SurgicalEd VR is redefining surgical training through virtual reality and haptic technology. Our platform gives surgeons the ability to practice high-risk, complex procedures in a safe, immersive environment—no cadavers, no
patients, just real-world skills developed with confidence.
More than a practice tool, it provides objective skill assessment and supports credentialing, privileging, and certification, ensuring surgeons are prepared for the operating room.
We partner with hospitals, training institutions, and Medtech companies to bring the future of education to today’s operating room. With real anatomy, the true feel of surgery in hand, and the ability to test decisions without risk to patients, our VR and haptic technology empowers autonomous high-level learning.
Accessible anywhere in the world, even just in time before a real operation, SurgicalED VR builds the confidence and competence that improve outcomes for both surgeons and their patients.
CEO & Founder
Double Board Certified
Cleveland Clinic Trained
Board Member and Chair in Multiple National Societies
Biomedical Engineer
Executive Leader for 2 startups acquired by med device
Human Factors & Quality Care Delivery
Director of Evaluation for Undergraduate Medical Education
Senior Operations
Research Analyst
Healthcare Analytics
Director of Instructional Training Systems and Director of the Human Cognition, Learning, & Performance Laboratory at ODU, VMASC
Director of Modeling and Simulation for Health Virginia Modeling, Analysis, and Simulation Center (VMASC)
Software development specializing in VR, haptics, and surgical simulation
Former Fellowship Director and Section Head Cleveland Clinic
Dr. Lauren Siff
“I would like to use SurgicalEd VR as an adjunct before the first few cases. The rep comes out, but you are scrubbed in and just hoping the “pops” go well. This in the pre-op area
would be amazing!”
“As an active learner, in order to gain new skills, it is imperative that simulation is
involved. The mobile cadaver lab was a great experience to be able to learn new skills
on human tissue and how to adjust the angles, as I am a primarily retropubic sling
provider learning single incision slings. One big downside, as with any cadaver lab, if
you are the second or third or further participant, the tissue feedback was decreased or
absent. The trajectory and pathways had already been created therefore was not
mimicking “real life”.”
"Trying to plan a training within 2 weeks of a scheduled case is nearly impossible"
Richmond, VA, USA
Please reach us at lauren@surgicaledvr.com if you cannot find an answer to your question.
Yes, please reach out to us for more information.
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