Advance health science. Reimagine medical treatments. Engineer new devices. A master's degree in bioengineering makes it possible with a cutting-edge curriculum taught by internationally-recognized faculty experts. Concentrations in biomedical engineering and synthetic biology create specialized paths of study.
COBE Business Ethics Workshops for Undergraduates
These workshops are designed specifically for undergraduate students to gain foundational knowledge in business ethics. Each 8-hour session will feature case studies and group activities that introduce participants to key ethical principles and decision-making frameworks. These hands-on workshops provide an excellent opportunity for students to explore ethical issues and develop practical skills in a collaborative setting.
Nursing Careers Day MAC 10/28, 11-1
Meet with recruiters from a variety of health care settings seeking nursing majors. First and second year students, get ideas about externships and financial incentives offered to your majors; juniors and seniors, check out the opportunities and get your questions answered from a recruiter. Resumes suggested but optional, for resume assistance, contact carol.bosack@wilkes.edu, Center for Career Development & Internships.
Program Snapshot
| Program Type | Format | Credit Hours |
|---|---|---|
| Master's Degree | On Campus | 36 |
Why Study Bioengineering at Wilkes?
As a student in the bioengineering master's degree program, you'll benefit from hands-on experiences unparalleled at other institutions in the region. Lab and classroom instruction include training in cell and molecular techniques, bioinformatics, 3-D imaging and design software and instrumentation, and various simulation technologies. You will use the state-of-art Mark Engineering Center which uses the latest professional technology to ensure you are prepared for your next step, whether that be an advanced career in the field, a research position or a PhD program.
What Will You Learn in the Bioengineering MS Program?
- Advanced engineering concepts blended with biology, medicine and computer sciences innovate our students to develop new medical devices and biochemical or synthetic organisms for solving medical, industrial or environmental problems.
- If you select the biomedical engineering track, you will learn how to design artificial limbs, joints, tissues and organs as well as build diagnostic equipment, monitoring devices and drug delivery systems.
- If you select the synthetic biology track, you will learn how to create biological molecules, systems or entire organisms, which are useful for medical applications or for performing unique functions such as detecting or detoxifying biohazardous chemicals.
