Department of Electrical and Computer Engineering News
Electrical and computer engineers design computer hardware or software or are responsible for the analysis, design, and development of systems that process, communicate, interface, and display information. The Department of Electrical and Computer Engineering covers a wide range of modern engineering fields including wireless communication, system on chip, nanotechnology, renewable energy and sensor networks.
Current Electrical and Computer Engineering News
U.S. News & World Report’s annual list of top graduate and professional schools ranks 26 UNLV programs within nation’s top 100.
As shutdowns threatened internships, various programs and employers have found creative workarounds for students to gain crucial workplace experience.
Physical therapy professor Szu-Ping Lee relies on patients – particularly veterans and seniors – as well as clinicians to help guide his research on ways to improve mobility after limb loss.
Collaboration, confidence-building, and cash prizes are hallmark of product prototype showcase.
Fellowship recipients getting to the heart of bioengineering
Howard R. Hughes College of Engineering Alumnus of the Year is one of the youngest principals among Southern Nevada engineering firms.
Electrical and Computer Engineering In The News
The Department of Homeland Security is working directly with students through programs like Department of Homeland Security Centers of Excellence to discover new and innovative ideas to solve challenging problems like soft targets.
An artificial intelligence that can grade the skill of a pianist with near-human accuracy could be used in online music tutoring.
Apple and Qualcomm are duking it out over patents in a courtroom in downtown San Diego. But 13 miles away at an Apple Store at the University Town Center, the iPhone maker was dealing with other business.
Hundreds of UNLV engineering students have a chance to launch their careers with a job fair featuring 90 companies Thursday.
Imagination Technologies (IMG.L) announces the launch of MIPSfpga 2.0, the next generation of its highly successful CPU education infrastructure. MIPSfpga 2.0 represents a comprehensive set of teaching materials for teaching computer architecture – including full, open access to a MIPS CPU to let students see the actual RTL code and study the inner workings of the processor. MIPSfpga 2.0 is part of the Imagination University Programme (IUP), which provides students with a unique opportunity to learn using a commercially available CPU architecture.
Among the implausible and impossible, countless curiosities mingled beneath the metal shadow of the famed unisphere at the 1964 World’s Fair.
