A personalized model from Mohammad Shourijeh
Dr. Mohammad Shourijeh is a researcher in the Department of Physical Medicine and Rehabilitation (PM&R) at UTHealth Houston. His expertise lies in computational biomechanics—a multidisciplinary field that bridges medicine, computer science, and mechanical engineering.
Dr. Shourijeh earned his PhD in mechanical engineering and has since been dedicated to developing innovative software tools to analyze human movement patterns from both neurological and biomechanical perspectives. His work focuses on creating treatment options to help patients—primarily those recovering from strokes—restore more natural movement patterns.
A hallmark of Dr. Shourijeh’s approach is his collaborative and personalized methodology. He emphasizes that every patient’s situation is unique and requires a customized treatment plan, rather than a standardized, “one-size-fits-all” solution.
Dr. Shourijeh’s journey into biomechanics began during his master’s studies, when he realized he wanted to apply his engineering knowledge to improve people’s lives. He discovered his passion in the field of movement biomechanics and has since focused on developing solutions that directly address patients’ movement challenges.
As a researcher, Dr. Shourijeh uses personalized, data-driven modeling to target specific areas of improvement for each patient. He describes this approach as a shift in perspective—one that prioritizes tailored treatment for individuals with complex conditions such as strokes and other motor skill impairments.
Dr. Shourijeh is also a strong advocate for interdisciplinary teamwork in patient care. He believes that the complexity of the human body requires diverse expertise to identify and implement the most effective treatments.
“To improve the standard of care, we need teams of people from different backgrounds,” Dr. Shourijeh explains. “Doctors, clinicians interested in research, engineers, and even individuals with business expertise all need to collaborate to fully understand what’s happening. Together, we can find faster and better solutions.”