Delivery Drones and Rotor-Powered Rideshares Sound Great—and Noisy
Combining expertise in mechanical engineering, fluid mechanics, and urban hydrology, BU researchers with NASA funding will lead a multimillion-dollar, multi-institution project to help develop quieter vertical lift air vehicles
New Bubble Popping Theory Could Help Track Ocean Pollution and Viruses
Bubbles are fun for everyone. But, it turns out, they can also be little menaces.
When a bubble pops, it can concentrate and aerosolize any particles stuck on it. Not a big deal when it’s a store-bought soapy bubble bursting in the yard or on your hand. But it’s a major concern when the particles it carries are potentially hazardous: bubbles caught in a crashing wave can send vaporized microplastics into the air where they might mess with the Earth’s atmosphere; bubbles burst by a flushing toilet can fling bacteria meters and onto nearby surfaces; a frothing cruise ship hot tub was once shown to be a Legionnaires’ disease super-spreader.
Learning From Animal Behaviors to Inform Control Systems
Research by Distinguished Professor of Engineering John Bailleul questions how animals operate and how you might use animal behaviors to design control systems. By Margo Stanton You may be familiar with the term “blind as a bat”, which is used to describe someone who has poor eyesight. However, recent research on animal behavior by CISE […]
This Bizarre Looking Helmet Can Create Better Brain Scans
A breakthrough with the potential to revolutionize medical imaging.
Sabelhaus Research: Advancing the Safety of Soft Robots for Human Interactions
The emergence of soft robots will enable safe human interactions which will allow robots to assist in the industrial, medical, automotive and space industries. College of Engineering Professor Andrew Sabelhaus (ME, SE), has been working on making soft robots safer to improve these human interaction tasks, in areas such as medicine, as well as explore difficult or dangerous locations. His work will help improve the design of many other soft robots.
Building a New Kind of Faculty
If you want to harness the power of having faculty from multiple disciplines address a societal challenge, you have to make it easy for them to do so. Cross-disciplinary collaboration has long been part of the college’s DNA, and that culture is now being formalized in way that is unlike any other engineering school.
To Protect Our Most Vital Organs
With NIH grants, a cross-disciplinary team at BU studies threats to the brain and heart.
The Quest for a Heart Attack Cure
A BU-led team is engineering small patches of cardiac muscle that could repair the heart, treat heart disease, and speed drug development By David Levin for BU Brink Heart disease is one of the world’s most deadly and insidious killers. In the United States alone, it causes one in every four deaths nationwide—that’s a staggering […]
New Miniature Heart Could Help Speed Heart Disease Cures
Boston University–led team has engineered a tiny living heart chamber replica to more accurately mimic the real organ and provide a sandbox for testing new heart disease treatments By Andrew Thurston There’s no safe way to get a close-up view of the human heart as it goes about its work: you can’t just pop it […]
Cross-disciplinary research teams win Kilachand funding
Five Studies Pushing the Limits of Science: This year’s Kilachand fund awards will support pioneering research across engineering and life sciences