A Legacy of Excellence
Training the mind through the integration of research and education and through a fearlessness when it comes to pushing the boundaries of disciplines are what distinguished Johns Hopkins Engineering at the time of its founding and are the reasons for its leadership today.
Abel Wolman, one of JHU’s first engineering graduates, develops a water chlorination system that has provided millions of people with access to safe drinking water.
Professor Stanley Corrsin constructs a wind tunnel on the Homewood campus that led to landmark findings in the fundamentals of turbulence.
Research by Dean, William Kouwenhoven, culminates in the creation of the closed-chest defibrillator and the development of CPR.
Percey Pierre becomes the first African American in the U.S. to receive a doctoral degree in Electrical Engineering.
Avi Rubin, a professor of computer science, reveals significant security flaws in Diebold electronic voting machines that make them vulnerable to hacking.
Louis Whitcomb, a professor of mechanical engineering, develops the navigational software used to send an autonomous underwater vehicle to the bottom of the Mariana Trench.
ChemBE professor, Sharon Gerecht, develops a hydrogel that can promote the formation of new blood vessels and hair follicles in skin damaged by severe burns.
The “virtual heart” models developed by BME’s Natalia Trayanova’s are being used to diagnose and treat atrial fibrillation in the first FDA-approved clinical trial based on computer modeling.
2020 COVID-19 Map
A map that tracks the spread of COVID-19, created by CaSE’s Lauren Gardner, receives over a billion hits a day, making it the world’s leading information source for this data.
Johns Hopkins Science Review
Between 1948 and 1960, JHU produced an educational television series featuring world-renowned scientists and scientific “firsts.”