University of Pittsburgh

BIOL 0080 LIFE SCIENCES	3 cr.
Provides a broad base of learning related to the total discipline, in that selected biological relationships are used to demonstrate the scope of a rapidly changing science. After receiving credit with a crede of C or higher for general biology 1 (BIOL 0110) or any higher numbered biology course, a student may not enroll in or receive credits (or equivalent transfer credits) for this course.

BIOL 0083 HUMAN ECOLOGY	3 cr.
A course for non-majors surveying how humans interact with their environment, especially short-term and long-term effects on the biosphere. After receiving credit with a crede of C or higher for general biology 1 (BIOL 0110) or any higher numbered biology course, a student may not enroll in or receive credits (or equivalent transfer credits) for this course.

BIOL 0085 HUMAN HEALTH AND DISEASE	3 cr.
A course for non-majors in basic human physiology and disease mechanisms. After receiving credit with a crede of C or higher for general biology 1 (BIOL 0110) or any higher numbered biology course, a student may not enroll in or receive credits (or equivalent transfer credits) for this course.

BIOL 0110 GENERAL BIOLOGY 1	3 cr.
A study of structure function and energetics on a cellular level, integrating biological systems and their control mechanisms. Required for all biology majors. A general chemistry or preparation for chemistry course is recommended as a corequisite.

BIOL 0111 GENERAL BIOLOGY LABORATORY 1	1 cr.
A laboratory in conjunction with General Biology 1. Corequisite: BIOL 0110.

BIOL 0120 GENERAL BIOLOGY 2	3 cr.
A continuation of General Biology 1. Topic include genetics, growth and development, evolution and ecology. Prerequisite: BIOL 0110.

BIOL 0121 GENERAL BIOLOGY LABORATORY 2	1 cr.
A laboratory in conjunction with General Biology 2. Corequisite: BIOL 0120.

BIOL 0350 GENETICS	4 cr.
An introduction to the field of genetics emphasizing patterns of inheritance and chromosomal behavior and structure in higher organisms. Prerequisite: BIOL 0120.

BIOL 0360 CELL BIOLOGY	3 cr.
A detailed consideration of the structure and function of eucaryotic and procaryotic cells and viruses. Lecture emphasizes chemical composition of cells, cell metabolism, and the molecular structure and function of major cell organelles. Prerequisites: BIOL 0120, CHEM 0112.

BIOL 0361 CELL BIOLOGY LABORATORY	1 cr.
Laboratory associated with Cell Biology lecture. Prerequisite or corequisite: BIOL 0360.

BIOL 0950 ANATOMY AND PHYSIOLOGY 1

4 cr.

An introductory course in structure and function of the human body designed as a foundation course for nursing students. Emphasis is given to the chemical and cellular organization of the body, as well as the principal systems. Throughout the course, concepts of homeostasis, stress response, metabolic activities, and pathological diseases are continually stressed. The first term covers cell chemistry, cell ultrastructure and physiology, histology, integument, musculoskeletal physiology, nervous system, endocrine system, and sense organs.

BIOL 0970 ANATOMY AND PHYSIOLOGY 2	4 cr.
The second term of the introductory course in structure and function of the human body for nursing students. The body systems discussed are the digestive, circulatory, respiratory, excretory, and reproductive. Prerequisite: BIOL 0950.

BIOL 0980 MEDICAL MICROBIOLOGY	3 cr.
An introduction to basic microbiology with emphasis on pathogenic microorganisms. Designed for students in the Conemaugh Memorial Medical Center nursing program.

BIOL 0981 MEDICAL MICROBIOLOGY LABORATORY	1 cr.
A lab to accompany Medical Microbiology. Prerequisite or corequisite: BIOL 0980.

BIOL 1110 BIODIVERSITY CONSERVATION	3 cr.
Examines the role of humanity in utilizing and protecting the vast variety of species and ecosystems that make up the natural world. In particular, the roles of science, management, policy, and advocacy will be elucidated in the context of strategies designed to conserve the diversity of life. Prerequisites: BIOL 0120.

BIOL 1120 VERTEBRATE ANATOMY	4 cr.
A lecture/lab course with heavy emphasis on the anatomy of all mammalian organ systems. The lecture emphasizes human anatomy, and the lab uses extensive dissection of the cat and other mammalian organs. Prerequisite: BIOL 0120.

BIOL 1125 ANIMAL PHYSIOLOGY	3 cr.
Emphasizes homeostatic mechanisms of all mammalian organ systems with emphasis on humans. Prerequisites: BIOL 0120, CHEM 0112.

BIOL 1130 BIOLOGY OF PLANTS	3 cr.
Structure, reproduction, and phylogeny of the various groups of autotrophic plants. Consideration of the evolution of these plants through the process of natural selection. Prerequisite: BIOL 0120.


BIOL 1132 POPULATION BIOLOGY	3 crs.
A survey of the genetics and ecology of biological populations from a conceptual and theoretical viewpoint. Some modeling and simulations will be included. Prerequisite: BIOL 0120

BIOL 1135 DEVELOPMENTAL BIOLOGY

4 cr.

This course will provide an overview of the fundamental principles of animal development, as well as highlight the recent advancements in this field. The material presented will include classical embryology of both invertebrate and vertebrate embryo, as well as more contemporary studies on the cellular mechanisms of axis determination, segmentation, germ layer specification and gastrulation. In addition topics in limb development, cell differentiation, and stem cell biology will be discussed. Course includes a required weekly laboratory where topics will be further explored. Prerequisites: BIOL 0120 and BIOL 0121.

BIOL 1136 POPULATION GENETICS	3 cr.
An addendum to BIOL 0350 Genetics; describes the genetics of populations and the basic causes of evolutionary changes. Prerequisite: BIOL 0350.

BIOL 1137 MOLECULAR GENETICS	3 cr.
A general overview of molecular biology in a genetic context focusing on structure and function of biological molecules, particularly DNA, and details and applications of modern genetic techniques. Prerequisite: BIOL 0350.


BIOL 1148 EMBRYOLOGY	4 crs.
A survey of reproduction and early developmental events among vertebrates and the final results as demonstrated by human anatomy. Prerequisite: BIOL 0120

BIOL 1158 LOCAL FLORA	4 cr.
A field- and laboratory-oriented course encouraging the taxonomic investigation of vascular plants of the immediate geographic area. Collecting and preserving samples and identifying features serve as a core for instruction. Prerequisite: BIOL 0120.

BIOL 1161 INTERNSHIP	1–15 cr.
Applied experience involving an agency outside UPJ. Prerequisite: BIOL 0120.

BIOL 1165 EVOLUTION	3 cr.
A general survey of organic evolution from the molecular to the macroevolutionary level. Historical and current controversies will be reviewed and discussed. Prerequisite: BIOL 0120

BIOL 1170 VERTEBRATE BIOLOGY	3 cr.
A survey of the biology of vertebrate animals. Prerequisite: BIOL 0120.

BIOL 1171 WILDLIFE MANAGEMENT	3 cr.
Emphasis on practices and techniques of wildlife management. Prerequisite: BIOL 0120.

BIOL 1173 MAMMALOGY	3 cr.
Classification, structure, habits, ecology, and distribution of mammals, with emphasis on North American forms. Prerequisite: BIOL 0120.

BIOL 1175 ORNITHOLOGY	3 cr.
The classification and natural history of birds. Those species occurring in Pennsylvania will be emphasized. Prerequisite: BIOL 0120.

BIOL 1176 VERTEBRATE NATURAL HISTORY	4 cr.
Natural history of the vertebrates: fish, amphibians, birds, reptiles, and mammals. Local species are emphasized. Open to any student who has had one term of biology. Prerequisite: BIOL 0120.


BIOL 1177 VERTEBRATE HISTOLOGY	3 cr.
Microanatomy of the mammal. Characteristics and identification of normal mammalian tissues, functional interpretation of microstructure and fine structure. Prerequisite: BIOL 0120.

BIOL 1178 HUMAN SEXUALITY	3 cr.
A survey of biological, psychological, and social aspects of human sexual activity. Cross-listed as PSY 1178. Prerequisite: BIOL 120 or PSY 0200.

BIOL 1185 MICROBIOLOGY	4 cr.
A survey of microorganisms with emphasis on bacteria and fungi. Cell and organism structure and function are discussed. Industrial and medical microbiology and taxonomy of microorganisms are included. Laboratory activities include observation and characterization of representative microorganisms. Prerequisite: BIOL 0360.

BIOL 1186 IMMUNOLOGY	3 cr.
This course serves as an introduction to the molecular and cellular basis of immune responses in vertebrates. Prerequisite: BIOL 0360.

BIOL 1187 LABORATORY TECHNIQUES IN MOLECULAR BIOLOGY	2 cr.
This course will expose the student to current laboratory techniques in the field of molecular biology using genetic engineering; hands-on experience in isolation and recombination of DNA will occur. Prerequisite: BIOL 1185.

BIOL 1188 LABORATORY TECHNIQUES IN IMMUNOLOGY	2 cr.
The purpose of this course is to expose the student, through discussion and hands-on experimentation, to procedures and principles used in the field of immunology. Prerequisites: BIOL 0361, BIOL 1185. Prerequisite or Corequisite: BIOL 1186.

BIOL 1190 CLINICAL MICROBIOLOGY	6 cr.
This course is taught at Conemaugh Memorial Medical Center by members of the UPJ clinical faculty. Required for medical technology students enrolled in the CMMC program.

BIOL 1191 HEMATOLOGY	6 cr.
This course is taught at Conemaugh Memorial Medical Center by members of the UPJ clinical faculty. Required for medical technology students enrolled in the CMMC program.

BIOL 1192 PARASITOLOGY	2 cr.
This course is taught at Conemaugh Memorial Medical Center by members of the UPJ clinical faculty. Required for medical technology students enrolled in the CMMC program.

BIOL 1193 IMMUNOLOGY & SEROLOGY	2 cr.
This course is taught at Conemaugh Memorial Medical Center by members of the UPJ clinical faculty. Required for medical technology students enrolled in the CMMC program.

BIOL 1194 BLOOD BANKING & COMPATABILITY TEST	6 cr.
This course is taught at Conemaugh Memorial Medical Center by members of the UPJ clinical faculty. Required for medical technology students enrolled in the CMMC program.

BIOL 1195 MYCOLOGY	2 cr.
This course is taught at Conemaugh Memorial Medical Center by members of the UPJ clinical faculty. Required for medical technology students enrolled in the CMMC program.

BIOL 1197 ECOLOGY OF INFECTIOUS DISEASE	3 cr.
Students in this course will identify a research topic in biology, write a literature review, and prepare a research proposal. Students will gain expertise in writing in the scientific style, library research, and experimental design. The course will culminate with oral presentations of student proposals. Prerequisites: BIOL 0120.

BIOL 1199 INTRODUCTION TO RESEARCH METHODS	2 cr.
Students in this course will identify a research topic in biology, write a literature review, and prepare a research proposal. Students will gain expertise in writing in the scientific style, library research, and experimental design. The course will culminate with oral presentations of student proposals. Prerequisites: BIOL 0110, BIOL 0120.

BIOL 1200 INDEPENDENT STUDY	1–6 cr.
Independent study or internship designed to give the student an opportunity to investigate a particular topic in some depth. Prerequisite: BIOL 0120.

BIOL 1210 BIODIVERSITY CONSERVATION LABORATORY	1 cr.
Laboratory associated with Biodiversity Conservation lecture. Prerequisite or corequisite: BIOL 1110.

BIOL 1225 ANIMAL PHYSIOLOGY LABORATORY	1 cr.
Laboratory associated with Animal Physiology lecture. Prerequisite or corequisite: BIOL 1125.

BIOL 1230 BIOLOGY OF PLANTS LABORATORY	1 cr.
Laboratory associated with Biology of Plants lecture. Prerequisite or corequisite: BIOL 1130.


BIOL 1231 FIELD STUDIES IN ECOLOGY	3 crs.
The content of this course will vary depending on the instructor and the field site(s) chosen for instruction. The subject matter of the course will address some aspect of the interaction between species and their habitat conditions. Except for a few lectures, activities will be entirely field-based often including remote field locations. The field studies may be descriptive or experimental in nature, or both, and may involve a group project, individual projects or both. Prerequisite: BIOL 1515.

BIOL 1270 VERTEBRATE BIOLOGY LABORATORY	1 cr.
Laboratory associated with Vertebrate Biology lecture. Prerequisite or corequisite: BIOL 1170.

BIOL 1271 WILDLIFE MANAGEMENT LABORATORY	1 cr.
Laboratory associated with Wildlife Management lecture. Prerequisite or corequisite: BIOL 1171.

BIOL 1273 MAMMALOGY LABORATORY	1 cr.
Laboratory associated with Mammalogy lecture. Prerequisite or corequisite: BIOL 1173.

BIOL 1275 ORNITHOLOGY LABORATORY	1 cr.
Laboratory associated with Ornithology lecture. Prerequisite or corequisite: BIOL 1175.

BIOL 1515 GENERAL ECOLOGY	3 cr.
Energy relationships, nutrient cycling, population dynamics, environmental factors, and human ecology are stressed. Course is required for terrestrial ecology majors. Prerequisite: BIOL 0120.

BIOL 1520 AQUATIC ECOLOGY	3 cr.
An introduction to the animals and plants living in aquatic systems and the processes that control their distribution and abundance. Freshwater, estuarine, and marine systems will be explored. Permission of instructor required if prerequisites are not met. Prerequisite: BIOL 1515, CHEM 0112.

BIOL 1530 SEMINAR IN ECOLOGY AND ENVIRONMENTAL STUDIES	3 cr.
This course embodies an interdisciplinary approach to the study of environmental issues. Reading assignments form the basis for class discussions and study. Occasional outside speakers address specific areas of interest. Prerequisite: BIOL 1515.

BIOL 1531 SEMINAR IN NEUROBIOLOGY AND BEHAVIOR	1 cr.
An examination of current thinking about the correlation between neural activity and behavior using examples from invertebrate and vertebrate simple systems. The role of single neurons and neural networks in controlling animal behavior will be emphasized. Prerequisite: BIOL 1125 or PSY 1500.

BIOL 1535 ENVIRONMENTAL PHILOSOPHY	3 cr.
This course covers philosophical aspects of the relationship between humans and their environment, including historical, ethical, and cultural dimensions and emerging concepts. Permission of instructor may replace the prerequisites. Prerequisites: BIOL 0080 or BIOL 0083 or BIOL 0120.

BIOL 1615 GENERAL ECOLOGY LABORATORY	1 cr.
Laboratory associated with General Ecology lecture. Prerequisite or corequisite: BIOL 1515.

CHEM 0080 CHEMISTRY, MAN, AND SOCIETY

3 cr.

Course is designed primarily for students with no prior chemistry background, but who still want to learn about the interactions of drugs with the human body. The course deals with the sources and regulation of drugs, what happens to drugs after they enter the body, and the characteristic effects of high use/high abuse drugs. By the end of the course, students should have a better appreciation of the concept of risk/benefit ratio, which applies to all medications.

CHEM 0085 DRUGS AND THE HUMAN BODY

3 cr.

CHEM 0105 PREPARATION GENERAL CHEMISTRY

3 cr.

This course in designed for those students who intend to take General Chemistry 1 and General Chemistry 2, but whose mathematical or chemistry backgrounds are judged by their advisors and the placement exam to be relatively weak. The course emphasizes stoichiometry (chemical calculations), chemical equations, gas laws, elementary atomic structure and periodic properties of elements. Students who take this course must receive a D or better before they can take CHEM 0111.

CHEM 0111 GENERAL CHEMISTRY 1

4 cr.

General Chemistry 1 and 2 constitute a two-term introduction to the fundamental properties of matter. General Chemistry 1 covers stoichiometry; the properties of solids, liquids and gases; thermochemistry; and the electronic structure of atoms and molecules. Prerequisite: CHEM 0105. Corequisite: CHEM 0113.

Comment: Students may not take this course unless they have obtained an appropriate test score on the Chemistry Placement Test or have obtained at least a D grade in CHEM 0105.

CHEM 0112 GENERAL CHEMISTRY 2	4 cr.
General Chemistry 1 and 2 constitute a two-term introduction to the fundamental properties of matter. General Chemistry 2 covers kinetics, coordination chemistry, redox reactions, chemical equilibrium, and thermodynamics. Prerequisite: CHEM 0111. Corequisite: CHEM 0114.

CHEM 0113 GENERAL CHEMISTRY LABORATORY I	1 cr.
A laboratory course designed to augment and clarify the concepts presented in General Chemistry 1. Corequisite: CHEM 0111.

CHEM 0114 GENERAL CHEMISTRY LABORATORY II	1 cr.
A laboratory course designed to augment and clarify the concepts presented in General Chemistry 2. Prerequisite: CHEM 0111, CHEM 0113. Corequisite: CHEM 0112.

CHEM 0190 CHEMISTRY FOR THE HEALTH PROFESSIONS	3 cr.
An introductory course designed primarily for students in the health professions. Stresses general concepts of inorganic chemistry, organic chemistry, and biochemistry. Corequisite: CHEM 0192.

CHEM 0192 CHEMISTRY FOR THE HEALTH PROFESSIONS LABORATORY	1 cr.
This lab is designed to augment and clarify the concepts presented in Chemistry for the Health Professions lecture. Corequisite: CHEM 0190.

CHEM 0230 FUNDAMENTALS OF ORGANIC CHEMISTRY	4 cr.
This course is for those biology students who select the terrestrial ecology option and to secondary education biology students. Using biological examples, basic concepts of organic chemistry are introduced. Offered in alternate years. Prerequisite: CHEM 0112, CHEM 0114. Corequisite: CHEM 0235.

CHEM 0231 ORGANIC CHEMISTRY 1	4 cr.
This course is the first part of a two-term sequence, and it deals with the chemistry of aliphatic and aromatic hydrocarbons, stereochemistry, and free radical and ionic mechanisms of organic reactions. Prerequisite: CHEM 0112 AND CHEM 0114. Corequisite: CHEM 0233.

CHEM 0232 ORGANIC CHEMISTRY 2	4 cr.
This course is the second part of a two-term organic chemistry sequence and deals with the study of the synthesis of and physical, spectroscopic, and chemical properties of the major classes of organic compounds. The course also includes a brief account of the chemistry of proteins and nucleic acids. Prerequisite: CHEM 0231. Corequisite: CHEM 0234.

CHEM 0233 ORGANIC CHEMISTRY LABORATORY 1	1 cr.
A laboratory course designed to augment and clarify the concepts presented in Organic Chemistry 1. Experiments stress mainly, but not exclusively, techniques and simple synthetic procedures. Prerequisite: CHEM 0114. Corequisite: CHEM 0231.

CHEM 0234 ORGANIC CHEMISTRY LABORATORY 2	1 cr.
A laboratory course designed to augment and clarify the concepts presented in Organic Chemistry 2. It stresses functional group transformations, syntheses, qualitative organic analysis, and separation and spectral techniques. Prerequisite: CHEM 0233. Corequisite: CHEM 0232.

CHEM 0235 FUNDAMENTALS OF ORGANIC CHEMISTRY LABORATORY	1 cr.
This laboratory course is designed to augment and clarify the topics covered in the CHEM 0230 lecture. The experiments included in this lab stress mainly, but not exclusively, techniques and simple synthetic procedures. Prerequisite: CHEM 0112. Corequisite: CHEM 0230.

CHEM 0325 ANALYTICAL CHEMISTRY	4 cr.
This course and its lab are concerned with the treatment of equilibria that are of analytical importance and with an introduction to basic methods of chemical analysis. Prerequisites: CHEM 0112, MATH 0004.

CHEM 1131 INORGANIC CHEMISTRY

3 cr.

Modern bonding theories are developed to the level that permits some understanding of the effects of structure and bonding on chemical properties. Periodic relationships are discussed and applied to selected families of elements. Emphasis is placed on those aspects of structure, bonding, and periodic relationships that are helpful in unifying a large body of chemical knowledge. Selected topics of current interest in inorganic chemistry are discussed. Prerequisites: CHEM 0232, consent of the instructor. Corequisite: CHEM 1132.

CHEM 1132 PHYSICAL-INORGANIC CHEMISTRY LABORATORY

2 cr.

This laboratory focuses on synthesis and characterization of inorganic species. Representative examples of transition metal coordination complexes and organometallic and main group compounds are prepared using various synthetic techniques on a micro- and semimicro-scale. Spectroscopic and electrochemical methods are employed in order to examine reaction kinetics, study molecular dynamics (fluxional molecules), as well as for structural characterization. Equal emphasis on theory and application. Selected preparations from the current inorganic literature are included. Prerequisite: CHEM 0234. Corequisite: CHEM 1131.

CHEM 1133 SYNTHESIS & CHARACTERIZATION LABORATORY

1 cr.

Laboratory focuses on various methods used to prepare and characterize organic and inorganic species. Representative examples of transition metal coordination complexes, organometallic and main group compounds, and organic compounds with medicinal applications are prepared and characterized. Spectroscopic, electrochemical, and physical methods are employed to examine reaction kinetics and to study molecular dynamics, as well as for structural characterization. Selected preparations from the current organic, medicinal, and inorganic literature are included. Equal emphasis on theory and application. Prerequisites: CHEM 0232, CHEM 0234.

CHEM 1291 CLINICAL CHEMISTRY	6 cr.
This course is taught at Conemaugh Memorial Medical Center (CMMC). It is required for and restricted to medical technology students enrolled in the CMMC program.

CHEM 1292 URINALYSIS & BODY FLUID ANALYSIS	2 cr.
This course is taught at Conemaugh Memorial Medical Center by members of the UPJ clinical faculty. Required for medical technology students enrolled in the CMMC program.

CHEM 1321 BIOCHEMISTRY 1	3 cr.
This course is the first course of a two-semester sequence covering the chemistry of life. It covers protein structure, protein function, and central metabolism Prerequisite: CHEM 0232. Corequisite: CHEM 1323.

CHEM 1322 BIOCHEMISTRY 2	3 cr.
This course is a continuation of Biochemistry 1. It covers metabolism and the flow of genetic information. Prerequisite: CHEM 1321.

CHEM 1323 BIOCHEMISTRY LABORATORY	1 cr.
A laboratory course to accompany the Biochemistry 1 lecture. The course covers basic biochemical techniques with different sorts of macromolecules. Corequisite: CHEM 1321.

CHEM 1325 SPECTRAL ANALYSIS	3 cr.
This course is designed to introduce students to the theory and applications of traditional and modern spectroscopic techniques. These techniques are subsequently used for the identification of organic compounds. Prerequisite: CHEM 0232.

CHEM 1327 INSTRUMENTAL ANALYSIS	4 cr.
The lecture emphasizes the theory of operation of various important instrumental techniques of analysis. The accompanying laboratory covers the operation of specific instruments. Offered in alternate years. Prerequisite: CHEM 0325.

CHEM 1329 CHEMICAL SEPARATIONS	2 cr.
This course is designed to introduce students to the theory and applications of traditional and modern chromatographic techniques. Prerequisite: CHEM 1325.

CHEM 1330 TOPICS IN ORGANIC CHEMISTRY	3 cr.
Possible topics include chemistry of natural products, organic synthesis, mechanisms of organic reactions, and reaction intermediates. Prerequisite: CHEM 0232.

CHEM 1331 POLYMER CHEMISTRY	3 cr.
This course involves a survey of organic and physical properties of macromolecules. Offered in alternate years. Prerequisite: CHEM 0232.

CHEM 1332 MEDICINAL CHEMISTRY	3 cr.
This course starts with a discussion of the general concepts of pharmacology and medicinal chemistry, and it concludes with an extended look at a number of specific drug families. Offered in alternate years. Prerequisite: CHEM 0232.

CHEM 1341 PHYSICAL CHEMISTRY 1	3 cr.
This course is the first of a two-term sequence; it is a mathematically based introduction to quantum mechanics. Topics include atomic and molecular structure, molecular spectroscopy, group theory of symmetry, and statistical mechanics. Prerequisites: PHYS 0152, MATH 0231.

CHEM 1342 PHYSICAL CHEMISTRY 2	3 cr.
This course is the second of a two-term sequence; it rigorously deals with the theory and application of chemical thermodynamics and reaction kinetics. Prerequisites: PHYS 0152, MATH 0231. Corequisite: CHEM 1343.

CHEM 1343 PHYSICAL CHEMISTRY LABORATORY	2 cr.
Experiments are designed to illustrate physiochemical principles and techniques and to supplement the lecture by covering material that was not covered in the lecture in detail. This course involves significant laboratory report writing and use of existing software packages, including spreadsheets, molecular modeling, mathematical analysis, and statistical analysis. Corequisite: CHEM 1342.

CHEM 1360 INDEPENDENT STUDY	1–6 cr.
Designed to give the student an opportunity to investigate a topic in some depth.

CHEM 1371 UNDERGRADUATE RESEARCH	1–4 cr.
Research directed by a member of the chemistry faculty. Approximately four hours per week per credit.

CIVIL ENGINEERING TECHNOLOGY (CET)

CET 0020 ELEMENTARY SURVEYING	3 cr.
Introduction to the use of modern surveying instruments, equipment, and measurement methods. Emphasis is on the field work in measuring a given traverse and locating the control data for making a topographic map. Other topics include construction, route, and boundary control surveys. Prerequisite: ET 0023

CET 0021 CIVIL COMPUTATIONS AND DESIGN	3 cr.
Continuation of surveying principles and calculations experienced in Elementary Surveying. Introduction into site development and mapping using a computer-aided design (CAD) system. Other computer-aided analysis and design methods will be presented for use with highway and route surveying, layout, and planning. Prerequisites: CET 0020, ET 0030, and ET 0011.

CET 1111 STRUCTURAL STEEL DESIGN	4 cr.
Application of principles of mechanics in the design of steel beams, tension and compression members, beam columns, and bolted and welded connections. The latest American Institute of Steel Construction-Load and Resistance Factor Design (AISC-LRFD) specification is used. Prerequisites: ET 0011, ET 0053, and ET 0054.

CET 1112 REINFORCED CONCRETE DESIGN	4 cr.
Concrete strength design and behavior of beams, columns, footings, slabs, and retaining structures using current American Concrete Institute (ACI) code requirements. Prerequisites: ET 0011, ET 0053, and ET 0054.

CET 1113 ADVANCED STRUCTURES

3 cr.

Structural analysis of determinate and indeterminate trusses and frames. Analysis and design, using the AISC-LRFD specifications, of continuous and composite beams, frames, and plate girders. Classical methods of analysis such as slope-deflection and virtual work are emphasized. Other topics include influence lines, deflection, and approximate methods of analysis. Prerequisites: ET 0053, ET 0030, MATH 0350, CET 1111.

CET 1121 HIGHWAY SURVEYING AND DESIGN

3 cr.

Highway location surveys, geometric design, and construction stakeout. Emphasis is placed on the design of horizontal and vertical alignments from field surveys and topographic maps. Elements of design include horizontal, circular, and spiral curves; superelevation; vertical profiles; vertical parabolic curves; cross-sections; earthwork quantities; and drainage. The Land Development Desktop (LDD) is used in the planning and design process, including preparation of design plans for a semester-long highway project. Prerequisites: CET 0020, CET 0021, CET 1123, CET 1140.

CET 1123 TRANSPORTATION

4 cr.

Study of transportation systems including planning, analysis, design and management. Emphasis is placed on traffic volumes, speed-flow-density relationships, highway safety, capacity analysis and level of service, intersection control, forecasting travel demand, evaluating alternatives, environmental and social considerations, and transportation systems management. The lab focuses on spot speed, traffic volume, travel delay, parking and accident studies. The highway capacity software is utilized in the design of signals and in the traffic analysis of highway segments and intersections. Prerequisites: CET 0021, ET 0023, and ET 0054.

CET 1124 PAVEMENT DESIGN AND MANAGEMENT

3 cr.

Study of properties and tests of asphaltic materials, pavement design and management. Emphasis is placed on Superpave mix design; pavement stresses; design of flexible and rigid pavements using methods by asphalt institute (AI), American association of state highways and transportation officials (AASHTO), and Portland Cement Association (PCA). Other topics include classification and treatment of soil, subsurface drainage, condition surveys, pavement distress and maintenance, and roadway management systems. Current policies from AASHTO and the Pennsylvania Department of Transportation (PennDOT) are incorporated. Prerequisites: CET 1123 and CET 1131.

CET 1131 SOIL ENGINEERING	4 cr.
Topics include the identification and classification of soils, hydraulic properties, consolidation characteristics and shear strength properties of soils, techniques of subsurface investigation, and the geology of natural deposits. The effects of soil conditions on the construction process are discussed. Prerequisites: ET 0053 and ET 0054.

CET 1132 FOUNDATION DESIGN	3 cr.
Geotechnical aspects of foundation design including determination of ultimate and allowable bearing capacities for shallow foundations on soil and rock, design and construction of pile foundations and drilled caissons, earth pressure theories, retaining wall stability and design details, anchored bulkheads, sheet pile walls, and excavation bracing. Prerequisite: CET 1131.

CET 1140 HYDROLOGY AND HYDRAULICS ENGINEERING	3 cr.
A study of the basic principles of hydrology and hydraulics and their application to the solution of water resource problems. Topics include the hydrologic cycle, rainfall runoff relationships, analysis and design of detention facilities, open channels, reservoir routing, and channel routing. Prerequisites: ET 0023, MET 1154, and MATH 0221.

CET 1141 ENVIRONMENTAL ENGINEERING	3 cr.
An introduction to causes of pollution in the environment and related engineering solutions. Areas of investigation include water supply, wastewater, solid wastes, and air pollution. Methods of abating present pollution and planning to avoid future pollution are investigated. Prerequisites: CHEM 0111, ET 0023, and MATH 0221.

CET 1142 WATER SUPPLY AND WASTEWATER

4 cr.

A problem-oriented course in which the water supply and wastewater system needs for a community are determined. A water supply system and a distribution system are designed. The various unit operations of water treatment and wastewater treatment plants are also designed. A water chemistry laboratory and problem-solving recitation period are included in the course. Prerequisites: CHEM 0111, ET 0023, and CET 1140.

CET 1144 HYDRAULICS LABORATORY	1 cr.
Laboratory and field activities in conjunction and association with hydrology and hydraulics. Corequisite: CET 1140.

CET 1151 MATERIALS OF CONSTRUCTION

3 cr.

Acquaints the student with the practical difficulties in the selection, testing, and use of construction materials in relation to function, environment, and cost. Major emphasis on aggregate, Portland cement, concrete additives, and bituminous materials in civil engineering works. Problems associated with concrete and bituminous mixtures and methods of mix design are included. Current materials-testing techniques are utilized in the laboratory. Material applications of masonry are introduced.

CET 1152 CONSTRUCTION MANAGEMENT PRACTICE	4 cr.
Fundamental management principles for construction contracting, project organization and planning, scheduling and control with critical path method (CPM) techniques, estimating, bonding, material, labor, insurance, and equipment utilization. Prerequisite: CET 1151.

CET 1183 SOPHOMORE SEMINAR FALL	0 cr.
Practicing professional engineers speak on a variety of subjects of interest to the civil engineering profession.

CET 1184 SOPHOMORE SEMINAR SPRING	0 cr.
Practicing professional engineers speak on a variety of subjects of interest to the civil engineering profession.

CET 1185 JUNIOR SEMINAR FALL	0 cr.
Practicing professional engineers speak on a variety of subjects of interest to the civil engineering profession.

CET 1186 JUNIOR SEMINAR SPRING	0 cr.
Practicing professional engineers speak on a variety of subjects of interest to the civil engineering profession.

CET 1187 SENIOR SEMINAR FALL	0 cr.
Practicing professional engineers speak on a variety of subjects of interest to the civil engineering profession.

CET 1188 SENIOR SEMINAR SPRING	0 cr.
Practicing professional engineers speak on a variety of subjects of interest to the civil engineering profession.

CET 1195 SENIOR PROJECT PROPOSAL	1 cr.
A written proposal detailing the functional specifications for a project and the time schedule for completion will be submitted. After approval of the proposal by the faculty, a faculty advisor will be assigned and the senior project is begun. To be completed in the next to last term.

CET 1196 SPECIAL PROJECT—INTERNSHIP	1–4 cr.
The internship is designed to give the student an opportunity to study a particular aspect of the discipline in some depth. Admission is by consultation with and permission of the departmental faculty.

CET 1197 SPECIAL PROJECT—DIRECTED STUDY	1–4 cr.
The directed study is designed to give the student an opportunity to study a particular aspect of the discipline in some depth. Admission is by consultation with and permission of the departmental faculty.

CET 1198 SPECIAL PROJECT—INDEPENDENT STUDY	1–4 cr.
The independent study is designed to give the student an opportunity to study a particular aspect of the discipline in some depth. Admission is by consultation with and permission of the departmental faculty.

CET 1199 SENIOR PROJECT	3 cr.
Employs previously learned material in civil engineering technology. The project involves design and analysis of a new or modified civil engineering project or system with demonstrated feasibility. To be completed in the last term. Prerequisite: CET 1195.

COED PHYSICAL EDUCATION (PEDC)

PEDC 0002 INTERMEDIATE SWIMMING	1 cr.
For students who have learned the mechanics of basic aquatic strokes and are interested in the development of proper rhythm and timing necessary for good performance in swimming. Students are permitted to set their own achievement goals. Instruction is on an individual basis.

PEDC 0010 WATER AEROBICS	1 cr.
Improve your fitness in the enjoyable aquatic environment. This program is designed for all ages. Each enrollee will be permitted to participate at their own level gradually improving their muscle tone, cardiac, and respiratory fitness levels. This program will be conducted in shallow water so that the non-swimmer may participate.

PEDC 0018 DIRECTED STUDY	1–2 cr.
If students are interested in developing a program independently or if students are interested in a program not offered formally by this department, they may develop a contract with an instructor in a specific area and present this contract for approval to the program coordinator.

PEDC 0022 AEROBIC DANCE	1 cr.
Improve your fitness levels with this aerobic dance to music course, one of America's most popular ways to exercise. This program is for all ages. Each student will be permitted to participate at his/her own level, gradually improving muscle tone, cardiac, and respiratory fitness.

PEDC 0026 AQUATIC CONDITIONING	1 cr.
Good swimmers who want to learn how to use swimming to maintain or improve their physical fitness should register for this course. Students may determine their capacity for exercise, and they may learn how to apply this effort in the water.

PEDC 0029 WEIGHT TRAINING—MEN	1 cr.
This class is designed to provide the male student with the opportunity to develop and practice basic weight training techniques. With the guidance of the instructor, the student will be encouraged to develop an individualized self-designed program. The emphasis of this course will be placed on progressive-resistive exercises.

PEDC 0030 WEIGHT TRAINING—WOMEN	1 cr.
This class is designed to provide the female student with the opportunity to develop and practice basic weight training techniques. With the guidance of the instructor, the student will be encouraged to develop an individualized self-designed program. The emphasis of this course will be placed on progressive-resistive exercises.

PEDC 0041 JAZZ 1	1 cr.
Fundamentals of jazz dance for beginning dance students. Class includes warm-up, center floor, and cross floor movement combinations, contemporary jazz and pop music is emphasized.

PEDC 0042 JAZZ 2	1 cr.
A continuation of the basic fundamentals learned in Jazz 1. More emphasis is placed on longer routines and more complicated movement sequences. It is an intermediate jazz class.

PEDC 0060 BASKETBALL 1—COEDUCATIONAL

1 cr.

Supervised competition stressing five-on-five and team concepts. A variety of game situations and strategies will be reviewed, with emphasis on player participation. Foul shooting, three-on-three, and four-on-four are also part of class activity. Shooting, ball handling, dribbling, and passing are points of emphasis. Two skill tests are given at the end of class, one in shooting and one in dribbling. Attendance is required and taken at each class.

PEDC 0063 BASKETBALL 2—COEDUCATIONAL	1 cr.
Total team play is discussed and practiced. On-court work involves many phases of the five-on-five game. Although skill work is not emphasized, it is still covered within the team concept. Strategy and tactics, including game situations, are part of the class. Attendance is required, and role is taken at every class. Tests include shooting and a scouting report.

PEDC 0065 VOLLEYBALL

1 cr.

Team and individual skills are taught. Drills involving both are part of the class. Rules, scoring, tactics, and strategy are also discussed and incorporated as part of the match experience. Three courts are available for a variety of six-on-six, four-on-four, and three-on-three play. League play with play-off experience is also part of the class. Emphasis is on six-on-six team play. Attendance is required and role is taken at every class. Tests include serving and passing.

PEDC 0087 PERSONAL DEFENSE

1 cr.

Offers physical conditioning and self-defense through the application of judo. Emergency self-defense from various attacks will be taught utilizing basic throwing, grappling, and striking techniques. Students develop a deep respect for others, inner security, and self confidence. The purpose of this course is to defeat an opponent through the most efficient use of mind and body, but doing so on the principle of "giving away" under his attack or effort.

PEDC 0088 KAYAK PADDLING	1 cr.
Instruction for the beginning kayaker in basic strokes and rolls. This course offers Red Cross certification for basic kayak paddling, pool practice sessions, and an open-water trip.

PEDC 0100 LIFEGUARDING	2 cr.
For swimmers at an intermediate-level or above who wish to gain National Red Cross certification in lifeguard training. This course is specifically designed to prepare students for lifeguarding at pools and open water, nonsurf beaches. This class also provides Red Cross certification in cardiopulmonary resuscitation (CPR) for the professional rescuer and community first aid.

PEDC 0103 AEROBIC EXERCISE 1	1 cr.
Aerobic conditioning to music including pulse-rate workouts, circuit weight lifting, and personal aerobic routines and activities.

PEDC 0123 FIRST AID AND CPR	1 cr.
The purpose of the course is to prepare people to care for injuries and to meet emergencies when medical assistance is delayed. The course is taught through lectures, discussion, demonstrations, and mannequin practice.

PEDC 0162 DANCE BASICS

1 cr.

For those people who always had a desire to learn to dance but were intimidated by a formal class. Break your own stereotype! If increasing your flexibility, strength, coordination and rhythmic awareness is a goal, you can do it in an enjoyable atmosphere of sound and movement. Learn dance fundamentals that are used in ballet, jazz, and modern dance. Some social dance and folk dance movements are included. Barre and floor warm-up and movement sequences are contained in each class.

PEDC 0184 SCUBA 1

2 cr.

Provides National Association of Underwater Instructors (NAUI) or Professional Association of Diving Instructors (PADI) open-water instruction and certification for the beginning student who wishes to learn safe scuba diving techniques. Pool, classroom, and open-water training are required for certification. The student must provide personal diving gear (mask, fins, snorkel, and boots) by the third class meeting; all other equipment for the pool activities will be provided. The student must also provide all the equipment necessary for open-water training (which may be rented).

PEDC 0185 SCUBA 2

2 cr.

Provides National Association of Underwater Instructors (NAUI) or Professional Association of Diving Instructors (PADI) advanced open-water instruction and certification for the certified diver who wishes to gain specialized diving experience. Activities include instruction and supervision in advanced navigation, search and recovery, night diving, and deep diving. The student must provide all of the equipment necessary for open-water training. This equipment may be rented if not owned.

PEDC 0200 WATER SAFETY INSTRUCTOR

2 cr.

The purpose of this course is to train instructor candidates to teach Red Cross swimming and water safety courses. The course is dedicated to developing the skills needed to plan, conduct, and evaluate Red Cross courses including Learn to Swim levels 1–6, Parent & Child Aquatics, and Water Safety Outreach (includes Basic Water Rescue and presentations on Water Safety Today, General Water Safety, Home Pool Safety, and Parent Orientation to Swimming Lessons). Upon successful completion, students will receive Red Cross Water Safety Instructor Certification.

PEDC 0212 MODERN DANCE 3	2 cr.
This course is designed for those students who have mastered intermediate dance skills and wish to challenge themselves to achieve advanced levels of dance technique. Performance quality movement is stressed. Course objectives include highly developed technical skills, recognition of traditional modern dance forms, increased awareness of phrasing, and development of improvisational movement.

COLLEGE OF ARTS AND SCIENCES (CAS)

CAS 0001 UNIVERSITY SCHOLARSHIP

1 cr.

This course is designed to help students maximize their potential for academic success in college by presenting various methods and procedures for successful management of their college learning experience. The course is intended to provide participants an opportunity to learn, adopt, and adapt techniques, strategies, and skills to enhance their college success. The course will center on academic content and readings assigned by the instructor. Registration in this course is restricted to students who have successfully completed fewer than 30 credits. A student who fails this course is required to repeat it prior to progressing beyond 30 credits.

CAS 0904 ACADEMIC SKILLS FOCUS COURSE	1 cr.
The course is designed to prepare students for college experience by helping them to acquire self confidence; refine their classroom skills; set and achieve their academic and career goals; accept challenges and rewards openly; and find, analyze, and solve problems skillfully.

CAS 0906 MASTERING COLLEGE	1 cr.
This course is designed to help students maximize their potential for academic success in college by presenting various methods and procedures for successful management of the college learning experience. The course is intended to provide participants an opportunity to learn, adopt, and adapt techniques, strategies, and skills to enhance college success.

CAS 1902 INTERNSHIP	1–6 cr.
An internship is a special type of independent study in which the student works in a nonacademic setting. The internship should be directly related to an academic discipline, and the student's learning is evaluated and graded by a faculty member.

CAS 1917 DIRECTED STUDY: FOCUS GROUP	3 cr.
This is a program of directed study in a focus area of interest to second-term freshmen or first- or second-term transfer students. This course will be taught by selected faculty and staff and involve guest speakers, field trips, writing assignments, and class discussions.

COMMUNICATION : RHETORIC & COMMUNICATION (COMMRC)

COMMRC 0030 INTRODUCTION TO COMMUNICATION	3 cr.
An introduction to communication theory with consideration given to how theoretical stances relate to areas of communication study including interpersonal communication, small-group communication, mass communication, organizational communication, and gender issues in communication.

COMMRC 0052 PUBLIC SPEAKING	3 cr.
Introduction to the composition, delivery, and critical analysis of informative and persuasive speeches.

COMMRC 0083 INTERCULTURAL COMMUNICATION	3 cr.
An analysis of various foreign cultures and U.S. subcultures focusing on communication behavior. Attitudes held by each group and problems that may arise in exchange of ideas between groups are studied.

COMMRC 0080 COMMUNICATION RESEARCH METHODS

3 cr.

The research methods course will provide an overview of different research methodologies, which are utilized within the communication discipline. The course will present a foundational base of theory through lecture, and encourage students to apply their knowledge through in-class exercises. A large portion of the in-class exercises will ask students to analyze and interpret data through the use of statistical software. Students will also be expected to read and present critiques of communication research articles. As a final project students will be able to present their cumulative understanding of the research process through a group project. In groups, students will design a study that employs one of the major methodologies discussed in this class (i.e. experiments, survey, content analyses etc.). The groups will formulate a research question/hypothesis, develop an instrument for data collection, collect data, analyze data, and present the results in a poster presentation at the end of the semester. Prerequisite: MATH 0001.

COMMRC 0320 MASS COMMUNICATION PROCESS	3 cr.
Designed to introduce students to the basic concepts of mass communication research and to the history and development of various media (TV, radio, newspapers, magazines, etc.).

COMMRC 1107 GENDER AND COMMUNICATION

3 cr.

In-depth exploration of the communication of women and men in society in such settings as families, friendships, schools, organizations, and media. Prerequisite: COMMRC 0030.

COMMRC 1124 RHETORICAL CRITICISM	3 cr.
Designed to help students become acquainted with contemporary methods of rhetorical criticism through a combination of lecture, discussion, and practical applications. Prerequisites: ENGCMP 0004 or ENGCMP 0006 and COMMRC 0030.

COMMRC 1130 BUSINESS AND PROFESSIONAL SPEAKING	3 cr.
A speaking course focusing on researching, developing, and delivering presentations appropriate for business contexts. Prerequisite: COMMRC 0030.

COMMRC 1131 ORGANIZATIONAL COMMUNICATION	3 cr.
An overview of the relationship between communication and organizing processes, with an emphasis on theories, principles, and practices of organizational communication as well as organizational research methodology. Prerequisite: COMMRC 0052.

COMMRC 1132 POLITICAL COMMUNICATION	3 cr.
Analysis of methods of symbol use in the political arena and in public policy debates.

COMMRC 1134 SMALL GROUP COMMUNICATION	3 cr.
Examination of communication principles, theories, and behaviors relevant to small-group formation, dynamics, and decision making. Prerequisite: COMMRC 0030.

COMMRC 1136 NONVERBAL COMMUNICATION	3 cr.
Examination of nonverbal communication channels including physical characteristics and movements of communicators, as well as spatial and environmental influences on the communication process.

COMMRC 1137 THEORIES OF INTERPERSONAL COMMUNICATION	3 cr.
Comparison of ways researchers conceptualize and study interpersonal, relational communication. Prerequisite: COMMRC 0030.

COMMRC 1138 THEORIES OF PERSUASION	3 cr.
Survey of 21st-century theories of persuasion, with analysis of research about how the spoken word and the visual image influence public belief and action.

COMMRC 1139 MEDIA CRITICISM	3 cr.
Advanced analysis of the messages, formats, and implications of media texts, applying various theories of contemporary media criticism. Prerequisites: ENGCMP 0004 or ENGCMP 0006, and COMMRC 0320.

COMMRC 1141 COMMUNICATION INTERNSHIP	1–12 cr.
Internships provide practical work experience related to the student's course of study. Students are placed in community agencies, offices, etc., for training and experience in communication applications.

COMMRC 1733 SPECIAL TOPICS IN COMMUNICATION	3 cr.
Examines a specific communication topic, which varies each time this course is offered. Permission of instructor may replace COMMRC 0030 as prerequisite. Junior or senior status is strongly recommended for this course. Prerequisite: COMMRC 0030.

COMMRC 1902 INDEPENDENT STUDY	1–6 cr.
An independent program of study, research, or creative activity conducted under specific, prearranged conditions between the student and supervising faculty member.

COMPUTER SCIENCE (CS)

CS 0015 INTRODUCTION TO COMPUTER PROGRAM (QR)	3 cr.
This course is primarily intended for business majors who wish to become familiar with microcomputer applications in business. Visual Basic programming is presented as a vehicle for the development of computer-based problem-solving skills. Corequisite: CS 0016.

CS 0016 INTRODUCTION TO COMPUTER SCIENCE PROGRAMMING APPLICATIONS	1 cr.
An application course to accompany Introduction to Computer Programming. Corequisite: CS 0015.

CS 0045 INTRODUCTION TO INFORMATION STRUCTURES APPLICATIONS	1 cr.
An application course to accompany Introduction to Information Structures. Corequisite: CS 0455.

CS 0046 COMPUTER SYSTEMS ARCHITECTURE APPLICATIONS	1 cr.
An application course to accompany Computer Systems Architecture. Corequisite: CS 0456.

CS 0047 ADVANCED PROGRAMMING CONCEPTS LABORATORY	1 cr.
An application course to accompany Advanced Programming Concepts. Corequisite: CS 0457.

CS 0048 DATA STRUCTURES AND FILES APPLICATIONS	1 cr.
An application course to accompany Data Structures and Files. Corequisite: CS 0458.

CS 0081 COMPUTER LITERACY

3 cr.

A survey course designed for students not majoring in computer science. Provides an overview of the components of a computer system, including hardware, operating systems, and application software. Includes coverage of processing fundamentals; storage, input/output, and networking technologies; and Internet fundamentals. Lab sessions provide a hands-on introduction to office productivity software including word processing, spreadsheets, micro databases, and presentation graphics, as well as an introduction to Web Page creation using HTML and Frontpage.

CS 0082 COMPUTER SCIENCE ASSISTANTSHIP—NONMAJORS	1–3 cr.
This course is designed to accommodate students who are not computer science majors who wish to participate in laboratory consulting, teaching projects, and other meaningful CS activities on campus.

CS 0100 PERSPECTIVES IN COMPUTER SCIENCE

3 cr.

This is an entry-level course for computer science majors. It presents an overview of the field for the benefit of those who will be pursuing in-depth studies related to many of the topics presented. These topics will include, among others, considerations of computer hardware and software, problem-solving techniques, elementary data structures, binary data representation, data communications, as well as the history and social implications of computerization.

CS 0406 DISCRETE MATH 2 AND STATISTICS FOR COMPUTER SCIENCE

3 cr.

This course is the sequel to Discrete Math 1. Half of the course will be devoted to probability and statistics and include topics in probability, combinatorics, elementary laws of means, variances and standard deviations, expected values, and descriptive statistics. The remainder of the course will be devoted to advanced topics in discrete math and will include proof techniques, induction, quantifiers, recurrence relations, algebraic structures, finite state machines, turning machines, and formal languages. Prerequisite: MATH 0401.

CS 0410 INTRODUCTION TO COMPUTER SCIENCE PROGRAMMING APPLICATIONS	1 cr.
An application course to accompany Introduction to Computer Science Programming lecture. Prerequisites: CS 0100, MATH 0401. Corequisite: CS 0411.

CS 0411 INTRODUCTION TO COMPUTER SCIENCE PROGRAMMING

3 cr.

This course is an introduction to the concepts, techniques, and tools of computer science. It is designed for those students who are intending to major in that discipline. The course is to emphasize fundamental approaches to problem analysis, algorithm development, and top-down program design. The student is to gain a thorough working knowledge of an exemplary programming language and to become thoroughly familiar with the Pitt computing environment. Students must have completed two years of high school mathematics. Prerequisites: CS 0100, MATH 0401. Corequisite: CS 0410.

CS 0417 INTERMEDIATE PROGRAMMING USING JAVA

3 cr.

This intermediate programming course for non-CS majors will emphasize object-oriented design and programming. Object-oriented concepts such as data encapsulation, inheritance and polymorphism will be explored and implemented by students using predefined classes and by creating their own classes. Graphical user interfaces and event handling will also be covered. The programming language that will serve as the basis for this course will be Java. Prerequisites:CS 0410 and 0411, or CS 0015 and 0016, or ET 0031, or permission of instructor.

CS 0455 INTRODUCTION TO INFORMATION STRUCTURES	3 cr.
This course will emphasize the study of the basic data structures of computer science—stacks, queues, trees, lists, and graphs and their implementation using a structured language. In addition, various mathematical structures introduced in Discrete Mathematical Structures will be applied to computer science problems. Prerequisites: CS 0406, CS 0410, CS 0411. Corequisite: CS 0045.

CS 0456 COMPUTER SYSTEMS ARCHITECTURE	3 cr.
Emphasis is on providing the student with a basic exposure to the UNIX operating system and computer architecture with Assembly language programming. Also, the nonobject-oriented features of the C++ programming language are presented. Prerequisites: CS 0411, CS 0410, CS 0406. Corequisite: CS 0046.

CS 0457 ADVANCED PROGRAMMING CONCEPTS	3 cr.
Emphasis will be placed on the advanced features of C++ including stream I/O, object-orientation with classes, generic programming units, and exception handling. The underlying principles of object-oriented design, namely inheritance and polymorphism, will be explored in depth. Prerequisites: CS 0455, CS 0045, CS 0456, CS 0046. Corequisite: CS 0047.

CS 0458 DATA STRUCTURES AND FILES

3 cr.

A study of computer representations of structured data both in main memory and on secondary storage devices as well as operations on such data. Topics include list structures, various advanced data structures, hashing, file structures, and access methods. Interaction between main and secondary storage, sorting, and searching also will be covered. Prerequisites: CS 0455, CS 0045, CS 0456, CS 0046. Corequisite: CS 0048.

CS 1132 CLASSICAL NUMERICAL ANALYSIS	3 cr.
Numerical methods for solving mathematical problems on computers. Topics include computer arithmetic, error propagation, solutions to linear equation, interpolation and approximation, numerical differentiation, solutions to nonlinear equations, and solutions to ordinary and partial differential equations. Prerequisites: MATH 0241, 0401.

CS 1162 TOPICS IN COMPUTER APPLICATIONS	3 cr.
Current topics in computer applications are discussed, such as networks, robotics, new languages, personal computers, software systems, list processing, or any area of recent concern. Prerequisites: CS 0047, CS 0048, CS 0457, CS 0458.

CS 1163 ADVANCED TOPICS IN COMPUTER SCIENCE	3 cr.
Topics that are extensions of upper-level CS electives are discussed. The content of this course is in general more advanced, and the topics are more rigorous than for Topics in Computer Applications. Prerequisites: CS 0047, CS 0048, CS 0457, CS 0458.

CS 1164 ADVANCED COMPUTER SCIENCE TOPICS AND APPLICATIONS	3 cr.
Topics that are extensions of upper-level CS electives are discussed. The content of this course is in general more advanced, and the topics are more rigorous than for Topics in Computer Applications. Prerequisites: CS 0047, CS 0048, CS 0457, CS 0458.

CS 1165 DIRECTED PROJECT	3 cr.
Participants in a group will implement a useful software system based on the design conceived in Software Engineering. Participants will produce a deliverable product including all written associated documentation describing the product and its results. Group presentations will be included in this course. Prerequisite: CS 1735. Corequisite: CS 1736.

CS 1171 COMPUTER SCIENCE ASSISTANTSHIP	1–3 cr.
This course is designed to accommodate students who wish to participate in laboratory consulting, teaching projects, and software systems implementations not associated with any other meaningful computer science-related activities on campus.

CS 1550 SYSTEMS PROGRAMMING	3 cr.
An introduction to basic concepts of operating systems, common to most computer systems, that interface the machine with upper-level programs. This course will introduce processes such as processing unit, process management, concurrency, communication, memory management and protection, and file systems.

CS 1710 FORMAL STRUCTURES COMPUTER SCIENCE	3 cr.
This course will provide a detailed exposition of abstract mathematical structures relevant to computer science. Abstraction is emphasized as a powerful tool for solving problems, and the student is exposed to a variety of proof techniques. Applications of abstraction to approach practical problems in computer science are emphasized. Prerequisites: CS 0047, CS 0048, CS 0457, CS 0458.

CS 1713 ALGORITHM DESIGN AND ANALYSIS	3 cr.
This course will introduce topics related to the design and analysis of algorithms. Topics include 0-notation, recurrence relations, divide-and-conquer, dynamic programming, graph algorithms, advanced data structures, and completeness algorithms. Prerequisites: CS 0047, CS 0048, CS 0457, CS 0458.

CS 1720 PROGRAMMING LANGUAGES	3 cr.
Several programming languages will be studied from a programming (rather than an implementation) point of view. The study of diverse programming languages will exemplify differing approaches to concepts such as scope of declaration, storage allocation, data structure variety, binding times, and control structures. Prerequisites: CS 0047, CS 0048, CS 0457, CS 0458.

CS 1735 SOFTWARE DESIGN METHODOLOGY	3 cr.
Construction of large computerized systems proceeds through the stages of requirements analysis, specification, and implementation. This course deals with requirements analysis and specification. Emphasis is on methodologies for improving the reliability of specifications, i.e., on executable specifications and systems prototypes. Prerequisites: CS 0047, CS 0048, CS 0457, CS 0458.

CS 1736 SOFTWARE ENGINEERING	3 cr.
Software engineering is a team discipline. The purpose of this course is to introduce the principles of software engineering and to provide experience in teamwork. The course is structured around a major project, which is taken through the stages of cost estimation, requirements specification, design and implementation, and testing. Prerequisite: CS 1735. Corequisite: CS 1165.

CS 1750 SYSTEMS PROGRAMMING	3 cr.
This course is an introduction to the design and implementation of system software. Topics include hardware-software interface (architecture), various types of input/output programming, interrupt and trap, buffers and concurrent input/output, assembler, linker/loader, editor, and introduction to operating systems. Prerequisites: CS 0047, CS 0048, CS 0457, CS 0458.

CS 1760 ADVANCED OBJECT-ORIENTED PROGRAMMING AND DESIGN	3 cr.
This upper-level course consists of examining high-level aspects of the Object-Oriented Programming paradigm. This examination includes both the theoretical and the practical aspects as well as current programming practices. The course will also involve studying a particular object-oriented language or languages. Prerequisites: CS 0047, CS 0048, CS 0457, CS 0458 or permission of instructor.

CS 1762 WEB PROGRAMMING	3 cr.
This upper-level course consists of web application programming. Emphasis will be given to modern web programming languages in order to develop dynamic web-database applications. Topics will include client-side scripting, server-side programming, introduction to databases, and web application security. Prerequisites: CS 0047, CS 0048, CS 0457, CS 0458 or permission of instructor.

CS 1765 DATABASE MANAGEMENT SYSTEMS

3 cr.

The objective of this course is to provide an in-depth knowledge of database systems designs. Thus, the emphasis is on how to model data and use available database management systems (DBMS) effectively. Toward this end, relational structure is discussed in great detail, and hierarchical and network data structures are also presented. Object-oriented database technology is also discussed. Prerequisites: CS 0047, CS 0048, CS 0457, CS 0458.

CS 1766 INTRODUCTION TO COMPUTER GRAPHICS	3 cr.
The basic concepts, tools, and techniques of computer graphics are described, and the fundamental transformations of scaling, translation, rotation, windowing, and clipping are presented. Particular emphasis will be placed on new development in microcomputer graphics. Prerequisites: CS 0047, CS 0048, CS 0457, CS 0458.

CS 1783 ARTIFICIAL INTELLIGENCE PROGRAMMING

3 cr.

The course discusses the data structures, control structures, and paradigms of artificial intelligence programming. Topics include abstract data types, knowledge structuring recursive programming, discrimination nets, agenda control, deductive information retrieval, slotfiller databases, sophisticated data dependencies, closure-based programs, and expert systems. Several application areas are discussed. Prerequisites: CS 0047, CS 0048, CS 0457, CS 0458.

CS 1791 COMPILER DESIGN

3 cr.

This course will introduce the basic concepts of compiler design and implementation. Topics include lexical analysis, various types of parsers, intermediate and object code generation, and code optimization. The material will be presented from an implementation point of view rather than a formal approach. The impact of language design on compilers will also be examined. Prerequisites: CS 0047, CS 0048, CS 0457, CS 0458.

CS 1792 COMPUTER OPERATING SYSTEMS	3 cr.
Examination of computer architecture and hardware system organization. Topics include central processing unit (CPU) organization, sequential and microprogrammed control, instruction set implementation, memory organization, input/output structure, peripherals and interfacing, and computer communications. Prerequisites: CS 0047, CS 0048, CS 0457, CS 0458.

CS 1793 COMPUTER ARCHITECTURE AND ORGANIZATION	3 cr.
Examination of computer architecture and hardware system organization. Topics include central processing unit (CPU) organization, sequential and microprogrammed control, instruction set implementation, memory organization, input/output structure, peripherals and interfacing, and computer communications. Prerequisites: CS 0047, CS 0048, CS 0457, CS 0458.

CS 1903 INTERNSHIP	1–6 cr.
This course places the student in an on-the-job setting in which he or she receives practical experience in a supervised training environment.

CS 1904 DIRECTED STUDY	1–6 cr.
This course is designed to give students the opportunity to design a plan of study to be agreed upon by the student and a supervising faculty member.

CS 1905 INDEPENDENT STUDY	1–15 cr.
Students participate in a computer-oriented project at an outside computer facility. The project should represent a significant intellectual or creative experience in computer science. Closely supervised activities consisting of consulting, program preparation and modification, design, etc., are required.

Course Description

ANTHROPOLOGY (ANTH)

BIOLOGY (BIOL)

BUSINESS (BUS)

CHEMISTRY (CHEM)

CIVIL ENGINEERING TECHNOLOGY (CET)

COED PHYSICAL EDUCATION (PEDC)

COLLEGE OF ARTS AND SCIENCES (CAS)

COMMUNICATION : RHETORIC & COMMUNICATION (COMMRC)

COMPUTER SCIENCE (CS)