Biomedical Science Ph.D. Program

Interdisciplinary Program

Biomedical sciences examine the intricate connections between genetics, physiology and the environment, uncovering how they shape health and disease. This dynamic field spans fundamental discovery to real-world application, driving breakthroughs that improve lives. The Biomedical Sciences Ph.D. program prepares graduates for success in the fast-evolving health and research landscape. With an interdisciplinary approach, it fosters discovery, critical thinking and lifelong learning. Balancing deep scientific knowledge with essential skills—problem-solving, innovation, entrepreneurship, communication and leadership—this program equips students to lead the future of biomedical advancements.

DEGREE INFORMATION

A biomedical science student examines a vial in a lab
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Research & Teaching

Students will conduct original, innovative research culminating in a publishable dissertation. The preferred format consists of journal-ready chapters, with students expected to demonstrate lead authorship on published articles derived from their dissertation. Effective teaching is also a crucial part of academic and professional development, strengthening comprehension, broadening perspectives and refining communication and critical thinking skills. All students will engage in a hands-on teaching experience during their program and are encouraged to pursue the Certificate in College Teaching, as recommended by their Dissertation Committee.

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Learning Outcomes

The biomedical sciences program offers a dynamic blend of formal coursework and hands-on discovery experiences, equipping students with the skills, behaviors, and aptitudes necessary for leadership and long-term success in the biomedical field. While deep disciplinary knowledge serves as the foundation for independent thinking and innovation, the program also emphasizes competency in information assessment, synthesis and integration. Students develop strong communication skills to translate complex findings to diverse audiences, collaborate effectively in teams and refine leadership and project management abilities.

Graduates of the biomedical sciences program emerge as skilled experimentalists, problem solvers and critical thinkers with expertise in their fields and a broad understanding of research methodologies. Beyond technical proficiency, the program fosters qualities essential for professional success, including ethical leadership, mentorship and collaboration. Students gain experience in designing and conducting independent research, publishing in peer-reviewed journals and teaching at the undergraduate or graduate level. They leave the program prepared to communicate their work effectively, mentor future scientists, and contribute meaningfully to their field.

 

Vials in a biomedical sciences lab

Program of Study

The program of study is designed according to student learning goals and research opportunities. It blends depth and breadth of preparation by providing broad core requirements with electives promoting specialization in a "parent" discipline. This is recognized on program documentation by a Doctorate in Biomedical Sciences/"specialization" area. For example, Doctorate in Biomedical Sciences/Reproductive Biology.

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