21 courses with the subject ECET, each shown exactly as we captured it from the college's catalog, with every element we hold. Where the wording looks broken, that is our reading of the catalog, not the college's text.
ECET 201Electrical Systems3
Direct current and alternating current electricity. Topics include Ohm’s Law, series, parallel and series-parallel circuits, transformers, and measurement techniques. Not open to ECET majors. 2 Lecture, 2 Lab.
Completion of, or concurrent enrollment in EE 221. Credits: 1
ECET 231Circuit Analysis I3
Fundamental electrical theory involving DC circuits. Topics include series, parallel, and series-parallel networks; methods of circuit analysis and network theorems; electrical instrumentation and computer analysis tools used in performing laboratory experiments (3 Credits; 2 Lecture, 2 Lab).
Completion of, or concurrent enrollment in MATH 146 . Credits: 3
ECET 242Electronic Circuits3
Study of analog electronic circuits including amplifiers, regulators, and special applications. Both discrete semiconductor devices and integrated circuits are covered (3 Credits; 2 Lecture, 2 Lab).
ECET 250 Electronic Drafting and Fabrication aims to prepare the student with knowledge in electronic drafting, design, assembly, and fabrication of electronic circuits. (3 Credits; 2 Lecture, 2 Lab).
ECET 201 or ECET 231 or EE 201 or ENGR 315 . Credits: 3
ECET 290Computer Engineering Fundamentals3
An introductory course in the study of computer engineering technology. Operating systems, CPU, memory, networking, user interfacing, programming, and basic signal processing and associated hardware. 2 Lecture, 2 Lab.
Direct current and alternating current electricity. Topics include Ohm's Law, series, parallel and series-parallel circuits, transformers, and measurement techniques. Not open to ECET majors. 2 Lecture, 2 Lab.
Fundamentals of DC and AC circuits. Topics include AC series-parallel circuits, analysis techniques, network theorems, resonance, transient analysis of RLC circuits, and introduction to Laplace transforms. (3 Credits; 2 Lecture, 2 Lab).
A grade of C or better in both ECET 321 and MATH 153 ; and completion of, or concurrent enrollment in MATH 255 . Credits: 3
ECET 344Fundamentals of Energy Conversion4
Introduction to energy conversion using electric machines and power electronics. Topics include transformers, DC/AC machines, power converters, and three-phase circuits and systems. Applications in industrial power systems and power generation, including renewable energy, are covered. 3 Lecture, 2 Lab.
Fundamentals of communication theory including spectral analysis, noise, and modulation techniques. Analog and digital modulation including AM, FM, ASK, PSK, and FSK are covered. Communication system designs are implemented through lab experiments. Software is used for communications system simulation and signal analysis. 3 Lecture, 2 Lab.
A grade of C or better in ECET 321 ; and completion of, or concurrent enrollment in ECET 242 and MATH 255 . Credits: 4
ECET 431Microcontroller Interfacing4
Study of microcontroller fundamentals including basic hardware architecture, instruction sets, registers, peripheral interfacing, basics of assembly language, and high-level programming. 3 Lecture, 2 Lab.
Power transmission and distribution network architecture and composition; load and power flow studies; symmetrical components; parameters and equivalent circuits; applications of power electronics in power systems. A term project will be required. (3 credit; 2 lecture, 2 lab)
A grade of C or better in ECET 321 and the completion of MATH 255 . Credits: 4
ECET 461Digital Signal Processing3
Introduction to digital signal processing (DSP) techniques and their implementation. Specific topics include sampling, aliasing, Nyquist theorem, quantization, z-transforms, discrete Fourier transforms, and FIR and IIR filters. Software and hardware are used to simulate, build, and test DSP applications. 2 Lecture, 2 Lab.
Completion of, or concurrent enrollment in ECET 361; and ECET 332. Credits: 3
ECET 464Instrumentation4
Data acquisition using virtual instruments. Sensors, transducers, and signal conditioning used in the measurement of physical parameters. 3 Lecture, 2 Lab.
