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Course Criteria
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3.00 Credits
A student-centered laboratory experience designed to provide participants with an opportunity to learn about themselves as individuals and as prospective helping professionals within the supportive environment of a developing group. Style of communication, collaboration and coping will be explored. Participants will be encouraged to assess the effects of their interpersonal style on others by requesting feedback from the group. Skills in processing group dynamics will be emphasized. This course is the prerequisite to all other Human Services courses. F/S ( C, N, S)
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3.00 Credits
An exploration of the responsibilities of society as it attempts to deal with poverty, crime, mental and physical disabilities, children in trouble, the aged, family breakdown, unemployment and other social problems. Detailed study of public and private programs to alleviate these conditions, with special emphasis on local community resources. Agency personnel will be brought into the classroom to provide primary source accounts of their roles. Optional volunteer work available. Prerequisite: HU 100. F/S ( C, N, S)
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3.00 Credits
An introduction to the generic principles and methods of the helping relationship; a study of the methods of assisting the professional in casework, group work, individual counseling, group counseling and community organization. Listening, observing, communicating and interviewing skills are emphasized. Prerequisite: HU 100. F/S ( C, N, S)
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3.00 Credits
Educationally-directed placement in an agency in which the student learns by assisting in the delivery of human services to individuals, small groups, families, or organizations. On-campus seminar correlates students' fieldwork experience with theoretical knowledge. Prerequisite: HU 100. F/S ( C, N, S) Technical course descriptions specific to this program are as follows. Other applicable courses can be found in Construction (CO), Drafting Technology (DF), Electrical (EL) and Mechanical Engineering (ME), located elsewhere in this catalog. Courses for individual programs are not limited to those offered by these departments/programs; see IT adviser.
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3.00 Credits
This course provides the underlying electrical theory and practical applications for those wishing to study the field of industrial electricity. It includes atomic structure; voltage, current and resistance concepts; Ohm's Law; static electricity; magnetism; DC series circuits, parallel circuits, combination circuits; electrical measurements; AC current and voltage, AC inductive and capacitive loads; electrical power in reactive circuits; transformers and introduction to three-phase circuits. Prerequisite: MT 121 or MT 125.
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1.00 Credits
Experiments include: electrical safety; circuit construction and measurement of voltage, current, resistance and power for DC circuits; series, parallel and combination DC circuits; voltage, current, impedance, phase and power measurement for AC circuits; impedances in series and parallel AC circuits. Single and three-phase AC circuits are considered. Prerequisite: Concurrent registration in IE 100.
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1.00 Credits
Computer system components; DOS fundamentals including files, directory structure and basic DOS commands; Introduction to Windows; Word and Excel for lab reports; Introduction to simulation using Electronic Workbench.
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3.00 Credits
Logic concepts using switches; binary and hex numbers; logic gates, drivers and interfaces; encoders and decoders; flipflops, registers and counters; a simple adder; RAM and ROM memory and mass storage. Experiments include: simple logic circuits using switches, relays and lamps; integrated-circuit logic gates, encoders and decoders; registers and counters and a simple adder. Corequisite: Concurrent registration in IE 130.
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3.00 Credits
Oscillator and timer circuits; SCRs, TRIACs, opto-isolators and power control circuits; linear and switching regulators; inverters, converters, pulse-width modulators, solid-state motor control circuits and variable-speed drives. Activities include component and circuit identification, description of behavior and troubleshooting methods. Experiments include: op-amp oscillators, 555 timers, SCR characteristics and SCR power control, TRIAC characteristics and power control, opto-isolators, linear regulators, switching regulators, power inverters, pulse-width modulated power control, solid-state motor control circuits and variable- speed drives. Prerequisite: IE 100.
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3.00 Credits
Topics include: review of AC voltage and current phase relationship and computations of reactance and power; transformers and transformer applications; introduction to generators and motors; singlephase motors; three-phase alternators and motors; DC motors and generators and AC and DC motor control fundamentals. Experiments include: AC phasor computations, single-phase transformers, three-phase wye and delta connected transformers, single-phase AC motor characteristics, three-phase alternators, three-phase motors, DC motor and generator characteristics, simple motor starter and control circuits. Prerequisite: IE 100.
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