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Course Criteria
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1.00 Credits
Prerequisites: CAD* K106/107 and latest CAD release working knowledge. Co-requisite: CAD* K251. This course will introduce the student to the concepts of a 3-D parametric modeling program. Lecture topics will include 3-D concepts, designer fundamentals, constraints, display parameters and the formulation of 3-D assembly drawings.
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2.00 Credits
Prerequisites: CAD* K106/107 and latest CAD release working knowledge. Co-requisite: CAD* K250. Students will learn the techniques of developing a drawing in 3-D from the beginning facets of geometry development. The drawing assignments will include practical real world applications. Students will be developing visual skills necessary to design complex structures. The major emphasis of lab assignments will be 3-D assemblies.
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4.00 Credits
Prerequisites: Placement test score indicating ENG* K101 or successful completion of ENG* K100 with a "C" grade or better and MAT* K137 with a "C" grade or better (or permission of the instructor on math requirement). This course offers a brief and comprehensive survey of important chemical theories and some of the applications of chemistry. Topics covered will include measurements in chemistry, atomic structures and chemical bonding, chemical reactions, states of matter, stoichiometry, theories of solution, and basic organic and biochemical concepts. Course Design: CHE* K111 is meant for students with little or no background in chemistry who need the course in preparation for General Chemistry, or for students who need to meet a pre-admission requirement for nursing or other allied health programs, or those who need a lab science course.
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4.00 Credits
Prerequisites: Placement test score indicating ENG* K101 or successful completion of ENG* K100 with a "C" grade or better and successful completion of MAT* K137 and high school chemistry or CHE* K111 with a "C" grade or better or permission of the instructor or departmental chairperson. In this course, students will study the fundamental principles, theories, and laws of chemistry. Topics include atomic theory and the structure of the atom, the aggregated states of matter, kinetic molecular theory, chemical bonding, stoichiometry and periodicity, solutions, and colloids. Three-hour lecture; one three-hour laboratory period. OFFERED IN FALL SEMESTER ONLY.
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4.00 Credits
Prerequisites: CHE* K121 with a "C" or better, MAT* K137 or MAT* K186 with "C" grade or better. This course includes further study of the principles, theories, and laws of chemistry. Topics include thermo-chemistry, kinetics, chemical equilibrium, oxidation reduction and electro-chemistry, introduction to organic and nuclear chemistry, and the chemistry of the elements and their compounds. Three-hour lecture; one three-hour laboratory period. Chemistry I and II are ordinarily both taken for transfer credit. OFFERED IN SPRING SEMESTER ONLY.
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4.00 Credits
Prerequisites: MAT* K137 or higher & CHE* K111 or CHE* K121 & CHE* K122, all courses passed with a "C" grade or better. This course is a one semester introduction to organic chemistry designed for students that need a general knowledge of organic compounds in science and technology fields. Both theoretical and practical applications of carbon compounds will be studied. Topics include nomenclature; functional group of reaction mechanisms; the major groups of hydrocarbons and their derivatives; carbohydrates; lipids; proteins; nucleic acids; and modern laboratory techniques. (This course is not recommended for science and technology programs requiring two semesters of Organic Chemistry.)
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4.50 Credits
Prerequisites: CHE* K121 and CHE* K122, courses passed with a "C" grade or better. This course is a comprehensive study of organic compounds. Topics covered will include bonding, formulation and molecular shapes of organic molecules, reaction mechanisms, and nomenclature. Reactions of alkanes, cyclolkanes, alkenes, alkynes, and aromatic hydrocarbons will be presented. The laboratory exercises will be integrated with the theory through preparations and reactions. Three-hour lecture; one three-hour lab period each week.
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4.50 Credits
Prerequisite: CHE* K217 with a "C" grade or better. A continuation of CHE* K217 that covers organic compounds having key functional groups such as alcohols, organic halides, ethers, aldehydes, ketones, carboxylic acids, carboxylic acid derivatives, and amines. The classifications of compounds, classic named reactions and stereochemistry will be presented. Laboratory exercises will include preparation and reactions of alcohols, alky halides, ethers, esters, aldehydes, ketones, carboxylic acids, and amines. Three-hour lecture; one three-hour lab each week.
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4.00 Credits
Prerequisite: CHE* K111 or higher, with a "C" grade or better. This course will present the natural cycles of the land, water, and air. It will identify and explain problems stemming from human or industrial impact. Common practices and proposed plans for dealing with environmental problems will be discussed. Laboratory will stress chemical investigation of water, soil, and air samples. Proper techniques for water and soil sampling in field work are included. Three-hour lecture; one three-hour lab each week.
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4.00 Credits
Prerequisites: CHE* K121 and CHE* K122 and MAT* K186 or higher, all courses passed with a "C" grade or better. This course features the fundamental techniques and theoretical study in quantitative analysis of elements and compounds. Topics covered will include gravimetric, volumetric, oxidation-reduction and potentiometric methods of analysis. Specific laboratory experiments will be performed in the area of quantitative analysis. Three-hour lecture; one three-hour lab period each week.
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