Engineer I - 3DCADaver - ADI (781061)

Examine and segment medical data in the form of radiographs, computed tomography (CT) scans, magnetic resonance imaging (MRI) scans, and other relevant data for design use. Collaborate in all phases of the 3D model creation process including initial segmentation, model refinement, creation of CAD based modular features, materials settings, assigning 3D printing settings, and laboratory testing. Utilize CAD software and skills to create modular structures of differing anatomies, as well as replaceable components and mechanical fixation features. Review medical education documentation and live or recorded surgical procedures to better understand the critical anatomy and design features required for each project. Assist with the testing of designed models in mock surgical settings using equipment and tools typical of an orthopedic surgeon. Produce well documented steps highlighting creation, development, and execution of 3D anatomy and CAD models. Work with Department Managers, 3D Animators, Product Managers, Orthopedic Research and Medical Education. Interact with surgeons and clinical specialists to develop accurate and representative anatomical models and features. Design, participate, and when required, execute research studies involving anatomical data in either digital or physical form for anatomical or biomechanical analysis. Research and utilize various materials including polymeric materials such as silicone and urethane for replication of anatomical structures. Observe surgical demonstrations including cadaver dissections. Support Product Development activities related to manufacturing and production handled at Arthrex Manufacturing. Maintain an organized workflow and collaborate with team timelines and expectations. Attend conferences, meetings, or other educational activities to further assess new technologies and methods.

Travel 25% of the time, both domestic and international. Nature of travel – Seminars and Research Projects and Meetings with Surgeons.

40 hours/week, 9:00am-5:00pm

One (1) year of experience in biomechanical engineering.

Must have one (1) year of experience in the following (experience may be gained concurrently):

- Solidworks to design jigs, fixtures, and assemblies with anatomical 3D models simulating articulation and joint movements, and in the analysis and measurements of CAD models in research projects

- Materialise Mimics for medical image processing to convert CT and MRI data into anatomically accurate 3D models

- Materialise 3-Matic for post-processing and refining anatomically accurate 3D models obtained after segmentation, and for file preparation before 3D printing and “post-op to pre-op” analysis of 3D printed parts for medical image processing to convert CT and MRI data into anatomically accurate 3D models

- General anatomy and anatomical terminology for analyzing medical imaging data while working on various research projects to ensure accuracy in 3D models

Experience may be gained before, during, or after the attainment of a degree and may be paid or voluntary.

Requires a Bachelor’s degree (or foreign equivalent) in Biomedical Engineering, Mechanical Engineering, or a directly related field

Please copy and paste your resume in the email body (do not send attachments, we cannot open them) and email it to candidates at placementservicesusa.com with reference #781061 in the subject line.

Thank you.