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Tuition estimates are based on ASU's published 2026–2027 tuition and fee rates and are subject to change. The number of credits that transfer and the length of the one-year timeline may vary by student and by home institution.
Tuition cost estimatorVisit our Campus Immersion Resources page for helpful information on living expenses, Form I-20 financial requirements, work authorization (OPT), and other essential resources to support your transition.
Campus Immersion Resources
The fundamentals of financial and organizational structure of business and how it influences bioengineering analysis, design, and decision making; biomedical ethics and device and drug regulation; and fundamentals of business and technical management.
Biomechanics provides conceptual and mathematical tools that are necessary for understanding how living things move. Focuses on human biomechanics with an emphasis on the musculoskeletal system.
Principles of medical instrumentation. Studies of medical diagnostic instruments and techniques for the measurement of physiologic variables in living systems.
For admission requirements, refer to the academic unit program page. Some programs have additional requirements — check with your local Enrollment Advisor for details.
Biomedical Engineering, BSE, MS →International graduate and undergraduate transfer applicants should review ASU's international transfer guidance before applying.
https://admission.asu.edu/apply/international/transfer →| Program start | Spring 2027 | Fall 2027 | ||
|---|---|---|---|---|
| Campus Immersion | Online | Campus Immersion | Online | |
| Application deadline | October 1st, 2026 | October 1st, 2026 | January 15th, 2027 | January 15th, 2027 |
| Classes start | January 11th, 2027 | January 11th, 2027 | August 19th, 2027 | August 19th, 2027 |
Biomedical engineers are primarily employed in governmental regulatory agencies, hospital and research facilities, medical and educational institutions, and medical device, biotechnology and pharmaceutical industries. In industry, they may work in all aspects of product development, including business development, manufacturing, marketing, quality, regulatory compliance, research and design, and sales. Because of their background in both engineering and medical fields, biomedical engineers often serve a coordinating or interfacing function and have a key role in transdisciplinary teams. Government positions may involve evaluating new technologies, testing product quality and safety, and setting standards. In the hospital, biomedical engineers serving in a clinical engineering function may provide advice on the selection and use of medical equipment, and supervise performance testing and maintenance. Biomedical engineers may also build customized devices for special health care, rehabilitation or research needs.
Complete the Request Information form and connect with an International Enrollment Advisor to explore your options.
