This week’s Providing Better Healthcare Through Systems Engineering seminar series welcomed Andrew M. Fine, MD, MPH to share his insight into using artificial intelligence (AI) as a tool to mitigate physician burnout. Students, faculty, staff, clinicians, and community members gathered to discuss both the potential and the risks of AI-supplemented healthcare.
Fine specializes in pediatric emergency medicine, innovating both children’s healthcare and public health at large. As a Senior Associate Physician in Pediatrics at the Boston Children’s Hospital, Fine has experienced firsthand the effects of provider burnout. He also serves as an Associate Professor in Pediatrics and Emergency Medicine at Harvard Medical School. Continue Reading »
On Monday, November 6th, the ninth annual Center for Healthcare Engineering & Patient Safety (CHEPS) Symposium brought together students, alumni, faculty, clinicians, and community members to celebrate another year of multidisciplinary healthcare innovation.
Hosted in U-M’s Lurie Engineering Center, the event highlighted how the fusion of engineering with healthcare can provide robust solutions to difficult problems, addressing the complexities of patient safety, enhancing healthcare operations and delivery, and ultimately improving outcomes for all. Posters from sixteen diverse research projects tackled subjects from prenatal care access to competing scheduling requirements, from inbox-related provider burnout to allocating specialty care for patients with lung and liver cancer.Continue Reading »
As a physician-scientist, Division Director of Maternal Fetal Medicine, and Associate Professor of Obstetrics and Gynecology at U-M, Stout shows great passion for optimizing prenatal care with an emphasis on those who need it most. Stout’s work is driven by a dedication to ensuring the well-being of birthing people and infants with the ultimate goal of making prenatal care accessible and effective for everyone. Continue Reading »
On Monday, October 23rd, Karthik Ramani, MD joined CHEPS in discussion at the Providing Better Healthcare through Systems Engineeringseminar series. Alongside his work as the Medical Director of Interventional Nephrology and Vascular Access Services at Michigan Medicine, Ramani is pursuing his MBA at U-M’s Stephen M. Ross School of Business and holds particular interest in pursuing greater equity and diversity in clinical trials.
He began with some facts:
While minority populations make up 39% of the U.S., they make up only 25% of clinical study participants.
While 40% of White clinical trial candidates ultimately enroll in studies, that number drops to 23% for Black clinical trial candidates.
“We digitized U.S. healthcare . . . We are now trying to digitalize our workflow, and some is working well, and some is not.”
This is how Andrew Rosenberg, MD, Chief Information Officer of Michigan Medicine and Associate Professor of Anesthesiology and Internal Medicine, opened this week’s Providing Better Healthcare through Systems Engineering seminar session. His presentation, titled “Digitization-Digitalization-Digital Transformation: Changing Healthcare Paradigms” introduced students, faculty, staff, and community members from U-M and beyond to the complex reality that is adapting a centuries old profession—medicine—to the digital age.
Digitization, as Rosenberg described, refers to the creation of accessible digital infrastructure. One common example of digitization has been the move away from paper medical records to electronic health record systems. Continue Reading »
Julia Kramer, PhD, MPH is an Assistant Professor of Mechanical Engineering at the University of Michigan. In her research, she focuses on equity-oriented engineering solutions to modern healthcare issues. This Monday, Kramer presented an insightful seminar on human-centered design as it applies to her research promoting rights-based family planning for contraceptive care.
Contraceptive care and human-centered design
With a variety of contraceptive methods available, such as insertive IUDs, hormone injections, and oral contraceptives, it can be difficult for patients in low-resource communities to feel adequately informed and advised in their contraceptive healthcare journey. Continue Reading »
On Friday, September 29th, Center for Healthcare Engineering & Patient Safety (CHEPS) alumnus Ryan Chen participated in the Industrial and Operations Engineering (IOE) 101 Career Seminar Series hosted by the University of Michigan’s IOE Department.
Having graduated from U-M in 2014 with dual degrees in IOE and Euphonium Performance, Chen told students and faculty about the formative experiences he had as a student at Michigan. Chen began working at CHEPS shortly after its 2011 founding, noting that he still keeps in touch with some of the friends he made here years ago.
“One of the places I really got to learn a lot from was CHEPS, and that is where I really formed myself as an intellect at Michigan.” Continue Reading »
Once considered a “last resort” for those diagnosed with bone marrow cancer, bone marrow transplants (BMTs) have become a more successful treatment option in recent decades. As the number of BMTs performed around the world continues to rise, so do questions about its ethical complexities.
On Monday, September 25th, the Center for Healthcare Engineering & Patient Safety (CHEPS) partnered with Sung Won Choi, MD, MS and Jodyn Platt, MPH to discuss the intricacies of informed consent.
Bone marrow basics
Depending on the kind of cancer a patient is diagnosed with, there are different methods for BMT: while autologous transplants allow a person to “donate” their own pre-chemotherapy stem cells to themselves, allogeneic transplants require donation from another person. Continue Reading »
Max Li, PhD, MSSE is an Assistant Professor of Aerospace Engineering and Industrial and Operations Engineering at U-M. He joined us on Monday to offer his expertise on drones—a novel subject for many working in healthcare.
One of the main considerations necessary when speaking about drones is privacy. Just like with commercial air traffic, tracking and surveillance (via radar, satellites, etc.) Continue Reading »
This year in U-M’s Industrial and Operations Engineering (IOE) 813 course, the Center for Healthcare Engineering & Patient Safety (CHEPS) is experimenting with a new format focused on enhancing innovation by leveraging resources across the University.
Titled Providing Better Healthcare Through Systems Engineering and led by Professor Amy Cohn, this series comprises eleven brainstorming sessions with healthcare professionals about ways to strategically utilize engineering to improve care delivery for all. Instead of a traditional lecture series, these sessions are intended to function more as “no such things as bad ideas” brainstorming workshops. Continue Reading »