In Jeff Holmes' op ed for The Conversation, he argues that "Teaching engineers and healthcare professionals to collaborate is faster, cheaper, and more feasible than building specialty programs to train physician-engineers or launching more biomedical engineering programs."
University of Virginia engineering professors Daniel Quinn and John Lach, working with UVA asthma physician Dr. Larry Borish, are developing and testing innovative sensor systems that, once fully designed and implanted in a patient’s trachea, should help detect sudden asthma attacks before they...
“This concentrated collaborative effort made huge gains in quantifying processes in brain immunolgy that may someday impact research in Alzheimer’s, autism and other neuro-immune diseases,” says electrical engineer and professor Scott Acton.
The call for Engineering-in-Medicine seed grant proposals is now open. The objective of the seed grant program is to foster sustained, high-impact collaborations at the interface of engineering and medicine.
The UVA research team, made up of LeBaron; John Lach, an electrical and computer engineering professor; and Dr. Leslie Blackhall, a palliative care physician, is developing and deploying an innovative, in-home system of wireless sensing technology that records factors that may contribute to increased pain.
In this issue: Seed Grant Stats; Engineering in Medicine: Professor Scott Acton’s Embedding Experience; Researchers Developing Drug Delivery Patches to Manage Pain Without Addiction Risk; Funded Research Projects: Spring 2018 Cohort; Funding Resources
What happens when engineers are partnered with medical professionals to tackle pressing health care challenges – with each collaborator bringing forth distinct professional insights? Society gets better medicines, treatments and technologies.
Via a seed grant from the Center for Engineering in Medicine, mechanical engineering and orthopedic researchers team up to work toward an innovative solution for treating lower back pain after surgery and for chronic back pain. They are developing drug delivery patches that would be worn on the skin, like a bandage, to deliver non-addictive pain medicine directly to the site of pain, rather than systemically via pills or injections.
Initiative Encourages Collaborations Between Engineers and Clinicians
Engineering has always been an integral part of medicine. Walk into a hospital or a clinic, and every aspect of care — from the devices physicians use to diagnose and treat disease to the vaccines and pharmaceuticals they prescribe — bears the imprint of engineers. The University of Virginia’s new Engineering in Medicine initiative is designed to jumpstart medical innovation by explicitly fostering partnerships between engineers and clinicians.
UVA happens to be one of only eight universities in the United States with top schools of Engineering and Medicine separated by less than a mile. Thanks to Jeffrey Holmes, MD, PhD, Professor of Biomedical Engineering and Medicine; and Mark Sochor, MD, Vice Chair for Research, Emergency Medicine and the Medical Director of the Center for Applied Biomechanics, we are taking advantage of that physical proximity with initiatives like the newly developed Center for Engineering in Medicine.
With money from the Strategic Investment Fund, this center is a joint effort among the Schools of Medicine, Engineering, and Nursing and will provide seed funding for research projects.
Collaboration is the name of the game here. Each project will combine clinical teams with engineering teams to innovate.
In this issue: News Article: Tapping the Insight of Engineering to Drive Innovation in Medicine; Funded Research Projects: Fall 2017 Cohort; Call For Proposals: Spring 2018 - RFP and proposal submission info