At the interface of engineering and medicine, bioengineering is an inherently interdisciplinary field with societal impact. With a focus on development of an entirely new classes of products, instrumentation, and implants, the field of bioengineering is poised for growth with the impact to human health extraordinary.
Innovative Education and Research
Experiential learning is the heart of a Northeastern education. From project based coursework and teaching labs to research opportunities and co-op there is a range of opportunities to apply classroom learning to the real world.
BS, MS, and PhD Degrees
Students work alongside highly accomplished faculty conducting research in state-of-the-art labs designed for interdisciplinary and collaborative research in areas that encompass the entire breadth of biological and biomedical engineering.
Research Areas
With a 3000 square foot makerspace including 18 tables and state-of-the-art equipment, undergraduate students have the space, capabilities, and environment to work and innovate together on capstone, research, and teaching projects.
Capstone DesignSpotlight Stories
American Academy of Arts and Sciences Member
University Distinguished Professor Eduardo Sontag, ECE/BioE, has been elected to the American Academy of Arts and Sciences for his career that has made breakthroughs in the mathematics of nonlinear and complex systems, with repercussions for biomedicine, systems biology, and neural networks.
Engineering In Action
World-Renown Co-op Program
Ella Strzegowski (Bioengineering E’23) embarked on a co-op at Moderna in the fall of 2021, just as the company was applying for its biologics license and COVID-19’s Omicron variant was tearing through the population. Her experience placed her at the epicenter of covid-related research even as the virus—and the world’s response to it—changed by the day.
PhD Research for Impact
Lauren Cole (PhD in Bioengineering) has dedicated her Northeastern research to understanding the medicinal properties of certain plants, especially in the production of chemotherapy drugs. Shedding light on how plants can be engineered to produce these beneficial molecules, she’s shared her research in published journal articles and an award-winning conference presentation.
World-Renown Experiential Learning
Originally from Nigeria, OluwaFemi Koledoye (MS in Bioengineering) pursued a cell and tissue concentration at Northeastern—hoping to return home with the training to bring change to healthcare in West Africa. His hands-on experience of the biopharmaceutical industry, including a co-op, gave him the tools to realize his ambitions.
World-Renowned Cooperative Education
Kritika Singh, BS, Bioengineering, is on her first co-op at Massachusetts General Hospital in the Center for Systems Biology and she is also working on a malaria project to express a difficult to express protein. Her ambition is to be a physician scientist and says co-op will definitely help her achieve that.
World-Renowned Cooperative Education
Aanie Phillips, BS, Bioengineering, says co-op puts into perspective what you learn in the classroom providing an immersive learning experience. She did two co-ops, a clinical one at a doctor’s office, and the other as a mechanical and operations engineer at Virtudent, a teledentistry startup. Aaanie is off to medical school with a full scholarship from her top-choice school.
Recent News
Inventing Innovative Solutions for Neurodiverse Children to Develop Motor Skills
Students in Northeastern’s Enabling Engineering class have developed a musical ball as a tool for Audrey, a sixth-grade autistic student with a genetic disorder and neurological differences, to help her develop gross motor skills in an engaging and exciting way.
BioE Assistant Professor Mona Minkara Profiled in Tatler
BioE Assistant Professor Mona Minkara was featured in the Tatler article “Meet Dr. Mona Minkara, the Blind Scientist Redefining Accessible Travel and Adventure.”
Reprogrammed Pig Aortic Heart Valves Create New Options for Human Transplants
BioE Professor Ning Wang coauthored “Engineering Aortic Valves via Transdifferentiating Fibroblasts Into Valvular Endothelial Cells Without Using Viruses or iPS Cells,” published in Bioactive Materials. For the research, human skin cells were reprogrammed into heart valve cells and then used to successfully transplant a pig heart valve into a rodent. Initial tests show promise for the human transplant of heart valves and other organs.
Meet the Five Bioengineering Undergraduate Huntington 100 Recipients
Northeastern University “Huntington 100,” is a group of students selected for their outstanding achievements that align with the university’s mission, ideals, values, and academic plan. These students represent what Northeastern […]