Transducer Engineer Jobs in Seattle, WA (NOW HIRING)

We are seeking ambitious Ultrasound Engineers to contribute to the design, development, and optimization of imaging modes and features for our ultrasound imaging platforms. This position could be opened at multiple levels including Principal, Lead, and Senior depending upon years of experience in relation to posted requirements. As the Lead Ultrasound Engineer, you are responsible for ensuring world-class imaging performance on our products that meet our customers' needs. You will integrate a range of transducers onto ultrasound imaging platforms and assess clinical value. You will develop software tools, image and data analytics infrastructure, and test methods to facilitate pre-clinical and clinical evaluation. You will regularly collaborate with a global, cross-functional team that includes Product Managers, Clinical Application Specialists, and R&D colleagues (e.g., hardware, software, mechanical, and transducer engineers).

Your key responsibilities include:

• Participate in the design and development of transducer technologies to improve image quality, including advanced matrix arrays and wearable transducers
• Develop and improve features in echocardiography, including 3D/4D volumetric imaging
• Streamline and accelerate the development of artificial intelligence (AI) models that will be deployed on state-of-the-art ultrasound platforms to improve imaging performance
• Design and develop the full ultrasound signal path (from transmit to display) for basic imaging modes and advanced features
• Lead image performance improvement, including algorithm research and development, pre-clinical and clinical image optimization, verification and validation
• Lead new product development activities, including design requirements and specifications, test method development, verification, and related documentation that complies with medical device regulations, standards, and our quality system
• Collaborate with global Ultrasound team to integrate transducers onto ultrasound platforms
• Participate in development of workflow automation features, including AI-based algorithms
• Mentor and coach early-career team members in order to elevate R&D capabilities of team
• Contribute to company's IP portfolio, including development of invention disclosures and patent applications
• Support for collaborations with clinical institutions and universities on innovation projects
• Maintain knowledge (e.g., publications, conferences) of state-of-the-art and trends in imaging technologies and reporting to global team

To be successful in this role, you should have the following skills and experience:

• Master's or PhD degree in relevant engineering or science discipline (PhD preferred)
• Substantial experience in medical ultrasound product development, including as an R&D contributor on multiple products from concept stage through commercialization stage
• Expertise in ultrasound physics, signal and image processing, numerical modeling, and algorithm development
• Experience in echocardiography and/or image quality optimization is preferred
• Demonstrated experience using fast prototyping software (e.g., MATLAB, Python)
• Demonstrated experience with C/C++ development and/or GPU programming with CUDA
• Demonstrated ability to lead and influence a highly technical group
• Excellent oral and written communication skills for multiple levels of an organization
• Excellent organizational and time management skills
• Ability to work in a fast-paced, collaborative, and agile environment with minimal direction, including on global teams
• Working knowledge of relevant medical device regulations and guidance (e.g., ISO 13485, ISO 14971, IEC 62304, IEC 60601)
• Willing to travel domestically and internationally at least 10%
• Demonstrated Passion for Change

Working Conditions:

Magnetic Environment Exposure:

This position requires working in an environment where strong magnetic fields may be present. Employees may be exposed to powerful magnets, electromagnetic equipment, or other devices that generate magnetic fields.

Risk to Ferrous Metals in the Body:

Due to the nature of the magnetic environment, employees must not wear or carry ferrous metals on their person while in the designated work area. This includes, but is not limited to, metal objects such as steel, iron, and other ferrous materials. Additionally, employees with implants, medical devices, or foreign objects containing ferrous metals within their body (e.g., certain surgical implants, pacemakers, or metal pins) may be at risk and must disclose any such conditions to their supervisor prior to starting work.