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Biomedical Engineering Courses

What is Biomedical Engineering?

Biomedical Engineering (BME) is a cross between engineering principles and biology and is used in designing healthcare-related initiatives. It combines the problem solving of engineering with biological principles to discover new medicines, build innovative therapies, and create new medical equipment that can improve our quality of life. Bioengineers build a career around discovery. They use problem-solving techniques applied to biomaterials, for instance, to further research into cancer or healing burns. They use biomechanics to push the boundaries of what we can do for amputees and those who need organs. Tissue engineering can aid those who've suffered grave injuries. Bioengineering is responsible for some of the most innovative medical devices we have. Other discoveries have only been possible thanks to advances in biomedical imaging. The blend of the engineering discipline with biological and physiological knowledge helps spur the advances we need to care for longer living populations and uncover the secrets of illnesses that continue to plague humanity.

Learn Biomedical Engineering

Degree programs in biomedical engineering prepare you for a career in this important field. You'll learn how to apply the rigors of engineering thinking to human health and wellbeing. These engineering fields are critical for advancements in medical technology and even in our use of artificial intelligence in the healthcare field. Cutting edge medical breakthroughs are just around the corner, and you could be the one who helps usher in new technologies, treatments, and protocols.

Biomedical Engineering Courses and Certifications

field and build on that knowledge in specific content areas. In partnership with institutions leading the way in medical breakthroughs, you could launch your career in the biomedical sciences and engineering fields. You can take an introductory course from Brown exploring the design process, including prototyping, conceptual design, and implementation. You'll gain foundational knowledge in all major knowledge areas, including electrical engineering and chemical engineering. EPFL (École polytechnique fédérale de Lausanne) offers a course in biomedical imaging, allowing you to apply your knowledge to this specific content area. You can also explore what it means to be in the field of biomedical engineering with a course from UC San Diego designed to help you decide if you want to be in this field and how best to apply your current knowledge and experience to your best success.

Begin Your Career in Biomedical Engineering

You could be on the cutting edge of designing medical equipment that makes diagnostics that much more effective, or building protocols that help us understand the living systems of humans even better. If you're an engineering student or medical student, you could build cross-functional skills and improve our entire quality of living. With advances in computer science, you could even build your career in neuroengineering or nanotechnology, advancing our medicine beyond our wildest dreams. Then, whether working within the American hospital system, stem cell research, or other cutting edge breakthroughs, you may be on a path to solving some of our most persistent problems.