In 2010 graphene took center stage when the Nobel Prize in Physics was awarded to two scientists in the UK "for groundbreaking experiments regarding the two-dimensional material graphene." At the UH Cullen College of Engineering, that same passion over pencil lead is shared by Jiming Bao, associate professor of electrical and computer engineering, but he’s taken it to a whole new dimension,
Computer simulation software allows engineers to predict how certain materials will perform under specific – and often extreme – conditions. For instance, major advances in aerospace and flight were made possible due to engineering simulation based on computational solid mechanics, leading to pioneering work conducted by the company Boeing.
An invention by a University of Houston engineer that turns your smartphone into a microscope, allowing it to detect whether your pond water is healthy, is getting attention in the media. Houston’s CBS affiliate, KHOU-TV Channel 11 aired a story about the invention of the DotLens, which came to life in the laboratory of electrical and computer engineering Associate Professor Wei-Chuan Shih.
Friends of the UH Cullen College of Engineering gathered for barbeque, drinks and games to celebrate the college’s 75th anniversary and gear up for the 2016 UH Football Homecoming game on Saturday, Nov. 12th outside of Engineering Building 1.
A recent article published by Forbes.com lauds the University of Houston as an epicenter of energy and engineering education and research, calling the school “increasingly a rival to places like MIT in advancing not just cleaner, safer and more efficient ways of
There are a lot of decisionmaking trade-offs on the path to a sustainable future. Michael Kavanaugh, senior principal at Geosyntec Consultants Inc. and member of the National Academy of Engineering, visited the UH Cullen College of Engineering on Nov.
Two Cullen College of Engineering Ph.D. students, studying under the direction of Associate Professor of Electrical and Computer Engineering Stanko Brankovic, are back from Honolulu, Hawaii, where they presented talks on their groundbreaking work at the biggest conference in the electrochemistry field.
At the UH Cullen College of Engineering, undergrads are strongly encouraged to engage in hands-on, real-world research while pursuing their degrees – and there’s no shortage of cutting-edge research projects for undergraduate students to get involved in at the college.
Once upon a time you got your best action and science fiction fix from the movies.
“2001: A Space Odyssey” showed us how pedestrian structures on the moon might seem; Walt Disney brought us tiny robots called microbots in “Big Hero 6”; Robert Zemeckis convinced us we wouldn’t need roads when he created Marty McFly’s hoverboard in “Back to the Future II”; and, “The Fast and The Furious” showed us what it would be like to fly like the wind while staying on track.
Deep below the sea, thousands of sensors collect crucial oceanic data used in environmental monitoring, offshore exploration, disaster prevention and military surveillance. However, there exists a problem underwater which was conquered on land decades ago: There’s no fast way to communicate and deliver information from the ocean depths – no internet, no powerful and clear signals, only delayed communication.
There was a time in the not-so-distant past when women in manufacturing jobs were hard to come by. It wasn’t until World War II when, faced with a depleted workforce, American women rolled up their sleeves and went to work in factories and shipyards across the country.