Home Page - Johns Hopkins Biomedical Engineering
WEBRachel Karchin, professor of biomedical engineering at Johns Hopkins University, is pioneering the field of computational cancer genomics. She develops novel algorithms and software to analyze genomic data and interpret its impact on cancer, the immune system, and tumor evolution. Alliance for Cardiovascular Diagnostic and Treatment Innovation ...
What is BME? - Johns Hopkins Biomedical Engineering
WEBBiomedical engineering (BME) is an interdisciplinary field that bridges engineering, math, and physics with biology and the life sciences. Biomedical engineers apply their expertise in these areas to solve problems related to medicine and healthcare, developing new technologies to understand, diagnose, and treat disease. Biomedical engineering ...
Undergraduate - Johns Hopkins Biomedical Engineering
WEBThe Johns Hopkins Department of Biomedical Engineering has been setting the bar for BME education and research for more than 60 years, and we continue to lead the way through a curriculum that combines classroom instruction and hands-on research to train future leaders. Our faculty are defining the field, forging new disciplines that have ...
Master's Programs - Johns Hopkins Biomedical Engineering
WEBMaster's in Applied Biomedical Engineering (Available through Engineering for Professionals) Complement your professional experiences through online courses designed to enhance your skills in engineering, with specialized lab opportunities available at the Johns Hopkins Hospital. Three Hopkins BME affiliates awarded NSF Fellowships.
Faculty - Johns Hopkins Biomedical Engineering
WEBSingle-cell and spatial omics, genomics, computational methods development, machine learning, biomedical data science. Infectious disease modeling, viral dynamics, evolutionary dynamics, drug resistance, network science, HIV/AIDS, SARS-CoV-2/COVID-19. Cell fate mapping and engineering using synthetic biology and genomics.
Academics - Johns Hopkins Biomedical Engineering
WEBWarren Grayson, associate professor of biomedical engineering at Johns Hopkins, discusses the importance of stem cell-based regeneration of musculoskeletal tissues. He also describes his work pioneering the future of regenerative medicine and tissue engineering. Typically when your bone breaks, if the …
About - Johns Hopkins Biomedical Engineering
WEBThe mission of the Johns Hopkins Department of Biomedical Engineering is to advance human health by training biomedical engineers who will lead in Engineering the Future of Medicine through scientific discovery, translational research, and innovation that improves medicine and human health at scale. Hopkins BME imbues students with a fervor for ...
Graduate - Johns Hopkins Biomedical Engineering
WEBConsistently ranked #1 in the nation, the biomedical engineering graduate programs at Johns Hopkins will prepare you to be a leader in biomedical research, medicine, or industry. Our unique position within the Johns Hopkins Whiting School of Engineering and the School of Medicine provides students with opportunities to engage with some of the ...
Undergraduate Program Overview - Johns Hopkins Biomedical Engineering
WEBUndergraduate Program Overview - Johns Hopkins Biomedical Engineering. Through BME 2.0, the biomedical engineering curriculum of the future, we teach students the foundations of the life sciences, mathematics, and engineering disciplines, in addition to advanced topics in biomedical data science and computational medicine. You …
Why Hopkins BME? - Johns Hopkins Biomedical Engineering
WEBExceptional Academics. Hopkins BME’s undergraduate and graduate programs are consistently ranked #1 in the nation. Our recently redesigned, interdisciplinary BME 2.0 curriculum provides students with solid footing in the quantitative and life sciences, including physics, mathematics, programming, computer science, biology, and data science.