
Desktop 3-D Printers Go Metal
Being able to produce usable prototypes with the strength and temperature tolerance of metal would allow developers to speed up the iterative cycle of design, says Jonah Myerberg, MS ’03.
Being able to produce usable prototypes with the strength and temperature tolerance of metal would allow developers to speed up the iterative cycle of design, says Jonah Myerberg, MS ’03.
Krishnan Rajagopalan credits the training he received at Johns Hopkins Engineering for helping him succeed in a career that has culminated in him being named president and CEO of Chicago-based Heidrick & Struggles International.
Poly’s graduates have long been a regular—and welcome—addition to the Johns Hopkins Engineering student body.
Viktor Gruev, MS ’00, PhD ’04, has emulated the mantis shrimp’s visual system to design image sensors for early cancer detection.
As more aircraft continue to crowd our skies, Ryan Gardner, MSE ’08, PhD ’09, has been focusing on ensuring the effectiveness of the Federal Aviation Administration’s new collision avoidance system.
Lina Reiss, PhD ’05, is pursuing two avenues of research: a better hybrid cochlear implant and helping people with hearing loss interpret the sounds they can hear.
George Sykes ’91 never could have predicted his last 25 years riding the nation’s careening financial markets.
Ran Ma ’10 is the co-founder of Siren Care, a company that has developed socks that alert wearers with diabetes to foot problems before they become at risk for amputation.
J. Trueman Thompson relied on relief labor to construct a campus road system during the Great Depression.