Lead Applications/Systools Engineer

What You'll Do

• Design and develop software tools that support MR system calibration, performance monitoring, diagnostics, and troubleshooting, with a particular focus on hardware insight and system health.
• Apply your knowledge of MR physics, signal processing, and imaging to create innovative MR applications and system tools.
• Partner with MR software and service organizations to help define and evolve the long-term system tools software platform strategy.
• Transform prototype applications into robust, product-quality software by optimizing for reliability, performance, reuse, and long-term maintainability.
• Collaborate with a cross-functional team of engineers, scientists, and product managers to translate high-level MR workflow and application needs into clear, actionable software requirements.
• Contribute as an embedded member of an Agile software development team, delivering new features aligned with program priorities.
• Develop, integrate, and test software components in alignment with established software development policies and quality standards.
• Document requirements, designs, verification activities, and other development artifacts in accordance with GE Healthcare and local quality processes., * Learn the industry side of MR: Gain hands-on exposure to how cutting-edge MR research becomes scalable, reliable products used in clinical settings worldwide.
• Grow your expertise: You'll be encouraged to explore a wide range of MR application areas, with support and mentorship from experienced team members.
• Collaborative culture: Work within a cross-functional, Agile environment where diverse perspectives are valued and teamwork is essential.
• On-the-job learning: While imaging, signal processing, MR physics, and software fundamentals are key starting points, GE-specific systems and tools are taught and supported.
• Meaningful impact: Your work will directly contribute to improving MR system performance, reliability, and patient care.

• Master's degree in an engineering or science field such as Electrical Engineering, Biomedical Engineering, Medical Physics, Computer Science, Applied Mathematics, or Physics.
• Approximately 3 years of relevant professional or research experience (including Ph.D. training) working with MR systems.
• Approximately 3 years of experience in MR technical research and application development.
• Approximately 3 years of experience with object-oriented software design and development using C++ and/or Python.
• A solid foundation in MR physics and imaging principles, as well as signal and image processing techniques.
• Strong analytical, problem-solving, and collaboration skills, with the ability to work effectively in a team environment., * Ph.D. in an engineering or science field such as Electrical Engineering, Biomedical Engineering, Medical Physics, Computer Science, Applied Mathematics, or Physics.
• Deeper knowledge of digital signal processing and image processing algorithms and mathematical transforms.
• Familiarity with GE MR systems or similar MR development environments.
• Experience with Linux-based software development on x86 platforms.
• Interest in learning how advanced MR technology moves from research into real-world clinical and service applications.