Archive

A new initiative aims to help strengthen high school students’ confidence and skills in algebra.

The map created by Lauren Gardner and her team is used by governments, media, researchers, and the public, and, when it launched in January 2020, quickly became the go-to resource for people the world over.

Johns Hopkins Engineering for Professionals has launched a fully online master’s degree program in artificial intelligence, one of only a few such programs of its kind in the country.

Higher education instructors around the world now have free access to a course that— fittingly enough—teaches them how to create accessible course work for remote learning.

Recent awards and honors for Johns Hopkins Engineering faculty.

Understanding the way that a wave moves through granular materials has vast implications for modern science. A study offers important insights into the way stress wave propagation unfolds.

Sepsis and septic shock are the leading causes of in-hospital deaths. But earlier identification of this deadly condition could soon get easier, thanks to recent findings from a team of Johns Hopkins biomedical engineers.

An imaging technique that uses light and sound could someday replace current methods that require potentially harmful radiation, according to the results of a new study led by Assistant Professor Muyinatu Bell.

Alexis Battle, associate professor of biomedical engineering, and her team have developed software that, if paired with expanded sample collection practices, could help identify more causes of genetic disorders.

Fluid mechanics experts at the Whiting School of Engineering have developed a formula to answer the question of the moment: What determines someone’s chances of catching COVID-19?

Professor Jeff Wang is developing an inexpensive, portable, and user-friendly rapid diagnostic device that can be used for self-testing the viral load of people living with HIV/AIDS.

Johns Hopkins Engineers are analyzing four high-performance “advanced” steels, developed for the automotive industry, for their potential use as studs and joists in buildings.

Associate Professor Honggang Cui is leading a team in developing a dual chemo-immunotherapy treatment that is designed to create an immune-responsive environment through targeted, sustained release of a cancer immunotherapy drug.

The Whiting School of Engineering built 34 state-of-the-art remote learning studios to provide faculty and students with the most effective, high-quality remote teaching and learning experiences for live, online course delivery.

Flexibility and fortitude are the name of the game as faculty and students adjust to learning in the age of COVID-19.

Find out how Johns Hopkins engineers are collaborating to lay the groundwork for a happier, healthier old age.

A new course on human-centered design for artificial intelligence systems teaches students to design, develop, and train an AI system that could benefit someone’s life or help solve a real problem.

Relavo, a company founded by Johns Hopkins undergraduates, has been awarded a $500,000 KidneyX prize to develop a product that reduces the risk of contamination during at-home kidney dialysis treatments.

Late last spring, Chris Shallal juggled his preparation for final exams with a multicampus effort to create and provide durable, reusable face shields to health care workers at the Johns Hopkins Hospital.

When COVID-19 forced the shutdown of in-person classes last March, Helena Hahn—a fourth-year student in the Department of Electrical and Computer Engineering—was anxious to continue conducting research.

When the COVID-19 pandemic made its way to the United States, Stephen Farias, PhD ’14, began thinking of ways to help.

“Until you have real data to understand what’s going on in health care in Africa, you can’t provide real solutions,” says Adegoke Olubusi MS ’16, co-founder and CEO of the health care technology company Helium Health.

Mark R. Stoudt MS ’92, PhD ’00 is a materials scientist at the National Institute of Standards and Technology and a member of the small team responsible for a new alloy expected to be used for the U.S. nickel.

While we continue to work through the impacts of COVID-19 on the university—as well as on our lives—a comforting sense of business-as-usual began to take hold as the fall term progressed.