Advancing patient care at the intersection of clinical practice and emerging technology — digital dentistry, 3D medical imaging, additive manufacturing, and computer-assisted surgical planning.
01
3D Medical Applications Leadership
Walter Reed · Integrated 3-D Medical Applications Service
Served as Service Chief in the Department of Radiology, advancing clinical use of medical imaging, digital modeling, rapid prototyping, and additive manufacturing to produce patient-specific implants, surgical guides, anatomical models, and virtual surgical plans for complex craniofacial reconstruction of combat-injured service members. The work set accuracy and validation benchmarks for 3D-printed medical models.
02
Computer-Assisted Surgery (CAPE)
Johns Hopkins · APL · Walter Reed collaboration
Contributed to the Computer-Assisted Planning and Execution system for face-jaw-teeth transplantation — including patient-specific trackable cutting guides and real-time cephalometry — recognized with the 2015 Tech Connect National Innovation Award. The program produced five related U.S. patent filings, four of them now granted.
2015 Tech Connect National Innovation Award2014 Abell Foundation Award · Technology transfer
03
Digital Dentistry & Clinical Transformation
University of Louisville School of Dentistry
Led institutional adoption of CAD/CAM, digital workflows, virtual planning, and intraoral scanning across clinical practice, research, and advanced dental education as Assistant Dean for Technology & Innovation.
04
Bioprinting & Space Health
DoD/DHA · NASA TRISH
Helped establish a Department of Defense bioprinting/fabrication center, and serves as consultant and board member to the center, which oversees DoD/DHA-funded bioprinting research. Contributed to NASA-sponsored research developing surgical and 3D-printing capabilities for spaceflight environments.
05
Point-of-Care Virtual Planning & Fabrication
University of Louisville · Craniofacial Virtual Laboratory · 2016 – 2022
An in-house service for the Health Sciences Center and Speed School of Engineering: DICOM conversion and segmentation, virtual surgical consultation, medical-model and craniofacial surgical-guide design and fabrication, and virtual dental-implant planning with guide fabrication — supporting education, research, and remote consultation.
06
Expeditionary Additive Manufacturing
U.S. Navy · Print the Fleet · DARPA proof of concept
Spearheaded training in and development of shipboard additive manufacturing as a partner to the Chief of Naval Operations' Rapid Innovation Cell (Print the Fleet, 2013–2015). Designed basic surgical instruments for printing in the field as a DARPA proof of concept, demonstrated at a combat trauma field station.
2013 Grand Prize · Design of Medical Devices Conference