Lead Application Engineer – MR Pulse Sequence / Applications Development

Job Description Summary Location: Waukesha, Wisconsin — Hybrid, 3 days onsite Job Description Summary As a Lead Application Engineer within our MR Engineering team, you will develop MR pulse-sequence and clinical application capabilities that help improve image quality, clinical workflow, and data-acquisition efficiency. You will work as part of a multidisciplinary MR physics and software team, collaborating with engineers, Marketing, customers, and internal and external researchers to translate clinical and technical needs into new MR applications. This role combines MR physics, pulse-sequence/application development, and software engineering and provides the opportunity to take ideas from requirements and feasibility work through implementation and system integration. Job Description Roles and Responsibilities Design, implement, and evaluate new MR pulse-sequence and application features. Develop solutions focused on improving MR image quality, workflow, and data-acquisition efficiency. Partner with Marketing, customers, researchers, and engineering teams to understand clinical and technical needs and translate them into application requirements. Perform pulse-sequence implementation and feasibility testing in clinical and development environments. Apply statistical and quantitative analysis to evaluate performance and improve software quality. Develop, test, and integrate software components into MR systems in accordance with established software-development policies and procedures. Troubleshoot technical issues using MR physics, imaging fundamentals, software-development skills, and data-driven analysis. Communicate technical findings, tradeoffs, risks, and recommendations effectively across multidisciplinary teams. Collaborate across functions to move application-development work from concept through implementation and integration. Required Qualifications Master's degree in Biomedical Engineering, Medical Physics, or a related discipline. 3 years of relevant professional or research experience, including applicable graduate-school or Ph.D. research experience. Strong understanding of MR physics and medical-imaging fundamentals. Experience working in Linux development environments. Software-development experience in C. Experience with object-oriented design and development, including C . Experience using Python for software development, analysis, testing, or related technical work. Demonstrated ability to communicate and collaborate effectively within multidisciplinary technical teams. Desired Characteristics Ph.D. in Biomedical Engineering, Medical Physics, or a related discipline. Hands-on experience designing, developing, modifying, or testing MR pulse sequences. Experience developing MR clinical applications or working with MR imaging systems. Experience with GE Signa EPIC programming language. Experience conducting feasibility testing in clinical or similarly controlled environments. Experience working within a regulated product-development environment. Ability to understand customer or clinical needs and translate them into actionable technical requirements. Strong problem-solving skills with the ability to investigate technical problems, use quantitative evidence, and collaborate across functions to develop solutions. Demonstrated ability to learn complex development environments and work effectively within established engineering processes and standards. What You’ll Work On In this role, you will contribute directly to the technology that determines how MR systems acquire and create images. Your work may include developing and improving pulse sequences, evaluating image quality, improving acquisition efficiency, and helping simplify clinical workflows. You will work closely with a core team spanning MR physics and software engineering while also interacting with researchers, customers, Marketing, and other engineering partners. What Success Looks Like Success in this role includes: Building proficiency in the MR development environment and contributing effectively to assigned application-development work. Delivering technically sound pulse-sequence and application solutions that meet defined requirements. Working effectively with MR physics, software, and cross-functional partners. Applying appropriate development, testing, documentation, and integration practices within a regulated environment. Connecting technical development work to improvements in image quality, acquisition efficiency, workflow, or other defined application outcomes. Work Environment This position is based in Waukesha, Wisconsin and requires onsite presence three days per week. The role includes work within an MR development environment, with appropriate MR safety and security training provided. Relocation assistance is available. Sponsorship is not available for this position. #LI-LRG1 #LI-Onsite #LI-Hybrid We will not sponsor individuals for employment visas, now or in the future, for this job opening. GE HealthCare offers a great work environment, professional development, challenging careers, and competitive compensation. GE HealthCare is an Equal Opportunity Employer. Employment decisions are made without regard to race, color, religion, national or ethnic origin, sex, sexual orientation, gender identity or expression, age, disability, protected veteran status or other characteristics protected by law. GE HealthCare will only employ those who are legally authorized to work in the United States for this opening. Any offer of employment is conditioned upon the successful completion of a drug screen (as applicable). While GE HealthCare does not currently require U.S. employees to be vaccinated against COVID-19, some GE HealthCare customers have vaccination mandates that may apply to certain GE HealthCare employees. Relocation Assistance Provided: Yes At GE HealthCare, we see possibilities through innovation. We’re partnering with our customers to fulfill healthcare’s greatest potential through groundbreaking medical technology, intelligent devices, and care solutions. Better tools enabling better patient care. Together, we are not only building a healthier future but living our purpose to create a world where healthcare has no limits.