Join a dynamic team at the forefront of Magnetic Resonance Imaging innovation. This role involves collaborating with top clinical and academic institutions, alongside GE HealthCare's global MR, Clinical, Engineering, and R&D departments. You will drive advancements in MR pulse-sequence development, sophisticated acquisition and reconstruction techniques, AI-driven insights, and clinical application.

Your expertise will be crucial in translating clinical needs into novel research concepts and prototypes. You'll also be instrumental in evaluating emerging technologies, generating robust scientific evidence, and influencing future MR development strategies.

Key responsibilities include assessing cutting-edge MR technologies, software, and advanced computational methods. You will design and conduct studies to validate new MR technologies and applications, contributing to publications, presentations, and proposals.

Build strong scientific networks, foster multi-site collaborations, and guide innovations from concept through validation and clinical integration. Lead collaborative MR research, develop and optimize advanced MR pulse sequences, and apply AI/ML to enhance MR development. Translate complex clinical and technical challenges into viable research concepts and prototypes in partnership with Engineering and R&D.

A PhD in Physics, Medical Physics, Biomedical Engineering, Electrical Engineering, Computer Science, Radiological Sciences, or a related field is required. The role demands over 3 years of experience in MR, medical imaging, pulse-sequence development, image reconstruction, or computational imaging.

Strong proficiency in MR physics, pulse sequences, and acquisition is essential, alongside hands-on programming skills in languages like C/C++, Python, or MATLAB. Demonstrated success in technical innovation and scientific research, evidenced by publications or presentations, is key. Excellent analytical, experimental, and problem-solving abilities are expected, along with the capacity to collaborate effectively across diverse, multidisciplinary, and global teams.