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Course Criteria
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4.00 Credits
Familiarizes the student with digital components, circuits and test equipment. Provides the foundation for digital system designs. Accomplished by the study of TTL and CMOS devices such as basic logic gates, flip flops, counter/registers, multi-vibrators, multiplexers and decoders. The binary number system, codes, digital mathematics and arithmetic circuits are analyzed. An introduction to memory devices, programmable logic arrays and microprocessors are presented with interface circuits such as A/D and D/A converters and data communications with line drivers and receivers. Discrete components used with digital circuits such as transistors, LEDs, display devices, solid-state relays and RC timing components are examined and applied in the laboratory.
Prerequisite:
EET 101 and EET 118 or EET 119
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4.00 Credits
Integrates the digital components used in EET 201 into digital hardware circuits. Emphasizes digital hardware used in industrial control systems. Microprocessor and peripheral circuits to design a microcomputer are presented and analyzed in the laboratory. Interfacing digital hardware to and from microcomputers is included. Troubleshooting of digital hardware is emphasized using commercially available test equipment such as logic analyzers and oscilloscopes.
Prerequisite:
EET 201
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3.00 Credits
A study in the UNIX operating system fundamentals from an platform independent engineering user's perspective. This course includes weekly hands-on exercises to help teach the students how to use UNIX commands and design programs to meet an engineering specification. The exercises cumulatively build on the skills taught in lecture to teach students how to use small building blocks to solve complex engineering problems. Specific course information that is covered includes the history of UNIX, the file system, basic UNIX commands, security and permissions, multiprocessing, I/O redirection, data manipulation, shell script and awk programming, basic system administration concepts and an overview of TCP/IP networking in UNIX systems.
Prerequisite:
EET 118 or EET 119
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4.00 Credits
A study of discrete and linear integrated circuit electronics. Topics include small-signal and power applications; oscillators and monostable, astable and bistable multivibrators; digital-to-analog and analog-to-digital conversion techniques; timers and voltage controlled oscillators; phase locked loops; sample and hold ICs;motors and generators. Laboratory experience consists of implementing functional subsystems with both prototyping and computer simulation and analysis.
Prerequisite:
EET 102
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3.00 Credits
A study of Server-Side WEB programming. Topics include: server-side versus client-side concepts and architecture, server handling of client requests, creating dynamic content from user input and from data sources (SQL, XML), server to server requests, mixing client-side and server-side (AJAX and JQuery) and stateful versus stateless concepts. Weekly programming exercises are implemented to reinforce these concepts. The programming is implemented across multiple languages to introduce the concepts in different environments. The languages used are VBScript (Active Server Pages), VB (ASP.NET) and PHP.
Prerequisite:
EET 119 and EET 130
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3.00 Credits
A study of modern network security issues. Topics covered include: attack types (network and host), network security hardware, intrusion detection systems (network and host based), authentication, authorization, auditing, secure network communications (including encryption, hashing and Secure Sockets Layer), digital certificates and wireless security. Weekly exercises serve to reinforce the concepts learned. These exercises are performed in a virtual environment that the students create. Exercises include cracking passwords, Man in the Middle attacks on their virtual network, firewall setup along with penetration testing and log file examination.
Prerequisite:
EET 130
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3.00 Credits
In the first couple weeks students study computer forensics, do a recovery, and image a drive and manipulate it. Then Forensics provides a comprehensive understanding of network forensic analysis. Within the context of forensics security, a student will be introduced to methodology and will examine the fundamentals of topologies, protocols, and applications required to conduct forensic analysis in a network environment. Labs will entail performing basic network data acquisition and analysis using computer and network-based applications and utilities. Students will employ the applications and capabilities of incident prevention, detection, and response and will practice accurately documenting forensic procedures. Students will do some scripting.
Prerequisite:
EET 130 and EET 222
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4.00 Credits
Studies various aspects of biomedical technology including the BMET (Biomedical Equipment Technician) as a career, electrical safety, health care familiarization and medical terminology. Emphasis is on sensing and monitoring of bioelectric and physiological potentials. Includes cardiovascular instruments, biotelemetry, defibrillators, respiratory, neurological, surgical, neonatal and fetal monitoring, and other life-support and life-saving instruments in the biomedical field. The co-op (internship) gives the student experience with each of the instruments covered.
Prerequisite:
BIO 121
Corequisite:
EET 211
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2.00 Credits
The first course in Cisco networking leading to the Cisco Certified Network Associate (CCNA) designation. This course will emphasize fundamental network concepts through the use of the OSI and TCP/IP models. Each model layer will be examined as to relevant protocols and equipment. Layer topics include: Ethernet fundamentals, media types, building and testing cables, IP and MAC addressing, subnetting, end-to-end data transfer, and applications. The lab portion reinforces the concepts through hands-on activities.
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2.00 Credits
The second networking course in Cisco networking leading to the Cisco Certified Network Associate (CCNA) designation. The routers' architecture, components, and operation will be examined. Routing principles and routing protocols are explained. Allocating IP addresses through VLSM is described. The hands-on lab component entails configuring routing through the use of static and default routes, and distance vector and link-state routing protocols. Routing protocols used are RIP1 and 2, EIGRP, and OSPF.
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