This paper describes Computer Aided Learning (CAL) methodologies incorporated in teaching at the Electrical and Computer Engineering Program of Texas A&M University at Qatar (TAMUQ). A set of virtual experiments and instruments are in use by the Electrical and Computer Engineering Program exposing students to latest CAL technologies and encourages the study and implementation of computer learni...

Complementary metal oxide semiconductor (CMOS) technology has made personal mobile computing and communications an everyday part of life. In this paper we present a nanophotonic integrated CMOS-based biosensor that will pave the way for future personalized medical diagnostics. To achieve our aim, we have monolithically integrated plasmonic nanostructures with a CMOS photodiode. Following this a...

With the constant improvement of electrical equipment automation level, unattended electric power system node becomes increasingly popular. In addition, because of the ever-increasing industrial demand for electricity, electric power infrastructure becomes larger and larger, equipment and transmission link structure are more and more complex, all kinds of faults emerge one after another and adm...

Every electrical circuit is a potential source of electrical interference, particularly when switching reactive loads. Most electrical interference is low level and has no noticeable effect on other branches of electrical equipment. Variable speed drives, however, are highly non-linear loads; input rectifiers produce a high level of harmonics that may affect the performance of other devices con...