Profile: Andy Grove

For pioneering research in characterizing and modeling MOS devices and technology, and for leadership in the development of the modern semiconductor industry, Grove will receive the 2000 IEEE Medal of Honor

13 min read
Profile: Andy Grove

imgPhoto: Robert Houser

In no way could the American Institute of Chemical Engineers have foreseen the consequences of its action. In bestowing a best student paper award on a young Hungarian student in 1959—coincidentally, the same year that saw the first integrated circuit unveiled to the public by Jack Kilby of Texas Instruments Inc.—it launched him on a career that has for decades shaped the course of the semiconductor industry.

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The James Webb Space Telescope was a Career-Defining Project for Janet Barth

NASA’s first female engineering chief was there from conception to first light

5 min read
portrait of older woman in light blue jacket against dark gray background Info for editor if needed:
Sue Brown

Janet Barth spent most of her career at the Goddard Space Flight Center, in Greenbelt, Md.—which put her in the middle of some of NASA’s most exciting projects of the past 40 years.

She joined the center as a co-op student and retired in 2014 as chief of its electrical engineering division. She had a hand in Hubble Space Telescope servicing missions, launching the Lunar Reconnaissance Orbiter and the Magnetospheric Multiscale mission, and developing the James Webb Space Telescope.

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A Diamond "Blanket" Can Cool the Transistors Needed for 6G

Gallium nitride transistors have struggled to handle the thermal load of high-frequency electronics

4 min read
blue mountain of crystals with an inset of molecules on a pink background
Srabanti Chowdhury/Stanford

High-power radio-frequency electronics are a hot commodity, both figuratively and literally. The transistors needed to amplify 5G and future 6G signals are struggling to handle the thermal load, causing a bottleneck in development. Engineers in the United States and England have teamed up to demonstrate a promising solution—swaddling individual transistors in a blanket of thermally conductive diamond to keep them cool.

“Thermal issues are currently one of the biggest bottlenecks that are plaguing any kind of microelectronics,” says team lead Srabanti Chowdhury, professor of electrical engineering at Stanford University. “We asked ourselves ‘can we perform device cooling at the very material level without paying a penalty in electrical performance?’”

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Get the Coursera Campus Skills Report 2022

Download the report to learn which job skills students need to build high-growth careers

1 min read

Get comprehensive insights into higher education skill trends based on data from 3.8M registered learners on Coursera, and learn clear steps you can take to ensure your institution's engineering curriculum is aligned with the needs of the current and future job market. Download the report now!