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How can 3D printing transform veterinary medicine and education? For Dr. Alexander Lee, LSU Vet Med鈥檚 newest assistant professor of anatomy, the answer lies in using engineering and biomechanics to create solutions that benefit both patients and students. From developing prosthetics that restore mobility in animals to building interactive teaching tools that bring complex anatomy to life, Lee鈥檚 work demonstrates how technology can expand what is possible in veterinary care and training.

Lee鈥檚 research emphasizes the development of anatomically accurate, 3D-printed models and devices. These innovations have the potential to make prosthetics more functional, comfortable, and accessible while also offering novel classroom applications. His doctoral dissertation, 鈥淒evelopment of a Tensegrity Based 3D Printable Transradial Canine Prosthetic,鈥� highlights one of his most distinctive projects: creating canine prosthetics designed for both strength and flexibility. 

Current projects include refining prosthetic designs through tensegrity principles and exploring ways to optimize devices using advanced 3D printing. Lee also collaborates with clinicians to apply visualization technologies in practice鈥攑roducing precise anatomical models, supporting surgical planning, and aiding in medical device development. These efforts align closely with LSU Vet Med鈥檚 mission to advance both veterinary education and biomedical discovery.

"My goal is to push the boundaries of how we use technology. Whether it's designing prosthetics that enhance the lives of animals and humans or developing tools that empower students, I want this work to ignite innovation, inspire confidence, and have a meaningful impact across classrooms, labs, and clinics,鈥� Dr. Lee said.

Dr. Lee earned his bachelor鈥檚 degree from LSU in 2017 and his PhD from LSU Vet Med in 2024. A New Orleans native, he joined the LSU Vet Med faculty in January 2025.