“For millennia, people have been fascinated by transparency and invisibility, which have inspired philosophical speculation, works of science fiction, and much academic research,” said lead author Atrouli Chatterjee, a UCI doctoral student in chemical & biomolecular engineering.
Vialase Inc., an Aliso Viejo glaucoma-focused medtech startup, has hired executives to its board and C-suite. … The company’s CEO, Tibor Juhasz, previously cofounded Irvine medtech company IntraLase, which harnessed similar laser technology. Juhasz is currently a biomedical engineering [and ophthalmology] professor at University of California, Irvine.
Brett Sanders, a University of Irvine professor of civil and environmental engineering, walked on the other end of the project recently at Linda Lane. He noted that the city’s project is a good start. "But it’s only one piece of the puzzle," he added. "What we need to be thinking about is the entire Southern California coastline from San Diego up to Santa Barbara and thinking about how we restore natural supplies to the coast.” … "So the question is, what is the long term plan? And we’re going to need more projects like this," he said.
The UC Irvine Department of Biomedical Engineering (BME) in the Samueli School of Engineering is anticipating openings in the Specialist Series throughout the academic year 2025-26. These positions offer a stimulating array of research and training opportunities within the various labs in the department.
Seeking qualified candidates with experience in the following biomedical engineering fields:
That means that genetic research continues to carry on. Scientists from the University of California Irvine have pulled a page from the squid’s playbook with their latest research. One of the cephalopod’s neatest and most useful tricks is the ability to turn invisible. With some clever genetic engineering, the team recreated that ability in human cells. Read More
Service Agreement signed between The Henry Samueli School of Engineering, UC Irvine and College of Engineering, Salman-Bin Abdulaziz University
Dr. Elliot Botvinick from UC Irvine introduced a next-generation implantable multi-analyte sensor, capable of monitoring a wide array of biomarkers — from glucose and lactate to potassium and insulin — every 13 seconds. Designed to function across all skin tones, the device promises to revolutionize chronic care and trauma response by offering real-time, continuous insights without the burden of frequent blood draws. The system’s foundation in spectroscopic sensing and miniaturized wireless technology points to the future where patient monitoring is both seamless and personalized.
Inspired by squid skin, engineers at UC Irvine have created a cheap, easy-to-recycle material that can be “tuned” to regulate heat. As insulation for food and beverage packages, it could ensure that whatever is inside cools at the perfect rate.
To the average visitor to the RapidTech prototyping center at University of California, Irvine, the methodical buzz of its 3-D printers would be nothing more than background noise. But to Mohammad Al Faruque, that hum is valuable information.
“Intelligent transportation” is not a new concept, says Sarah Catz, a research associate [and lecturer] at the University of California, Irvine’s Institute of Transportation Studies.
