Electrical Engineering

This course provides basic understanding of active elements and how to analyze/design analog circuits. Starting from basic device physics, this course covers fundamentals of micro electronics such as, PN Junction, BJT, MOS transistor and analog circuit design (Small signal analysis and basic amplifier configurations). Topics include basic physics of semiconductor, physics of bipolar transistor, bipolar amplifier, operational amplifier, cascode stage and current mirror, and digital circuit. Textbook: Razavi, FUNDAMENTAL OF MICROELECTRONICS. Prerequisite: Basic circuit theory

This course on measurement instrumentation focuses on the analysis and conceptual design of electronic devices that assist with solving problems in biology and medicine. Special emphasis is placed on understanding possibilities offered by current electronic technology, as well as the problems associated with the development of new electronic technologies of interest in biology and medicine. Topics discussed include: analog electronics for biomedical engineering; sensors and signal conditioning; data acquisition; signal processing.

The course provides a top-down overview of the basic principles in computer networking. Topics includes Internet, Wireless LAN, security and other communication network principles and theories. Basically, it's (extended) communication theory in broader sense. The course also covers Computer Network & Internet: overview of TCP/IP, Application Layer: HTTP, FTP, DNS, Web server, Transport Layer: UDP, TCP, Network Layer & Routing, Link Layer & LAN, Wireless LAN, Multimedia Networking, and Network Security.