Master’s in Biomedical Engineering
Master’s in Biomedical Engineering
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The Master of Science in Biomedical Engineering at GCU blends engineering rigor, clinical insight and entrepreneurial thinking. Designed for those eager to shape the future of MedTech, this program builds on a strong biomedical foundation while integrating hands-on projects, venture creation and immersive clinical experiences.
You will be taught to address field-based healthcare challenges with biology, physics, chemistry and engineering. Coursework emphasizes product design, medical technology innovation and ethical and regulatory considerations — helping prepare graduates for careers in biomedical research, device development and healthcare innovation.
Graduate-level courses in biomedical engineering can help you develop specialized skills for careers in research, clinical innovation and medical technology. As a master’s student, you’ll have access to advanced labs at GCU — such as biomaterials, bioinstrumentation and medical imaging — to apply engineering principles in clinical and industrial settings. Our curriculum integrates ethical decision-making and a Christian worldview, while on-campus learning encourages meaningful interaction with faculty and peers, supported by collaborative spaces and campus resources.
"I’m very impressed with all that GCU has for engineering. They continue to surprise me. The equipment here, the courses here, the professors here — it definitely makes me glad I made the decision to come here."
"I’m very impressed with all that GCU has for engineering. They continue to surprise me. The equipment here, the courses here, the professors here — it definitely makes me glad I made the decision to come here."
This master’s in BME program is designed for those ready to bridge engineering innovation with human health. Through a combination of advanced engineering concepts, clinical collaboration and ethical leadership, you’ll be introduced to the tools needed to design and develop solutions that meet practical healthcare needs. Rooted in faith and purpose, knowledgeable faculty guide you in analyzing how science, technology and compassion can intersect to improve patient care and medical outcomes.
Students in this program will engage with a variety of biomedical engineering concepts while discovering how to move ideas from concept to clinical application, including:
Hands-on medical device design
Collaborate in teams to design, prototype and test devices that address real clinical challenges.
Engineering for clinical impact
Translate user needs into functional designs that meet medical, safety and performance standards.
Understanding healthcare systems
Explore how policies, economics and financial decision-making influence innovation, accessibility and patient outcomes.
Integrating leadership, ethics and management
Develop organizational and servant leadership principles that promote integrity, accountability and effective decision-making.
Exploring cybersecurity in healthcare
Study foundational concepts of data protection and system security as they relate to medical technology and patient information.
Innovation through interdisciplinary projects
Partner with industry and clinical mentors to bring prototypes from concept to viable, industry-based applications.
Graduates may find opportunities to contribute to innovation in areas like medical devices, imaging technologies and regenerative therapies. Their work often involves applying advanced science to practical challenges in healthcare.
With a master’s in biomedical engineering, you may be prepared to pursue careers such as:
Biomedical engineer or bioengineer
Architectural and engineering manager
Median annual salary for biomedical engineers and bioengineers as of May 2024(See disclaimer 1)
Estimated job growth for biomedical engineers and bioengineers from 2024 to 2034(See disclaimer 2)
GCU has been institutionally accredited by the Higher Learning Commission since 1968 and prioritizes academic quality across all our colleges and programs.
Browse common questions that others are asking about a master's degree in biomedical engineering to help you make an informed decision for your future.
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Ready to engineer the future of healthcare? Apply today and take the next step toward advanced expertise in biomedical innovation.
Campus: $8,250 per semester [More Info]
Up to 12 credits or 1/3 of the total program requirements in transfer (whichever is less)
Credits: Fill out the Lopes Eval to find out what will transfer
Admission Requirements (Master's)
OR 2.5+ Unweighted GPA and
Admission requirements may differ based on degree level, program and modality, or transfer status. Some programs of study may require a higher GPA and/or other qualifying criteria for admission. Please review full admission and program requirements in the University Policy Handbook.
* Degree must be from an accredited college or program that has been approved by GCU.
** Combined verbal/quantitative, after August 2011 (1,000 combined verbal and quantitative, prior to August 2011).
