Medical Imaging Specialist

Title: Image Quality Algorithm developer

Location: Waukesha, WI - Onsite

Duration: Long-term

Introduction:

An Image Quality Algorithm Developer applies engineering principles and scientific methods to enhance medical imaging systems.

This role involves working with cross-functional teams to develop, evaluate, and optimize image quality algorithms for CT or X-ray systems.

They will lead efforts in data acquisition, calibration, modeling, and simulation to improve diagnostic image quality and system performance.

Operate CT scanners for calibration and phantom imaging.

Utilize CT scanners and Linux-based tools to process CT images.

Assess CT image quality using established quantitative metrics.

Design, implement, and execute test cases for CT scanning and image analysis.

Collaborate with team members to identify, communicate, and resolve technical issues.

Essential Responsibilities:

Develop and optimize image quality algorithms through data acquisition, calibration, modeling, and simulation.

Collaborate with local and global teams to define and implement algorithmic solutions for medical imaging systems.

Utilize tools such as MATLAB, Python, and C++ for algorithm development, analysis, and simulation.

Lead technical reviews and validation of algorithm performance using real and simulated data.

Apply knowledge of X-ray or CT physics to improve image reconstruction and processing techniques.

Conduct feasibility studies and performance evaluations to support new technology introduction.

Stay current with advancements in imaging science, data science, and algorithm development to drive innovation.

Qualifications / Requirements:

Bachelor’s degree in Biomedical Engineering or a related field.

1–2 years of relevant academic or industry experience, including leadership in technology development or research projects.

Proficiency in Python and Linux operating systems.

Familiarity with CT scanner hardware and imaging technologies.

Demonstrated ability to solve complex design problems and deliver effective solutions utilizing their strong foundation in mathematics, physics, and image/signal processing fundamentals.

Experience of X-ray or CT physics or technology development

Proficiency in MATLAB, Python, and C++ for algorithm development and simulation.

Excellent communication skills in written and spoken English.