What's Current in

Engineering

concept illustration of turning heat into electricity

Investigating the extraordinary thermoelectric properties of cadmium arsenide thin films

Read Article

concept illustration of brain-inspired computing hardware

Researchers propose the next platform for brain-inspired computing
engineering professor outside portrait
Photo Credit
Courtesy Image
Haewon Jeong

Dirty data: an opportunity for cleaning up bias in AI
exterior image of a man in a suit
Photo Credit
Courtesy Image
Satish Kumar

With the clock winding down on his doctoral degree, Satish Kumar scores a prestigious research fellowship
winners of business plan competition with large first-place check
Photo Credit
Courtesy Image
NVC Finals judge Jason Rollman (left, in blue shirt) congratulates EyeClimate, the 2024 New Venture Competition Finals champions (from second to left) Bowen Zhang, PhD student; Max Gordon, undergraduate student; and Satish Kumar, PhD student

An entrepreneurial eye for solving climate change
young woman smiling
Photo Credit
Courtesy
College of Creative Studies biology student Ashley Yeh '24

Creative Studies student earns coveted Knight-Hennessy Scholarship for neuroscience
Two workers in white coveralls and masks examine solar cells in a cleanroom.
Photo Credit
Gorodenkoff via iStock
Alternatives to silicon-based solar cells could allow solar panel production to move out of cleanrooms like this.

UCSB pioneers a low-energy process for high-performance solar cells
Researcher's new book and portrait

How to build and protect skills in our modern workplace, a world filled with AI and robots
Composite headshots of M. Scott Shell and Beth Pruitt
Photo Credit
Matt Perko; courtesy
M. Scott Shell, left, and Beth Pruitt, right

A prestigious career honor for two elite engineers
background screen at awards ceremony
Photo Credit
Courtesy photo

Computer scientist William Wang receives prestigious early career technical achievement award
2024 Goldwater scholars
Clockwise, from left: Matthew Unger, Riya Nilkrant, Xuanwei Liang, Isaac Hair, Anika Jena

Five UC Santa Barbara undergraduates named Goldwater Scholars
the cellular development of an embryonic tooth
Photo Credit
Neha Pincha Shroff and Pengfei Xu
Tooth epithelium (cell surface; yellow) and mesenchyme (cell surface; magenta). Proliferating cells (cyan) expand the tissue, generating a mechanical pressure at the tissue center that drives the formation of the main tooth signaling center or organizer, the enamel knot.

Pressure determines which embryonic cells become ‘organizers’
In Focus placeholder

A seed grant for light-driven catalysis
Subscribe to Engineering