Distinguished Engineer, Heart Failure Sensors

Posted 14 Days Ago
Be an Early Applicant
Irvine, CA, USA
In-Office
159K-226K Annually
Expert/Leader
Healthtech • Pharmaceutical
The Role
Lead end-to-end development and commercialization of implantable MEMS heart-failure sensors. Drive design, manufacturability, embedded software and circuit tuning, create manufacturing documentation and training, support pilot-to-production transfers, and lead root-cause investigations for manufacturing and field issues.
Summary Generated by Built In

Many structural heart patients suffer from heart failure with limited options. Our Implantable Heart Failure Management (IHFM) team is at the forefront of addressing these unmet patient needs through pioneering technology that enables early, targeted therapeutic intervention. Our innovative solutions are not just transforming patient care but also creating a unique and exciting environment for our team members. It’s our driving force to help patients live longer and healthier lives. Join us and be part of our inspiring journey. 

The Distinguished Engineer serves as a technical visionary and subject matter expert, guiding the long-term strategy and advancement of implantable sensor technologies within Heart Failure Management. Rather than leading product research and development, this role focuses on optimizing manufacturing performance, enabling successful commercialization and product transfers, improving quality and reliability, and solving complex operational challenges across a multi-generational product portfolio.

How you’ll make an impact:

  • Own heart failure management implantable MEMS sensor end to end to new product introduction.

  • Drive complex design components, automated equipment, imbedded software and circuit tuning as it relates to manufacturability products and processes of the system all the way to commercialization.

  • Develop complex documentation for manufacturing such as drawings, SOPs, routers, pFMEAs at various levels of release. Assure drawing review processes and responsibility for tolerance stack up compliance. Responsible for fit testing of design parts and fixtures in alignment with next level manufacturing expectation from Pilot to Commercial.

  • Develop complex training and documentation materials such as functional testing of MEMS, full sensors, laser welding, wire bond, laser trimming, hermetic sealing and testing and complex circuit tuning.

  • Lead strategy, prioritization, and technical support for QST, pre DV, DV – SME to Pilot on root cause investigations for manufacturing processes.

  • Drive improvements and support new technology in development of manufacturing equipment engineering and tooling design for the team. Support advanced root cause analysis upon request to assess complaints, field failures, or supplier issues.

What you’ll need:

  • Bachelor’s degree in Engineering or Scientific fields with 12 years of experience providing technical leadership for highly complex electronic systems in a highly regulated environment. 

  • Expertise in micro-electromechanical systems (MEMS) based technologies, signal processing, system integration, and product development.

  • Travel up to 25% domestically and internationally.

What else we look for:

  • PhD or Master’s degree in Bioengineering, Industrial Engineering, Material Science, Chemistry, Physics, or related.

  • Proven expertise in the application of MEMS sensors within complex medical device systems, from concept through commercialization.

  • Experience developing and commercializing implantable medical technologies, including cardiac rhythm management, diabetes management, neuromodulation, or other electronic therapeutic and diagnostic systems.

  • Strong knowledge of implantable device manufacturing, including sensor integration onto printed circuit boards (PCBs), packaging, and long-term reliability considerations for in vivo use.

  • Hands-on experience with advanced manufacturing and assembly technologies, such as laser welding, wire bonding, micro assembly techniques, and electronic testing methodologies.

  • Expertise in electronic system manufacturing, including PCB-level assembly, verification, validation, and production-scale testing.

Aligning our overall business objectives with performance, we offer competitive salaries, performance-based incentives, and a wide variety of benefits programs to address the diverse individual needs of our employees and their families.
For California, the base pay range for this position is $159,000 - $226,000 (highly experienced).
The pay for the successful candidate will depend on various factors (e.g., qualifications, education, prior experience).  Applications will be accepted while this position is posted on our Careers website.  


Edwards is an Equal Opportunity/Affirmative Action employer including protected Veterans and individuals with disabilities.

Skills Required

  • Bachelor's degree in Engineering or Scientific field with 12 years of experience providing technical leadership for highly complex electronic systems in a highly regulated environment.
  • Expertise in micro-electromechanical systems (MEMS) based technologies, signal processing, system integration, and product development.
  • Experience driving embedded software and circuit tuning related to manufacturability of electronic systems.
  • Experience developing manufacturing documentation such as drawings, SOPs, routers, pFMEAs, and ensuring tolerance stack-up and fit testing.
  • Ability to lead technical support and root-cause investigations across QST, pre-DV, DV, and Pilot phases.
  • Willingness and ability to travel domestically and internationally up to 25%.
  • Master's or PhD in Bioengineering, Materials Science, Chemistry, Physics, Industrial Engineering, or related field.
  • Proven experience applying MEMS sensors within complex medical device systems from concept through commercialization (implantable devices preferred).
  • Experience developing and commercializing implantable medical technologies (cardiac rhythm management, diabetes management, neuromodulation, or similar).
  • Strong knowledge of implantable device manufacturing including sensor integration onto PCBs, packaging, and long-term in-vivo reliability.
  • Hands-on experience with advanced manufacturing and assembly technologies (laser welding, wire bonding, laser trimming, hermetic sealing, micro-assembly) and electronic testing methodologies.
  • Expertise in electronic system manufacturing including PCB-level assembly, verification, validation, and production-scale testing.

Edwards Lifesciences Compensation & Benefits Highlights

The following summarizes recurring compensation and benefits themes identified from responses generated by popular LLMs to common candidate questions about Edwards Lifesciences and has not been reviewed or approved by Edwards Lifesciences.

  • Healthcare Strength Health coverage is considered strong, with multiple plan choices, HSA options, and fertility support, and the company highlights holistic well‑being programs.
  • Retirement Support A company 401(k) match and well‑regarded retirement offerings add clear long‑term value to total compensation.
  • Equity Value & Accessibility An Employee Stock Purchase Plan with a discount and look‑back feature makes equity ownership accessible and enhances the total rewards package.

Edwards Lifesciences Insights

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The Company
HQ: Irvine, CA
13,687 Employees
Year Founded: 1958

What We Do

Edwards Lifesciences (NYSE: EW), is the global leader in patient-focused medical innovations for structural heart disease, as well as critical care and surgical monitoring. We thrive on discovery and expanding the boundaries of medical technology, serving patients in 100+ countries, with the help of our employees in areas including Clinical Affairs, Quality Engineering, Research & Development, Regulatory Affairs, Sales & Marketing, corporate functions and more. Our roots date back to 1958 when Miles Lowell Edwards, a retired engineer with a background in hydraulics and fuel pump operations, set out to build the first artificial heart. Edwards believed the heart could be mechanized and was encouraged by Dr. Albert Starr to focus on developing an artificial heart valve. After just two years, the first Starr-Edwards mitral valve was developed and successfully placed in a patient. This innovation spawned Edwards Laboratories. Miles’ fascination with healing the heart and helping patients with heart disease stemmed from his own experience with rheumatic fever as a teenager and continues to fuel our patient-first culture today. Today, we are as passionate about providing innovative solutions for people fighting cardiovascular disease as we have ever been. It's our Credo. It takes integrity, collaboration, innovation, and focus. We are leaders in the design and manufacture of tissue replacement heart valves and repair products as well as advanced hemodynamic monitoring. We partner with physicians to innovate products designed to help patients live longer, healthier, and more productive lives. Our work is both rewarding and a privilege. The importance of what we do defines our approach. We work together to create an environment where ideas can flourish and we provide our people with the resources, expertise and support to bring those ideas to life. For our legal terms and trademarks, please visit: https://www.edwards.com/legal/legal-terms

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