Staff Scientist, Ultrasound Imaging & Research

Mindray DS USA, Inc.; Milpitas (CA); On-site; USD 120,000 - 190,000; Full time

Job summary

Mindray North America seeks a Staff Scientist (Imaging) to advance ultrasound image quality across premium systems. You will optimize imaging parameters and transducer performance, collaborating with imaging scientists, engineers, and clinical sonographers to push imaging quality forward.

You will develop signal processing algorithms, run MATLAB simulations, and contribute to new transducer designs while documenting research findings for regulatory and product teams.

Qualifications

• PhD in signal processing-based engineering or related field.
• MS with exceptional relevant experience may also be considered.
• Strong experimental and analytical skills.
• Experience with MATLAB or similar signal processing toolboxes.
• Ability to work independently while managing multiple priorities.
• Comfortable collaborating within small technical teams.

Responsibilities

• Lead probe-specific optimization of imaging parameters to improve ultrasound image quality across modes.
• Apply acoustics or related fields to optimize transducer performance for clinical imaging.
• Configure imaging parameters through SQL databases using MATLAB simulations and experiments.
• Collaborate with imaging scientists, engineers and clinical sonographers to meet clinical needs.
• Develop signal processing algorithms and software routines; document findings.

Skills

Strong experimental skills

Analytical skills

Independent work ability

Excellent communication

Team collaboration

Documentation & reporting

Education

PhD in signal processing-based engineering

MS with exceptional relevant experience

Tools

MATLAB

DSP

GPU computing

Job description

Mindray North America seeks a Staff Scientist (Imaging) to advance ultrasound image quality across premium systems. You will optimize imaging parameters and transducer performance, collaborating with imaging scientists, engineers, and clinical sonographers to push imaging quality forward.

You will develop signal processing algorithms, run MATLAB simulations, and contribute to new transducer designs while documenting research findings for regulatory and product teams.