There are a number of options for students who are considering pursuing a master's degree in the field of biomedical engineering in the state of Michigan. In this article, we will explore four different programs offered at universities throughout the state in greater detail in order to highlight their program details and learn about general admission standards.
Master's Degrees in Biomedical Engineering in Michigan
University of Michigan
The University of Michigan in Ann Arbor offers a Master of Science in Biomedical Engineering that students may be interested in. This program offers six concentration options, all of which require that students complete the same core component requirements of one mathematics course, one life sciences course, one statistics course, and two seminar courses. Students then will take elective courses according to the concentration area they choose to pursue, some of which are experiential in nature, while others are more technical. These areas are bioelectrics and neural engineering; biomaterials and regenerative medicine; biomechanics and biotransport; biomedical imaging and ultrasonics; biotechnology and systems biology; and medical product development.
Michigan Technological University
Located in Houghton, Michigan Technological University offers a Master of Science in Biomedical Engineering that allows students to either pursue a thesis track, a non-thesis track, or a research report. This program requires that students complete at least 30 hours of credits, 6-10 of which may be research credits for students who elect to write a thesis and 2-6 of which may be research credits for students who elect to complete the report option. Regardless of the track students decide to pursue, they must complete courses in statistical methods and cellular and molecular biology as core curriculum components. In addition to the required core component, students can then select elective courses in biomedical engineering that are of interest to them and relevant to their future career plans.
Wayne State University
Another option for students in Michigan is Wayne State University's Master of Science in Biomedical Engineering, which is in Detroit. This program offers students five specialization options: biomechanics of injury, biomedical instrumentation, biomedical imaging, biomaterials and tissue engineering, and computational and systems biology. In addition, students can either select a thesis track, which requires students to complete 32 credit hours in addition to an 8-credit thesis, or a non-thesis track that requires at 34 credit hours. Students can either enroll in this program on a part-time or full-time basis.
Lawrence Technological University
Lawrence Technological University in Southfield also offers a Master of Science in Biomedical Engineering. In this program, students can either choose to complete a research thesis or a design project. Students who choose the thesis track will need to complete six core courses and 1-2 electives, in addition to writing the thesis. The design project track consists of six core courses, 2-3 electives, and the design project itself. Both tracks entail having to defend either the project or thesis in order to fulfill the degree requirements.
Admission Standards for Master's Degree Programs in Biomedical Engineering
Generally, master's degrees in biomedical engineering are designed for students who have completed bachelor's degrees in an engineering discipline. However, programs typically will consider students for admission if they have a number of prerequisite courses in topics like calculus, physics, and other sciences during their undergraduate career. When completing an application, students will need to submit official transcripts of all of their past undergraduate courses, GRE exam results, a personal statement, and letters of recommendation, in addition to a completed application form.
In summary, students interested in master's degrees in biomedical engineering can choose from a number of different master's degree program options in the state of Michigan, many of which allow students to specialize in a specific subfield of biomedical engineering.