PhD in Biomedical Engineering - Biomaterials and Therapeutics in Salt Lake City United States | University of Utah

The Biomaterials and Therapeutics concentration explores an interdisciplinary domain centered on investigating the physical and biological properties of biomaterials and drug delivery mechanisms, along with their applications to contemporary medical challenges. This field includes synthetic substances, large molecules, biological conjugates, advanced drug delivery platforms, genetically engineered materials and networks, composite and hybrid materials, cellular-material combinations, and self-organizing systems, as well as how these interact with living environments and physiological processes. Students pursuing this track should grasp how biomaterial composition, synthetic biology approaches, and drug delivery system designs relate to their behavior within intricate biological contexts.
Doctoral candidates in the biomaterials and therapeutics specialization must possess broad familiarity with the subject area. The program recommends taking the qualifying examination during the second academic year. This assessment evaluates knowledge of biomaterials and drug delivery topics while synthesizing content from track-specific coursework. Half of the test consists of required questions covering core biomaterials and therapeutics principles, while the remaining portion allows students to choose questions that combine concepts from their elective studies.