Details: Biomedical Engineering, Bachelor's to Master's

Bachelor's to Master'sBiomedical Engineering

Wichita State's ABET-accredited dual / accelerated BS-to-MS biomedical engineering program lets you complete an advanced degree, faster, by allowing you to take graduate-level courses while completing your bachelor's degree—putting you closer to a high-paying career designing the medical technology that improves our quality of life.

Learn how biomedical engineering is the right fit for you.

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Biomedical student working in BioM lab.
 

Applied learning at Wichita State

At Wichita State, applied learning is everything. In fact, every degree we offer has a guaranteed applied learning or research experience built right into it equipping you with the relevant skills and experience to make you workforce ready before graduation.

Learn about our innovative approach

Admission to the program

Undergraduate students apply for the accelerated bachelor's to master's program through the WSU Graduate School application and admission process.

For admission consideration, students must:

  • Complete at least 90 credit hours in the BME program;
  • Have a cumulative undergraduate GPA of at least 3.0; and
  • Submit a letter of recommendation from a member of the BME faculty who will serve as the student's advisor in the accelerated program.
Admission requirements

Inside the Program

Student and faculty researchers at Wichita State are creating a smart skin biomedical sensor that could someday be used by NASA.

Students and faculty create smart skin biomed sensor

Student and faculty researchers at Wichita State are creating a smart skin biomedical sensor that could someday be used by NASA.

If the sensor does what they expect, it would be able to measure multiple physiological parameters that NASA is interested in, including blood flow, intercranial pressure, blood health, blood gas levels and muscle degeneration.

Curriculum

Biomedical engineering students gain a strong foundation in general education, math, science, general and biomedical engineering coursework. The program offers three concentrations: bio devices and instrumentation, bio energy and lifespan engineering.

View the curriculum

Careers

Fueled in large part by our aging society, the demand for biomedical engineers is increasing. Many graduates with a bachelor of science degree go on to graduate studies, medical or professional schools. They work for pharmaceutical companies, biomedical device manufacturers, hospitals and rehabilitation centers, and biomedical and bioengineering research institutes.

Learn more about careers in this field

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