Advanced Clinical Biomechanics Specialist

Job Description:

Job Profile Summary Advanced Medical Biomechanics Specialist role supports the advanced care technology and visualization engineering department, an enterprise-wide team dedicated to enhancing Intermountain's mission and vision. This position focuses on implementing advanced biomedical and visualization technologies and services, demonstrating clinical and business impact from research to practice, and transforming healthcare  primary responsibilities include supporting the engineering execution and service delivery of advanced technology, biomedical and visualization service lines.

This role is crucial in Intermountain Healthcare's efforts to leverage technology to improve efficiencies and outcomes in clinical settings. The specialist will handle various engineering tasks related to advanced care technology and visualization engineering, continuous improvement of existing service lines, and the execution of new service lines, including implementation and validation.

Key requirements for this position include a deep understanding of human anatomy, radiologic anatomic analysis, medical modeling, 3D visualization, and 3D printing. The role also demands specialized knowledge and experience in clinical and surgical procedures that necessitate advanced visualization modalities. Additionally, the specialist must align tasks with a medical quality management system and have experience with healthcare and medical device regulatory, privacy, and risk management requirements.

This includes working with IRB protocols, FDA and ISO compliance standards, and conducting risk assessments.

The role supports the execution of established strategic priorities in specific specialties, evaluating and implementing new advanced visualization technologies and solutions. The specialist will work closely with the department director and other stakeholders, with responsibilities growing as the department matures.

Essential Functions Responsible for a wide variety of technical responsibilities as it relates to the advanced care technology and immersive visualization services execution and continuous improvement of already defined service lines and initiatives and direct the use of 3D printing for prototyping and demo product visualization.

Design, create, produce, engineer, Postprocess, and deliver services provided by the Advanced Visualization engineering team as needed.

Execution of newly formed service lines, including implementation and validation of new design concepts to meet the needs of the relevant stakeholders.

Apply knowledge of medical device design and 3D visualization (XR and Spatial Computing) and 3D printing technologies and associated postprocessing techniques and tools, in delivering the Advanced Visualization services

Implement quality assurance standards such as ISO 13485, including relevant techniques

Maintain equipment according to timelines and schedules to ensure accurate and repeatable 3D design, prototype, and model production.

Align tasks and work done to a given medical quality management system leveraging previous experienced in healthcare and medical device regulatory, privacy, and risk management requirements.

Execute of established strategic priorities in evaluating and implementing new advanced visualization technologies and solutions.

Execute the day-to-day engineering needs for the department

Recommends and implements solutions, including support.

Prepares and ensures accuracy of documentation of services and operations.

Skills Patient-specific biomedical technology development

Visceral anatomy segmentation and quantitative assessment

Complex anatomy Reconstruction Patient specific Medical Device Design Qualifications Bachelor ’s degree in mechanical engineering, biomechanical, biomedical or closely related discipline.

Post-graduation experience of hands-on verifiable specific experience performing anatomic medical modeling, surgical guides design, diagnostic imaging processing, and 3D printing, and medical device development experience in an advanced visualization program.

Two years’ experience must be spent performing high volume of the needed specialty with aforementioned relevant…