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Course Criteria
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7.00 Credits
(Prerequisites: CIS 105) Course designed to teach the basic concepts and methods of object-oriented and JAVA programming. Use practical problems to illustrate JAVA application building technique/concepts. Develop an understanding of JAVA vocabulary. Create an understanding of where JAVA fits in the application development landscape. Create an understanding of the JAVA Development Kit and how to develop, debug, and run JAVA applications using the JDK and Notepad as an editor. Continues to develop students' programming logic skills. Topics include: understand object oriented design terminology and impact on JAVA development, creation of simple JAVA programs using JDK and Notepad, ability to use JAVA data types, define JAVA variables, ability to develop programs using control structures, ability to create output for JAVA programs, ability to create new JAVA classes, ability to import JAVA classes, ability to debug basic JAVA programs, and ability to use the JAVA AWT toolkit. [OL]
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7.00 Credits
(Prerequisite/Corequisite: CIS 105) Provides opportunity to gain working knowledge of "C" programming. Includes creating, editing, executing, and debugging "C" programs of moderate difficulty. Topics include: basic "C" concepts, simple I/O and expressions, I/O and control statements, and managing data and developing programs. [OL]
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7.00 Credits
(Prerequisite: CIS 105) Provides skills and knowledge required for use of fourth generation languages. Topics include: fourth generation language, advantages and disadvantages, fourth generation language structure, and fourth generation language applications.
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6.00 Credits
(Prerequisites: CIS 2321, CIS 2322) Introduces LAN design, LAN switching and switch segmentation, advanced routing, and multiple protocols. Topics include: a review of semesters I and II, local area network (LAN) switching, virtual local area networks (VLANS), local area network (LAN) design, interior gateway routing protocols (IGRP), access control lists, and Novell IPX.
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6.00 Credits
(Prerequisites: CIS 276) Emphasizes WAN design utilizing point-to-point protocol (PPP), integrated services digital network (ISDN), and frame relay. Topics include: a review of semesters I II and III, wide area network, wide area network design, point-to-point protocol, integrated services digital network (ISDN), and frame relay
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3.00 Credits
(Prerequisite: Program admission) Introduces students to the terms, concepts, procedures, and equipment used in a professional clinical laboratory. Topics include: professional ethics and regulatory agencies; basic laboratory safety, equipment and techniques; phlebotomy/specimen processing; quality control concepts; process improvement, documentation; and point of care testing. Practical experience in phlebotomy will be provided in the institution laboratory and/or clinical setting.
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3.00 Credits
(Prerequisites/Corequisites: BIO 2113, BIO 2114, AHS 104, CLT 101) Provides theory and techniques required to conduct tests on urine and various body fluids. Theory and tests are related to disease states and diagnosis. Topics include: theory of urinalysis; physical, chemical, and microscopic urinalysis; urinalysis and disease state correlation; special urinalysis and related testing; body fluids tests; and safety and quality control.
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8.00 Credits
(Prerequisites/Corequisites: BIO 2113, BIO 2114, AHS 104, CLT 101) Introduces the fundamental formation, function, and degradation of blood cells. Topics include: reticuloendothelial system and blood cell formation, complete blood count and differential, other related blood tests, correlation of test results to disease states, coagulation and fibrinolysis, instrumentation for hematology and coagulation, critical valves and blood cell dycrasias, safety and quality control, and process improvement.
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3.00 Credits
(Prerequisites/Corequisites: BIO 2113, BIO 2114, AHS 104, MLT 101) Introduces the fundamental theory and techniques applicable to serology and immunology practice in the clinical laboratory. Topics include: immune system, atigen and antibody reactions, immunological diseases, common serological techniques, safety and quality control, and process improvement.
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7.00 Credits
(Prerequisite/Corequisite: CLT 105) Provides an in-depth study of immunohematology principles and practices as applicable to clinical laboratory technology. Topics include: genetic theory and clinical applications, immunology, donor unit collection, pre-transfusion testing, management of disease states and transfusion reactions, safety, documentation/quality control, and process improvement.
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