General Course Descriptions - Houston Community College System
General Course Descriptions - Houston Community College System
General Course Descriptions - Houston Community College System
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CdeC 1393 speCiAl topiCs in<br />
FAMily liVing And pArentHood<br />
Credit: 3 (3 lecture)<br />
Topics address recently identified current events, skills,<br />
knowledge and/or attitudes and behaviors pertinent<br />
to the technology or occupation and relevant to the<br />
professional development of the student .<br />
CdeC 1394 speCiAl topiCs in<br />
CHild CAre proVider/AssistAnt<br />
Credit: 3 (3 lecture)<br />
Topics address recently identified current events, skills,<br />
knowledge, and/or attitudes and behaviors pertinent<br />
to the technology or occupation and relevant to the<br />
professional development of the student . This course<br />
was designed to be repeated multiple times to improve<br />
student proficiency .<br />
CdeC 2186 internsHip - CHild<br />
CAre proVider/AssistAnt<br />
prerequisite: department Approval<br />
Credit: 1 (6 lab)<br />
A work-based learning experience that enables the<br />
student to apply specialized occupational theory,<br />
skills and concepts . A learning plan is developed by<br />
the college and the employer .<br />
CdeC 2280 CooperAtiVe<br />
eduCAtion - eArly CHildHood<br />
proVider/AssistAnt<br />
prerequisite: department Approval<br />
Credit: 2 (1 lecture, 10 lab)<br />
Career-related activities encountered in the student’s<br />
area of specialization offered through an individualized<br />
agreement among the college, employer, and student .<br />
Under the supervision of the college and the employer,<br />
the student combines classroom learning with work<br />
experience . Includes a lecture component .<br />
CdeC 2307 MAtH And sCienCe<br />
For eArly CHildHood<br />
Credit: 3 (2 lecture, 3 lab)<br />
An exploration of principles, methods, and materials<br />
for teaching children math and science concepts and<br />
process skills through discovery and play .<br />
CdeC 2322 CHild deVelopMent<br />
AssoCiAte trAining<br />
Credit: 3 (2 lecture, 2 lab)<br />
A continuation of the study of the requirements for<br />
the Child Development Associate National Credential<br />
(CDA) . The six functional areas of study include<br />
safe, healthy, learning environment, self, social, and<br />
guidance .<br />
CdeC 2324 CHild deVelopMent<br />
AssoCiAte trAining iii<br />
Credit: 3 (2 lecture, 2 lab)<br />
A continuation of the requirements for the Child<br />
Development Associate National Credential (CDA) .<br />
Three of the 13 functional areas of study include family,<br />
program management, and professionalism .<br />
CdeC 2326 AdMinistrAtion oF<br />
progrAMs For CHildren i<br />
Credit: 3 (3 lecture)<br />
Application of management procedures for early<br />
child care education programs . Includes planning,<br />
operating, supervising, and evaluating programs .<br />
Topics cover philosophy, types of programs, policies,<br />
fiscal management, regulations, staffing, evaluation,<br />
and communication .<br />
CdeC 2328 AdMinistrAtion oF<br />
progrAMs For CHildren ii<br />
prerequisite: CdeC 2326<br />
Credit: 3 (3 lecture)<br />
An in-depth study of the skills and techniques in<br />
managing early care and education programs, including<br />
legal and ethical issues, personal management,<br />
team building, leadership, conflict resolution, stress<br />
management advocacy, professionalism, fiscal<br />
analysis and planning parent education/partnerships,<br />
and technical applications in programs .<br />
CdeC 2341 tHe sCHool Age<br />
CHild<br />
Credit: 3 (2 lecture, 3 lab)<br />
A study of appropriate programs for the school<br />
age child (5 to 13 years), including an overview of<br />
development, appropriate environments, materials,<br />
and activities and teaching/guidance techniques .<br />
CdeC 2380 CooperAtiVe<br />
eduCAtion - eArly CHildHood<br />
proVider/AssistAnt<br />
prerequisite: department Approval<br />
Credit: 3 (1 lecture, 15 lab)<br />
Career-related activities encountered in the student’s<br />
area of specialization offered through an individualized<br />
agreement among the college, employer, and student .<br />
Under the supervision of the college and the employer,<br />
the student combines classroom learning with work<br />
experience . Includes a lecture component .<br />
Cett 1321 eleCtroniC<br />
FABriCAtion<br />
Credit: 3 (2 lecture, 4 lab)<br />
A study of electronic circuit fabrication techniques<br />
including printed circuit boards, wire wrapping, bread<br />
boarding, and various soldering techniques .<br />
Cett 1331 teCHniCAl<br />
progrAMMing<br />
prerequisite: MAtH 0312 or<br />
department Approval<br />
Credit: 3 (2 lecture, 4 lab)<br />
Introduction to a high level programming language<br />
such as VISUAL BASIC, PASCAL, or “C .” Topics<br />
include structured programming and problem<br />
solving for technical applications . The student will<br />
demonstrate knowledge of programming methods<br />
by developing and executing programs that solve<br />
technical problems .<br />
Cett 1403 dC CirCuits<br />
prerequisite: MAtH 0312 or equivalent<br />
test score<br />
Credit: 4 (3 lecture, 3 lab)<br />
A study of the fundamentals of direct current including<br />
Ohm’s law, Kirchoff’s laws and circuit analysis<br />
techniques . Emphasis on circuit analysis of resistive<br />
networks and DC measurements . The student will<br />
analyze DC circuits from the simple to the complex;<br />
construct and make measurements of DC circuits from<br />
the simple to the complex; memorize the resistor color<br />
code; and identify a resistor by its electronic symbol .<br />
<strong>Course</strong> desCriptions<br />
228<br />
Cett 1405 AC CirCuits<br />
prerequisite: Cett 1403<br />
Corequisite: MAtH 1316<br />
Credit: 4 (3 lecture, 3 lab)<br />
A study of the fundamentals of alternating current<br />
including series and parallel AC circuits, phasors,<br />
capacitive and inductive networks, transformers, and<br />
resonance; introduction to filters .<br />
Cett 1409 dC-AC CirCuits<br />
Credit: 4 (2 lecture, 4 lab)<br />
Fundamentals of DC circuits and AC circuits operation<br />
including Ohm’s law, Kirchoff’s laws, networks,<br />
transformers, resonance, phasors, capacitive and<br />
inductive and circuit analysis techniques .<br />
Cett 1415 digitAl AppliCAtions<br />
Credit: 4 (3 lecture, 2 lab)<br />
An investigation of combinational and sequential<br />
logic elements and circuits with emphasis on design<br />
and troubleshooting of combinational and sequential<br />
circuits .<br />
Cett 1425 digitAl<br />
FundAMentAls<br />
Corequisite: Cett 1403 or<br />
department Approval<br />
Credit: 4 (3 lecture, 3 lab)<br />
An entry level course in digital electronics covering<br />
number systems, binary mathematics, digital codes,<br />
logic gates, Boolean algebra, Karnaugh maps, and<br />
combinational logic . Emphasis on circuit logic analysis<br />
and troubleshooting digital circuits including counters,<br />
registers, code converters, and multiplexers .<br />
Cett 1429 solid stAte deViCes<br />
prerequisite/Corequisite: Cett 1405<br />
Credit: 4 (3 lecture, 3 lab)<br />
A study of diodes and bipolar semiconductor devices,<br />
including analysis of static and dynamic characteristics,<br />
biasing-techniques, and thermal considerations of<br />
solid state devices .<br />
Cett 1441 solid stAte CirCuits<br />
prerequisite: Cett 1429 or<br />
department Approval<br />
Credit: 4 (3 lecture, 2 lab)<br />
Study of various semiconductor devices incorporated<br />
in circuits and their applications . Emphasizes circuit<br />
construction, measurements and analysis .<br />
Cett 1445 MiCroproCessor<br />
prerequisite: Cett 1425 or<br />
department Approval<br />
Credit: 4 (3 lecture, 3 lab)<br />
An introductory course in microprocessor software and<br />
hardware, its architecture, timing sequence, operation,<br />
and programming, and discussion of appropriate<br />
software diagnostic language and tools .<br />
Cett 1449 digitAl systeMs<br />
prerequisite: department Approval<br />
Credit: 4 (3 lecture, 2 lab)<br />
A course in electronics covering digital systems .<br />
Emphasis on application and troubleshooting digital<br />
systems using counters, registers, code converters,<br />
multiplexers, analog-to-digital to-analog circuits, and<br />
large-scale integrated circuits .