EET-ELECTRONIC ENGINEERING TECHNOLOGY
 

EET 1080          Introduction to Engineering Technology               3

Students identify applications and issues related to engineering technology environments by describing the use of engineering technology in business and industry. Begins the process of creating ET professionals who will be responsible for working in complex technical organizations.

EET 1940          Practica in Engineering Technology            3

Participate in supervised field experiences that introduce students to the profession of engineering technology. Permission is required.

EET 3XX1         Programmable Logic Controllers (Pending)            4

Prerequisite: MAC 1105, EET 1015C, EET 1025C, and EET 3504C

Explore logic fundamentals, programming technologies, integrated circuits, and number systems to operate and test systems using programmable logic protocol.

EET 3XX2C       Control Systems Technology (Pending)            4

Prerequisite: MAC 1105, EET 1015C, and EET 1025C

To develop basic knowledge on; controllers and their principles, control loop characteristics, selection, design and development of feedback control systems. Material and Supply fee will be assessed (pending approval).

EET 3XX3L       Microcontroller Laboratory (Pending)           1

Prerequisite: MAC 1105, EET 1015C, EET 1025C, EET 3504C, and CET 3135

Corequisite: CET 3135

Laboratory for CET 3135 Microcontrollers. Application of microcontrollers in various real-world settings.

EET 3038C        Advanced Circuit Analysis            4

Advanced course in circuit analysis that stresses network theorems; solutions of time and frequency domain problems; magnetic coupling; three phase circuits; transformer theory and impedance matching; two-port parameters. Includes a computer lab to analyze the above circuits. DC and AC courses, offered at Junior and Community colleges under various course numbers are required. An introductory course in programming is also needed.

EET 3326C        Communication Systems           4

Develops competencies in the theory and industrial application of modern communication systems. Introductory course with experiments in transmission systems, waveguides, fiber optics, microwaves and lasers.

EET 3504C        Applications of Industrial Electricity and Electronics     3

Prerequisite: PHY 2054.

Electrical circuits, magnetic circuits, apparatus and electronic controls from elementary principles to solution of industrial problems.

EET 3949          Cooperative Education             1-2

Alternating full-time or consecutive parallel terms of practical experience in the intended field. Reinforcing academic preparation; confirming educational and career goals; personal and professional development; early start in career; earnings toward self-support; improved employability. (See program description under Cooperative Education). Graded on satisfactory/unsatisfactory basis only. Permission of Cooperative Education director is required.

EET 4XXX         Electronic Circuits and Application Technology (Pending)      3

Application of theoretical concepts in analog electronic circuits and development of electronic projects. Processes involved in the design and development of an electronic project with hands-on experience, including working with electronic circuits and project design techniques such as development of drawing, testing using multism, troubleshooting, and bread board and actually preparing the product on the printed circuit board.

EET 4XX3L       Instrumentation and Control Laboratory (Pending)    1

Prerequisite: MAC 1105, EET 1015C, EET 1025C, EET 3504C, EST 4538

Corequisite: EST 4538

Laboratory course accompanying EST 4538. Application of analog and digital signal conditioning, the interface of sensors and readout devices or computers. Various methods of analog and digital signal conditioning and an assortment of sensors including those used for the measurement of temperature, pressure, strain, and light are studied.

EET 4356C        Advanced Communication            4

Prerequisite: EET 3326C.

Advanced concepts in digital communication systems; students will study and conduct laboratory experiments in advanced communication systems (video, facsimile, telephone, modems, RS232, cellular phones, networks and fiber optics).

EET 4513          Electric Machinery               3

Study of electric machinery, including direct current motor and generator, induction and synchronous motors and generators for single phase and three phase systems. Emphasis is on practical applications, principles of operation and performance characteristics. Courses in AC and DC circuits are required.

EET 4548          Power Systems Technology          3

Prerequisite: EET 1015C, EET 1025C.

Investigation of the technical aspects of generation, transmission and distribution of electrical power systems; circuit constants, assemblies of power systems, distribution of electrical energy, faults and behavior of power system equipments.

EET 4930          Seminar: Electrical Engineering Technology            3

Participation in advanced discussions of electrical engineering technology. Topics will vary depending upon the needs of each class of students. Senior status in electrical engineering technology is required.

EET 4935          Special Topics in Electrical Engineering Technology       3

Prerequisite: EET 1015C, EET 1025C, MAC 2311.

Covers several topics in guiding students to develop advance skills in electrical engineering technology especially on advanced technological concepts, problem solving abilities, technical project development and analysis.

EET 4941          Internship/Project in Electrical Engineering Technology        3

Observation and participation in electrical engineering technology based project/seminar with a training related settings. Designed to reinforce academic preparation; confirm education and career goals; and facilitate personal and professional development. Students participate in field-based experiences related to their course of study and future goals. Permission is required.

EET 4949          Cooperative Education         0

Alternating full-time or consecutive parallel terms of practical experience in the intended field. Reinforcing academic preparation; confirming educational and career goals; personal and professional development; early start in career; earnings toward self-support; improved employability. (See program description under Cooperative Education). Graded on satisfactory/unsatisfactory basis only. Master level student; permission of Cooperative Education director is required.