deliver inspiring technology and information to users on the most critical area of their lives - their health, while expanding an impactful new domain for the company. DESCRIPTION We are responsible for designing and delivering high quality electrical health sensing features for Apple's product. We are highly collaborative and partner with a variety of teams across Apple. You will mainly work on developing sensing hardware which include conducting architecture design, simulation, modeling, board level circuit and system design for health sensing products in the entire lifecycle of a new product, from initial design and functional specification of new hardware features and overall architecture design all the way to support and validation of these features.

Requirements

  • Strong background in analog, mixed signal circuits and systems.
  • Hands-on experience and proven track record in design, debug, failure analysis and test of mixed-signal or sensing systems.
  • Proficiency in sensor interface circuit and system architecture, simulation/modeling of electrical circuits, board/flex design for sensitive system, data processing and analysis.
  • Proficiency in Python, Matlab, SPICE or similar scripting and simulation tools to process and analyze data from electrical systems and user studies.
  • BS and a minimum of 3 years relevant proven experience.

Nice To Haves

  • Experience in prototyping for physiological sensor signal acquisition and user study Experience in embedded system design and firmware development Experience in electrochemistry and interaction of electrode-skin interfaces
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