Kaustubh Dongaonkar

Dr. Kaustubh Dongaonkar serves as Assistant Professor of Small Animal Surgery in the Department of Veterinary Clinical Sciences at LSU School of Veterinary Medicine, Louisiana State University, joining the faculty on July 1, 2025. His expertise spans orthopedic and soft tissue surgical interventions for companion animals with emphasis on innovative technical approaches.

His academic credentials include:

• MSc, Western College of Veterinary Medicine (Canada), 2022
• MVSc, Bombay Veterinary College, 2012
• BVSc & AH, Bombay Veterinary College, 2009

Dr. Dongaonkar's research program centers on advancing minimally invasive surgical techniques, implant biomechanics, and surgical education methodology. His clinical work addresses complex orthopedic challenges including fracture repair, joint replacement, angular limb deformities, and surgical oncology. This integrated approach bridges technical innovation with practical clinical application to improve surgical outcomes.

Analysis of his 2019-2021 publications reveals consistent focus on evidence-based surgical innovation across multiple domains: spinal surgery temperature management, orthopedic diagnostic reliability, minimally invasive reproductive procedures, and splenic condition management. These works demonstrate methodological rigor through ex-vivo models, clinical case series, and diagnostic validation studies.

His professional recognition includes:

• Dr. Dennis Shute Memorial Award, University of Saskatchewan (2021)
• Best House Officer Presentation, Veterinary Endoscopy Society 14th Annual Meeting (2017)

As a Diplomate of the American College of Veterinary Surgeons, Dr. Dongaonkar maintains active clinical practice while developing his research program. His recent publications indicate ongoing research activity with potential grant support, though specific funding sources aren't detailed. He provides mentorship opportunities in surgical technique development and biomechanical analysis for veterinary students and residents.

While no formal lab name is specified, his research group focuses on surgical technique optimization and biomechanical evaluation, offering students hands-on experience in procedure refinement, equipment testing, and clinical outcomes analysis within the veterinary surgical context.