The clinical training landscape is changing faster than most practitioners realize. Virtual reality medical simulation, haptic feedback technology, and telerobotics are no longer concepts reserved for research labs or science fiction. They are being deployed right now in surgical training programs, battlefield medicine, burn care simulation, and remote patient care. For clinicians who want to understand where medical education and human performance training are genuinely headed, this course is the entry point that matters.

This one-credit course, presented at ISGN 2023 by biomedical engineer and haptics researcher Robert Crockett, PhD, gives clinicians a clear, science-grounded overview of how haptic technology works and why it is poised to reshape clinical simulation, rehabilitation, and telemedicine. The content covers the core dimensions of haptic feedback including tactile sensation, force resistance, and thermal input, along with the critical distinction between natural haptics and symbolic haptics. You will understand why that distinction determines whether a simulation builds real clinical muscle memory or undermines it. The course also examines current hardware form factors, collaborative virtual environments, and the trajectory of haptic development from gloves to full upper-body exoskeletons and beyond.

This course is designed for licensed clinicians across disciplines who are curious about emerging medical technologies and their implications for patient care and clinical training. Whether your focus is neurology, rehabilitation, surgery, or human performance, the principles covered here apply directly to understanding how the next generation of simulation and therapeutic tools will function. No engineering background is required. If you treat patients and you train, this content is relevant to your practice.