- Perform CT-based anatomical segmentation and pre-operative planning to support Strykers robotic-assisted orthopedic procedures.
- Process and prepare patient CT scan data using specialized planning and segmentation software ensuring high levels of accuracy and quality.
- Create accurate 3D anatomical models from CT images to support patient-specific surgical planning.
- Review CT scans and segmented models for image quality anatomical accuracy completeness and adherence to defined quality standards.
- Support surgical planning activities for Mako robotic-arm assisted procedures including implant planning sizing positioning and alignment as applicable to the workflow.
- Work closely with clinical and field teams to ensure patient cases are processed accurately and within required timelines.
- Identify and troubleshoot issues related to CT image quality segmentation anatomical landmarks and case planning.
- Maintain strong attention to detail while handling multiple patient cases and priorities.
- Collaborate with internal Clinical Engineering Quality and other cross-functional teams to resolve case-related issues and continuously improve processes.
- Provide feedback on software workflow and case-processing challenges to enhance quality and customer experience.
- Maintain appropriate documentation and follow established quality and compliance requirements while processing patient-specific clinical data.
- Demonstrate flexibility to support business requirements including case priorities and changing workload demands.
What You Need
- Strong understanding of human anatomy particularly musculoskeletal anatomy and orthopedic structures.
- Good knowledge of CT imaging medical image processing and anatomical segmentation.
- Ability to interpret CT images and accurately identify relevant anatomical landmarks.
- Strong attention to detail and commitment to accuracy and quality.
- Good analytical and problem-solving skills with the ability to identify and resolve segmentation or imaging-related issues.
- Ability to learn new software applications and clinical workflows quickly.
- Strong communication and interpersonal skills with the ability to collaborate effectively across clinical and technical teams.
- Ability to work effectively in a quick-paced environment and manage multiple patient cases and priorities.
- Strong customer focus and a sense of ownership for delivering accurate and timely case support.
- Education:
- in Biomedical Engineering Biotechnology Medical Electronics or a related engineering/healthcare discipline preferred.
- Candidates with relevant education in Medical Imaging/Radiology may also be considered based on experience.
- Experience:
- 15 years of relevant experience in medical devices medical imaging clinical applications healthcare technology or a related field.
- Experience in CT-based image processing anatomical segmentation 3D reconstruction or pre-operative surgical planning would be preferred.
- Exposure to orthopedics joint replacement robotic-assisted surgery or surgical planning would be an advantage.