Additive Manufacturing

This study presents a biomimetic approach for developing scalable 3D printable models of a California sea lion pelvis using DICOM images derived from CT and MRI scans. The images were processed using Simpleware ScanIP software to create accurate and detailed representations of the targeted anatomy. The resulting models were then modified and optimized for 3D printing. The motivation behind this research is to provide a realistic and cost-effective alternative to traditional training methods for veterinary blood collection. The proposed work has the potential to enhance veterinary education and training, improving the quality of care provided to animal patients.

Utilizing acquired DICOM images to create CAD models designed to be additively manufactured (utilizing various software suites such as Simpleware ScanIP and Autodesk ReMake). This project is an ongoing effort in gaining insight into new working mechanisms that will aid in underwater vehicle or platform design – largely inspired by biological components. Currently the lead on this project and working with the National Marine Mammal Foundation to create a scalable Sea Lion pelvis model that can be used for training volunteers on blood extraction. Mentoring two undergraduate students as a technical advisor who are utilizing this method for their university capstone project.