Department of Biomedical Engineering
BMEN 341 - Biotransport
Fundamentals of momentum, mass, and energy transport related to living or biomedical systems; examination of the basic principles and constitutive equations of a variety of biological transport phenomena, with length scales ranging from intracellular to organ level; topics include fluid mechanics; transport by diffusion, along with effects of convection, electrochemical potential, and chemical reactions; and energy-tissue interactions; emphases are given to fundamental principles, quantitative approaches, and biomedical applications of these principles and techniques.
BMEN 489/689 - Biofluid mechanics
The overall purpose of this course is to develop competencies in fluid mechanics principles using practical examples and clinical case studies of how fluid mechanics knowledge is applied to biomedical applications. The course will cover fundamentals of momentum transport, including fluid kinematics, balance relations and conservation laws, with direction application to a range of tissue- and organ-level systems.
(scheduled to be offered Fall 2025)
School of Engineering Medicine
ITDE 611/612/613 - Engineering Innovations in medicine i/ii/iii
Overview of concepts and topics at the intersection of engineering, medicine, and design for innovation including the design of medical technologies, rapid prototyping tools and techniques; discussion of intellectual property protection, and commercialization strategies, engineering design processes, design in a regulated environment (FDA Quality System Regulation), ideation and concept development methods, prototype development technologies, pre-clinical testing, path-to-market strategies, and entrepreneurship.
If you would like Dr. Timmins to serve as your faculty mentor for this course, please email him to discuss.
