Electrical and Electronics Engineering Technology

July 19, 2015
Electrical engineering

Electrical-Electronic Engineering students - Electrical Circuits II [4]

ELET 102 - Electrical Circuits II


Alternating electric current concepts including single and poly-phase circuits, nonsinusoidal waveforms and transformers. Includes Fournier analysis and employ of P-SPICE software applications.

- Circuit Analysis [3]

ELET 103 - Circuit Analysis


Analysis of Electricity circuits with focus on practical electric circuits.

- Electronics I [4]

ELET 155 - Electronics I


Basic principles of electronic products, circuit analysis of energy supplies, amps, along with other fundamental circuits.

- Programming for Engineering Technology [3]

ELET 160 - Programming for Engineering Technology


Programming techniques and techniques because they connect with engineering and computing devices subjects.

- Instrumentation and Control Systems [4]

ELET 260 - Instrumentation and Control Systems


Theory and operation of transducers for measurement of pressure, flow, liquid level, and temperature. Common mechanical and electrical products examined. Covers automatic process controls, on-off proportion rate and totally reset, pneumatic and electrical systems.


- Prrr-rrrglable Logic Remotes (PLCs) [4]

ELET 287 - Prrr-rrrglable Logic Remotes (PLCs)


Programs and operation of PLC’s, including style of logic diagrams using ladder logic. Preventive maintenance, troubleshooting.

- Digital Circuits [4]

ELET 271 - Digital Circuits


Analysis and style of pulse and switching circuits utilized in digital computer systems.

- Electrical Machinery and Controls [4]

ELET 274 - Electrical Machinery and Controls


Concepts, operating qualities, efficiencies, rankings, and programs of Electricity and AC dynamos. Includes techniques and products for beginning, stopping, and controlling speed, current, and acceleration. Energy distribution and transmission talked about, including primary substation and bird feeders, transformer primary switch gear and occasional current feeder protection, fault current information and wiring techniques as put on substation distribution and transmission lines.

- Electronics Communications [4]

ELET 283 - Electronics Communications


Electronics communications theory and laboratory experience including transmitting and receiving techniques using amplitude, frequency, and phase modulation.

- Industrial Electronics [4]

ELET 285 - Industrial Electronics


Charge of industrial machinery and procedures through electronic circuits and systems. Includes products and methods to sense, measure and control physical parameters with condition-of-the-art industrial process control. Describes system design and troubleshooting.

- Microprocessors and Advanced Digital Systems [4]

ELET 291 - Microprocessors and Advanced Digital Systems


Summary of microprocessor architecture, addressing and programming, input/output memory products, and programs. Includes experiments in micro-computer-programming, hardware analysis, timing, and style.


Students intending to transfer to a different college must take . See, for approved Fine Arts, Humanities, and Social Science courses.

- British Composition I [3]

ENGL 101 - British Composition I


Introduces students towards the critical thinking, reading through, writing and rhetorical abilities needed within the college/college and beyond, including citation and documentation, writing as process, audience awareness and writing effective essays.

- British Composition II [3]

ENGL 102 - British Composition II


Continuation and additional growth and development of material and methods introduced in British Composition I. Primary focus on composition, including research methods, argumentative writing, evaluation, and analysis.


- Writing for Business and Industry [3]

ENGL 112 - Writing for Business and Industry


MATH 131 - Trigonometry


Trigonometric functions and graphs inverse trig functions fundamental details and position formulas fixing equations and triangles with programs polar coordinate system.

- Calculus I [5]

MATH 221 - Calculus I


Limits and continuity of functions introduction of derivative techniques of differentiation Chain rule implicit differentiation differentiation of transcendental and inverse functions programs of differentiation: concavity relative extrema maximum and minimum values of the function optimisation antidifferentiation definite integrals Fundamental Theorem of Calculus areas programs of definite integrals work and volume.

- Physics I (Algebra/Trigonometry Based) [3]

PHYS 141 - Physics I (Algebra/Trigonometry Based)


Algebra/Trig-based physics: vectors, kinematics, Newton's Laws and regulations, momentum, work &lifier energy, rotations, shake, elasticity &lifier equilibrium thermodynamics. (Not meant for engineering majors.)

- Physics I Lab (Algebra/Trigonometry Based) [1]

PHYS 143 - Physics I Lab (Algebra/Trigonometry Based)

Source: www.dcc.edu
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