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Course Criteria
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4.00 Credits
Studies the essential theorems of circuit analysis. Topics include the principles of direct current, voltage, resistance, power, capacitance, inductance, network analysis theorems, transformers, along with an introduction to AC characteristics and AC generation. The laboratory experiments are designed to verify and reinforce concepts presented in class and to introduce the student to measuring instruments such as VOMs, DMMs and oscilloscopes. Suggested EET 100 or equivalent high school, military or work experience. Consult with department.
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4.00 Credits
A continuation of Circuit Analysis I, this course emphasizes the theories discussed in Circuit Analysis I and extends their applications to alternating current. AC concepts include transformers, power, resonance and filters. The laboratory experiments are designed to verify and reinforce concepts presented with emphasis on the use of the oscilloscope.
Prerequisite:
EET 101
Corequisite:
MTH 228
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4.00 Credits
This course covers semi-conductor theory and devices. Operations of devices such as diodes, transistors, operational amplifiers and thyristors are examined. Lab verifies and supports concepts and application of semi-conductor devices in practical circuits such as power supplies, voltage regulators and amplifiers.
Prerequisite:
EET 101 and MTH 170
Corequisite:
EET 102 and MTH 228
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3.00 Credits
Technical aspects of DOS, C Programming. Includes weekly hands-on-exercises on the computer to reinforce these skills. Basic fundamentals of computer programming will be presented using the C programming language. Programming will be done at a beginning level using ANSI C standards with an emphasis on program flow and logic, syntax, looping structures, conditional operations and arrays.
Prerequisite:
MTH 096
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3.00 Credits
Basic fundamentals of engineering computer programming will be presented using the VB programming language. Programming will be done at a beginning level using VB standards with an emphasis on program flow and logic. This course includes weekly hands-on-exercises on the computer to help teach students the design of programs to meet an engineering specification. The exercises are designed to reinforce the skills taught in lecture. Specific course information covered includes GUI interfaces, variables, error checking, looping structures, conditional operations, subroutines, arrays, multiple forms, timers, state machines, and using the com ports to access external hardware.
Prerequisite:
MTH 096
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3.00 Credits
In this course the each student will identify, configure, and upgrade various components of computer systems, peripherals, and software (i.e. Partition magic, and Acronis). Each student will install Win XP, Win 7, Win 8, and UNIX operating systems. The student will use each OS for a Static and Dynamic network setup in lab. The subsystems installed include memory, disk drives, video cards, I/O ports, and power supplies. Peripherals examined include printers, Nic. and various I/O devices. In addition, students will learn preventative maintenance and troubleshooting techniques.
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3.00 Credits
This course will build on the basic computer concepts. This course covers the major operating systems. Within each system the topics of installation, configuration, compatibility and registry editing. Advance network topics include proxy servers, firewalls, router and raid configuration. An in-depth look into viruses, bios and advanced Veda configurations. This course will also cover video capture cards with firewire and Adobe Premier 6.0. At the conclusion of this course, a student would be well versed in computer systems and other computer peripherals.
Prerequisite:
EET 130
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2.00 Credits
Covers the operation and fundamental programming techniques of Industrial programmable controllers. Includes basic industrial control circuits, I/O modules programmable controller maintenance, program documentation, PLC to PLC communication, numbering systems, troubleshooting and the history of programmable controllers.
Prerequisite:
AIM 121 or EET 100 or EET 101 or SKT 181
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2.00 Credits
Studies the process of programming and coordinating communication between the PLC and other related devices in order to control a process. Students will code, test and revise programs that interface with other programmable devices including video displays and other PLCs. Contains demonstrations, lab projects and simulations.
Prerequisite:
AIM171 or EET160 or EET165 or SKT183
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3.00 Credits
This course introduces network operating system technologies. Students examine advantages and disadvantages of Active Directory and other forms of centralized control for network services, basic contruction and theories of netwrok operating systems and operational levels of network hierarchy. The lab portion of this course focuses on the setup and day-to-day management of user accounts, network shares, and network services using Microsoft Windows Server as well as Linux-based systems.
Prerequisite:
EET 118 or EET 119 and EET 130
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