IG-RABIT: Image-Guided, Robot-Assisted, Biomechanically-Informed Osteotomy and Surgical Implants for Orthopaedic Oncology

IG-RABIT

Image-Guided, Robot-Assisted, Biomechanically-Informed Osteotomy and Surgical Implants for Orthopaedic Oncology

Using established “surgineering” principles, this research project will develop personalized surgical implants to treat patients with spinal, sacral and pelvic tumors. The devices will be designed using advanced engineering and implanted using image-guided robotic assistance. The project will leverage engineering and surgical expertise from UT Austin and MD Anderson to create an integrated system that has the potential to be used in a variety of clinical settings.

The project has four main pillars:

  • Use computational modeling and automatic surgical planning for spine and pelvic tumor surgery
  • Develop mechanobiology-informed, patient-specific biomaterials and implants for optimal biomechanical integrity and biological integration
  • Develop surgical robotics and image guidance for placement of surgical implants in the complex context of spine and pelvic tumor surgery
  • Integration and testing of a system for image-guided, robot-assisted placement of implants in preclinical studies to evidence performance gains and establish a basis for translation to clinical studies

This project will form the foundation for future collaboration and translational research and innovation in engineering and surgery between the institutions in The University of Texas at Austin Medical Center.

 

Team Members


MD Anderson

Jeffrey Siewerdsen

Jeffrey Siewerdsen

Professor
Imaging Physics

Justin Bird

Justin Bird

Associate Professor
Orthopaedic Oncology

Kristy Brock

Kristy Brock

Professor
Imaging Physics

Ke Li

Ke Li

Associate Professor
Imaging Physics

Shalin Patel

Shalin Patel

Assistant Professor
Orthopaedic Oncology

UT Austin

Maryam Tilton

Maryam Tilton

Assistant Professor
Walker Department of Mechanical Engineering,
Cockrell School of Engineering

Farshid Alambeigi

Farshid Alambeigi

Adjunct Associate Professor
Walker Department of Mechanical Engineering,
Cockrell School of Engineering

Edward Castillo

Edward Castillo

Associate Professor
Biomedical Engineering,
Cockrell School of Engineering

Elizabeth Cosgriff-Hernandez

Elizabeth Cosgriff-Hernandez

Professor
Biomedical Engineering,
Cockrell School of Engineering

Omar Ghattas

Omar Ghattas

Professor
Walker Department of Mechanical Engineering,
Cockrell School of Engineering

Alex Haynes

Alex Haynes

Associate Professor
Surgery and Perioperative Care,
Dell Medical School

David Leigh

David Leigh

Director
Center for Additive Manufacturing and Design Innovation,
Walker Department of Mechanical Engineering,
Cockrell School of Engineering

Matthew Wallace

Matthew Wallace

Assistant Professor
Surgery and Perioperative Care,
Dell Medical School

News


June 4, 2026
OVPR

Robotic Precision Meets Personalization to Transform Cancer Surgery

A team comprised of experts in robotics, imaging, biomaterials, and orthopaedic surgical oncology at UT Austin and UT MD Anderson Cancer Center is working to transform the way the medical field approaches complex surgeries to improve the lives of cancer patients.
Dr. Jeffrey Siewerdsen and a colleague in his lab
March 13, 2026
UT MD Anderson Cancer Center

How digital twins are making cancer surgery safer

Researchers at The University of Texas MD Anderson Cancer Center are using data science and virtual models, like digital twin technology, to create and test new surgical technology and workflows before using them on patients.
A scientist in a lab

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