HOBI Education Day 2025
April 16, 2024 | 9 a.m. to 5 p.m. | Malachowsky Hall This interactive event featured 5 research presentations, 2 “Shark Tank” participants, and 20 research posters.
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HOBI Education Day 2024
Graduates students, post-docs and early-career faculty interacted with their peers throughout Education Day. March 27, 2024 | 9 a.m. to 5 p.m. | Malachowsky Hall Education Day Itinerary 9 – 11 a.m. | Rethinking Mentoring to Cultivate a Mentoring Network Graduate Students, Post-Doctoral Trainees, and Junior Faculty | DSIT…
The HOBI Year that was 2024
The year that was 2024 brings inspiration and excitement about what could happen at HOBI in the coming year of 2025.
Welcome to HOBI
Our innovative approaches bring together biomedical informatics, implementation science and clinical research to address complex health issues. Elizabeth Shenkman, PhD Welcome! I appreciate your interest in the Department of Health Outcomes and Biomedical Informatics within the University of Florida’s College of Medicine. Often…
HOBI Education Day
View Education Day of 2025 View Education Day of 2024 Aman Pathak, left, competed with Aseel Al-Omary in HOBI’s first Shark Tank. About Education Day Education Day is an annual event held by the College of Medicine’s Department of Health…
Media Coverage
Here we provide links to recent news items and stories that feature our department or researchers. Links do not imply endorsement or accuracy. Go to Videos Go to WeightWatchers December 2025 GLP-1 use…
HOBI Calendar
Learn about our events and sign up to attend. College Calendar Upcoming Events Dec 17 HOBI/CTSI Design Studios 12:00pm to 1:00pm Jan…
Staras and Ray win Exemplary Teacher Award 2023
The UF College of Medicine has honored two of our faculty members with a 2023 Exemplary Teacher Award. Within the department of Health Outcomes and Biomedical Informatics (HOBI), the winners are Stephanie Staras, Ph.D., and Jessica Ray, Ph.D.
Valay Shah, Ph.D.
Title: Neural Correlates of Mobility Impairments in Aging Adults. For his fellowship, Dr. Shah will use functional MRI to study brain activation patterns of walking. To do this, he will use a motor imagery protocol (imagined walking) that has demonstrated parallel neural substrates to physical task execution. He will compare…