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Business |
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BA 695 Global Strategic Management
(4 credits)
This capstone course is the final course in the MBA program. It focuses on the strategic management process. Students gain an understanding of strategies suitable for conducting business in developing and developed economies by integrating their international experiences and earlier coursework within the framework of theories and issues in strategic management.
Prerequisite: Students must have completed all other courses within the M.B.A. program.
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Biology |
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BI 101 General Biology I
This course is an Introduction to the science of living organisms, with emphasis on molecular and cellular aspects of energy processing, cell reproduction and genetics.
Three class hours and three laboratory hours weekly. The lecture portion of the course may be offered on-line in the summer, but labs and exams are on campus.
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BI 102 General Biology II
This an organismal-rich course, with an overview of current organismal classification and an emphasis on the structure and function of plants and animals as well as consideration of population biology and ecology.
Three class hours and three laboratory hours weekly. The lecture portion of the course may be offered online in the summer, but labs and lecture exams are on campus.
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BI 102 General Biology II
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BI 110 Human Biology
In this course students will learn about the biology of the human organism. This course encompasses the form and function of the human, from the cellular to the environmental level. It is organized around two unifying themes: (1) the relationships bet
It contains a weekly three hour laboratory section.
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BI 201 Evolution and Population Biology
This course is a study of how evolutionary changes contribute to the diversity of life. Includes an overview of the history of evolutionary theories as well as the use of modern molecular techniques, traditional population biology, and genetics to exam
Three class hours weekly.
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BI 201 Evolution and Popuylation Biolog
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BI 204 Genetics
This course is a study of the classical and modern views of the nature of the gene, its transmission and its function. It includes microbial and population genetics.
Three class hours and three laboratory hours weekly.
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BI 205 Human Anatomy
This course is a study of the structure of the human body at cellular, tissue, organ and system levels with emphasis on the primary structural components of the skeletal, muscular, circulatory and nervous systems. Laboratory exercises include a detaile
Three class hours and three laboratory hours weekly.
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BI 206 Human Physiology
This course is a study of the functioning systems of the human organism. It emphasizes mechanisms governing the function of each tissue type as part of the whole organ, and it examines various systems in the laboratory using a variety of experimental t
Three class hours and three laboratory hours weekly.
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BI 211 Comparative Anatomy and Physiology
In this comparative study of the structure and function of vertebrate and invertebrate organisms, lecture emphasizes evolutionary adaptation leading to solutions of environmental challenges. Laboratory exercises include observation and dissection of re
Three class hours and three laboratory hours weekly.
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BI 211 Comparative Anatomy and Physiology
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BI 215 Principles of Nutrition
This course provides an introduction to the fundamental concepts of nutrition in human health and disease and is designed for both majors and non-majors. Particular attention is given to the physiological requirements, function, classification and sour
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BI 242 Biological Research Methods
This course is a study of the range of modern scientific methods used in experimentation, with a focus on the use of primary scientific literature to examine scientific design, limitations of experimental methods and analysis of results. Selected labor
Three class hours and three laboratory hours weekly.
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BI 242 Biological Research Methods
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BI 317 Developmental Biology
This course is a study of the basic processes of differentiation and morphogenesis in plants and animals. It includes consideration of basic underlying genetic mechanisms. Three class hours and three laboratory hours weekly.
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BI 321 Human Genetics and Development
This course is a study of human heredity and embryological development with emphasis on underlying molecular and cellular mechanisms, with consideration of current advances in understanding the human genome, gene expression in development, and major hu
Three class hours and special projects (no laboratory).
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BI 322 Plant Biology
This survey of the plant kingdom including algae, bryophytes, ferns, gymnosperms and angiosperms emphasizes evolutionary relationships. It explores structural and functional adaptations to life on land among higher plants: plant anatomy, growth pattern
Three class hours and three laboratory hours weekly. Some field trips.
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BI 323 Microbiology
This course is a study of microorganisms in their structure, function and relationship to their environment, both physical and human; immunology; genetic engineering.
Three class hours and three laboratory hours weekly.
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BI 325 Cell Biology
This course is a study of cell structure and function at the molecular level: enzymes, membranes, respiration, photosynthesis, protein targeting, intracellular trafficking, information transfer and storage. The laboratory emphasizes modern biochemical
Three class hours and three laboratory hours weekly.
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BI 327 Histology
This course is a biomedical study of the structure and functions of mammalian cells, tissues and organs at the microscopic level. Laboratory session involves an extensive microscopic analysis and identification of the cells, tissues and organs.
Three class hours and three laboratory hours weekly.
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BI 329 Ecology
This course investigates the factors that determine the distribution and abundance of organisms, including evolution of adaptations, behavior, and niches, population growth and population regulation, competition, predation, plant community succession,
Three class hours and three laboratory hours weekly; field trips.
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BI 329 Ecology
This course investigates the factors that determine the distribution and abundance of organisms, including evolution of adaptations, behavior, and niches, population growth and population regulation, competition, predation, plant community succession, and ecosystem nutrient cycling. The course will introduce students to concepts using both plant and animal examples from the scientific literature, and model those concepts mathematically.
Three class hours and three laboratory hours weekly; field trips.
Prerequisite: BI 101, BI 102; or written permission of the instructor and Department Chair.
Lecture
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BI 330 Conservation Biology
Conservation biology is an emerging field of biology that documents the loss of worldwide biodiversity, seeks to understand the genetic and ecological characteristics of declining populations, and devises strategies to prevent further losses. Topics ex
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BI 331 Aquatic Biology
This course examines the structure and ecology of freshwater ecosystems. Students study lentic (standing water) communities, from small mosquito breeding sites up to the world’s largest lakes, lotic (running water), from headwater streams up to our lar
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BI 332 Animal Behavior
This is an upper-level course focused on animal behavior from an evolutionary perspective. The course explores how animals process and respond to environmental stimuli, including treatments of physiology, learning, memory, hormonal behavior, fixed acti
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BI 333 Molecular Biology
This study of the molecular structure and functioning of the gene includes in-depth investigation of current areas of molecular research in biological fields such as medicine, development, population biology, and evolution. Laboratory involves techniqu
Three class hours and three laboratory hours weekly.
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BI 335 Neurobiology
A study at the molecular, cellular, and systems level to examine the mechanisms through which the nervous system mediates behavior, this course emphasizes current and historical experimental evidence used to define the underlying principles of the nerv
Three class hours and three laboratory hours weekly.
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BI 336 Pathophysiology
This course is a study of the physiological factors that underlie human disease states. It analyzes the relationship between normal physiological processes and alterations that occur in specific organ systems as a result of disease and abnormal physiol
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BI 337 Immunobiology
This course is a study of the cellular and molecular components involved in specific and nonspecific immune responses and regulation. In-depth discussion of experimental evidence is used to establish our present interpretations of immune mechanisms. To
Three class hours weekly and special projects (no laboratory).
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BI 338 Bioinformatics
This introductory course in Bioinformatics is focused on genomics and concepts related to gene structure and function. Students gain knowledge in the utilization of genome databases/browsers and bioinformatic tools employed for gene model prediction (a
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BI 340 Biochemistry
This course introduces students to the basic concepts in biochemistry through lecture and problem sets. A biomedical perspective is used throughout. Students learn the basic principles governing the structure and function of biochemical systems.
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BI 360 Topics in Biology
This course is an In-depth exploration of a selected topic in the biological sciences. Topics are determined by instructor. Current research and methodology are emphasized.
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BI 389 Independent Study
Independent, faculty-supervised laboratory or library research project is conducted at on- or off-campus facilities and summarized in a paper of appropriate length, style and format. Not usually acceptable as an elective in place of a 300-level course.
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BI 404 Genetics
Study of the classical and modern views of the nature of the gene, its transmission and its function. Includes microbial and population genetics.
Three class hours and three laboratory hours weekly.
Prerequisite: BI 101 and 102; or permission of the instructor.
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BI 421 Human Genetics and Development
This study of human heredity and embryological development with emphasis on underlying molecular and cellular mechanisms considers current advances in understanding the human genome, gene expression in development, and major human genetic and developmental syndromes.
Three class hours and special projects (no laboratory).
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BI 425 Cell Biology
Cell structure and function at the molecular level: enzymes, membranes, respiration, photosynthesis, protein targeting, intracellular trafficking, information transfer and storage. The laboratory emphasizes modern biochemical and molecular technique.
Three class hours and three laboratory hours weekly.
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BI 429 Ecology
This is a study of relationships between organisms and their environments, including evolution, natural selection, nutrient cycling, population regulation and ecosystem description.
Three class hours and three laboratory hours weekly. Field trips.
Prerequisite: One year of zoology; or permission of the instructor.
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BI 433 Molecular Biology
This study of the molecular structure and functioning of the gene includes in-depth investigation of current areas of molecular research in biological fields such as medicine, development, population biology and evolution. The laboratory involves techniques of molecular biology including DNA purification and analysis, cloning and the polymerase chain reaction.
Three class hours and three laboratory hours weekly.
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BI 438 Bioinformatics
This is an interdisciplinary course in Bioinformatics offered by the Departments of Computer Science/Math and Biology. The focus of this course is on genomics including concepts in gene structure and function. Students will gain knowledge in the utilization of genome databases/browsers and bioinformatic tools employed for gene model prediction (annotation), and use those tools to annotate sequences from various eukaryotic genomes. Students will be given instruction on algorithm design based on pattern-matching and will gain hands-on experience in the use of algorithms to help predict gene models and to test those models for accuracy within the context of the programming language Perl. Collaboration between students trained in different disciplines (math, computer science, biology) will be encouraged in order to address issues in genomics and to reflect the interdisciplinary nature of the field.
Lecture
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BI 440 Biochemistry
This course introduces students to the basic concepts in biochemistry through lecture and problem sets. A biomedical perspective is used throughout. Students learn the basic principles governing the structure and function of biochemical systems.
Prerequisite: Permission of the instructor.
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BI 460 Topics in Biology
In-depth exploration of a selected topic in the biological sciences. Scheduled topics for future years include immunobiology and conservation biology. Emphasizes current research and methodology.
Prerequisite: Permission of the instructor.
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BI 589 Independent Research
Individualized study to include selection and specific statement of problem; guided individualized execution of experiment, observations, or library research; statement of conclusions. May be conducted on campus or in off-campus research facilities.
Prerequisite: Two graduate courses in Biology at Arcadia University and permission of the Department Chair.
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Chemistry |
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CH 100 Language of Science
Basic quantitative problem solving methods for introductory science courses. Includes scientific notation, dimensional analysis in the SI and US customary systems, elementary error analysis, simultaneous equations, and graphical and transcendental anal
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CH 101 General Chemistry I
An introduction to stoichiometry, atomic and molecular structure and geometry, and their relation to the chemical and physical properties of inorganic and organic substances. The historical development, methodology, and philosophy of current understand
Three class hours and three laboratory hours weekly.
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CH 101 Modern Chemical Concepts I
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CH 102 General Chemistry II
Continuation of . Introduction to chemical energetics, chemical equilibrium, chemical kinetics, reaction mechanisms, electrochemistry, and radiation chemistry, and their application to ch
Three class hours and three laboratory hours weekly.
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CH 102 Modern Chemical Concepts II
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CH 111 Conceptual Chemistry I
Covers the topics of with a greater emphasis on modern quantum theory. Designed for majors in the physical sciences and mathematics, it emphasizes mathematical analysis, including elemen
Three class hours and three laboratory hours weekly.
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CH 112 Conceptual Chemistry II
Continuation of . Covers the topics of with a greater emphasis on modern quantum theory. Designed for majors in the physi
Three class hours and three laboratory hours weekly.
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CH 201 Organic Chemistry I
A study of the correlation of acid-base theory, reaction mechanisms, molecular structure, chemical energetics, stereochemistry, and spectroscopy, applied to organic functional groups, specifically alkanes, alkenes, alkynes, alky halides, alcohols and e
Three class hours and three laboratory hours weekly.
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CH 201 Organic Chemistry I
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CH 202 Organic Chemistry II
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CH 202 Organic Chemistry II:
Continuation of . Survey of the properties of organic functional groups: organometallics, conjugated systems, aromatics, aldehydes, ketones, carboxylic acids and their derivatives, amines
Three class hours and three laboratory hours weekly.
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CH 203 Equilibrium and Analysis
Examination of the principles and theory of chemical equilibrium in the context of quantitative chemical analysis. Selected traditional analytical laboratory techniques are frequently applied to analyses of systems of biological and environmental inter
Three class hours and three laboratory hours weekly.
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CH 203 Equilibrium and Analysis
Examination of the principles and theory of chemical equilibrium in the context of quantitative chemical analysis. Includes selected traditional analytical laboratory techniques frequently applied to analyses of systems of biological and environmental interest. Also introduces instrumental techniques of analysis.
Prerequisite: CH102; or permission of the chairperson.
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CH 301 Physical Chemistry I
Study of the limitations of the degree of completion of chemical and physical processes by natural law. Thermodynamics is applied to the gaseous, liquid, and solid states. Homogeneous chemical equilibria and phase equilibria are treated from both exper
Three class hours and three laboratory hours weekly.
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CH 302 Physical Chemistry II
Continuation of . Considers the limitations on the rate of chemical and physical processes by natural law. Solutions, heterogeneous equilibria, electrochemistry, chemical kinetics, quant
Three class hours and three laboratory hours weekly.
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CH 303 Biochemistry
Principles of weak chemical interactions applied to the structure and function of macromolecules, especially proteins. Non-covalent binding of substrates and enzymic catalysis are treated both conceptually and quantitatively. Mechanisms of metabolic co
Three class hours and four laboratory hours weekly.
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CH 304 Instrumental Methods of Analysis I
Spectrophotometric, chromatographic and mass spectral methods as tools for the separation, identification and analysis of chemical substances.
Three class hours and four laboratory hours weekly.
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CH 305 Inorganic Chemistry
Survey of the representative and transition elements in the context of atomic and molecular structure. Organometallic and solid-state principles are introduced as the foundation of coordination theory and the biochemistry of inorganic cations. Laborato
Three class hours and three laboratory hours weekly.
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CH 306 Advanced Organic Chemistry
Selected topics not covered in the introductory course: Hkel molecular orbital theory; correlation of structure and activity by linear free energy relationships; acidity functions and Brsted catalysis law; symmetry and stereochemistry; pericyclic,
Three class hours and three laboratory hours weekly.
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CH 307 Polymers and Biopolymers
Introduction to polymer chemistry, including contemporary polymer technology. The nature and synthesis of polymers; biological polymers and their reactions; thermodynamics and kinetics of polymerization; physical characterization, fabrication, testing,
Three class hours weekly.
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CH 333 Statistical Thermodynamics
Principles of thermodynamics investigated from a modern statistical point of view, based upon ensemble theory. Maxwell-Boltzmann, Fermi- Dirac and Bose-Einstein statistics, transport phenomena, thermal interactions, kinetic theory, and their applicatio
Three class hours weekly.
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CH 345 Topics in Modern Chemistry
Topics vary according to the needs and interests of students and faculty. Past topics have included medicinal chemistry, practical spectroscopy and the history of chemistry. Credits and time requirements by arrangement.
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CH 351 Chemical Physics
The foundations of quantum chemistry and its applications to chemical systems. The Schringer wave equation is applied to the harmonic oscillator and the hydrogen atom. Introduction to matrix mechanics. Group theory and its application to spectroscopy
Three class hours weekly.
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CH 401 Physical Chemistry I
This study of the limitations of the degree of completion of chemical reactions and physical processes by natural law examines the gaseous state, liquid state, solid state, thermodynamics, homogeneous chemical equilibria and phase equilibria from both experimental and conceptual viewpoints.
Three class hours and three laboratory hours weekly.
Prerequisite: The equivalent of Arcadia courses CH 203 , PH 202 or PH 212, MA 202.
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CH 402 Physical Chemistry II
This continuation of CH 301 considers the limitations on the rate of change by natural law. It explores the concepts of solutions, heterogeneous equilibria, electrochemistry, chemistry kinetics, quantum mechanics and surface phenomena.
Three class hours and three laboratory hours weekly.
Prerequisite: The equivalent of Arcadia course CH 301.
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CH 403 Biochemistry
This course is a study of the chemistry and metabolism of carbohydrates, lipids, proteins, nucleic acids, vitamins and hormones, along with selected topics in comparative biochemistry, cytochemistry, chemical genetics, bioenergetics, enzyme kinetics, electrochemistry and acid-base equilibria. Laboratory work emphasizes independent research and methods of biochemical research.
Three class hours and four laboratory hours weekly.
Prerequisite: The equivalent of Arcadia courses BI 325, CH 202–CH 203 .
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CH 404 Instrumental Methods of Clinical Analysis
This study of the theory and practice instrumental analysis includes electrochemical, spectrophotometric, chromatographic, mass spectral and nuclear magnetic resonance methods of analysis as background for the separation, identification and analysis of chemical substances.
Three class hours and four laboratory hours weekly.
Prerequisite: CH 203 , CH 301, CH 302 highly recommended.
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CH 405 Inorganic Chemistry
This survey of the representative and transition elements in the context of atomic and molecular structure introduces organometallic and solid-state principles as the foundation for understanding coordination theory and the biochemistry of inorganic cations. Laboratory work emphasizes the preparation, properties and characterization of selected inorganic and bioinorganic compounds that employ low and high temperature, vacuum and physiochemical techniques with both aqueous and non-aqueous systems.
Three class hours and three laboratory hours weekly.
Prerequisite: CH 202 and CH 203 ; CH 301 and CH 302 highly recommended.
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CH 406 Advanced Organic Chemistry
This course is advanced study of selected topics not covered in the introductory course, including: Huckle Molecular Orbital Theory; correlation of structure and activity by linear free energy relationships, acidity functions and Bronsted Catalysis Law; symmetry and stereochemistry; pericyclic, electrocylic and sigmatropic reactions; kinetics and kinetic isotope effects; and application of spectroscopic techniques. Laboratory component involves individual multistep syntheses and molecular modeling projects.
Three class hours and four laboratory hours weekly.
Prerequisite: CH 202 and CH 203 ; CH 301 and CH 302 highly recommended.
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CH 407 Polymers and Biopolymers
A coherent introduction to modern polymer chemistry designed for students interested in chemistry, physics, engineering and biochemistry, this course specifically aims to broaden the perspective of students in the different technical areas to the point where they can appreciate the scope and importance of polymers, biopolymers and contemporary polymer technology. Emphasis is placed on the nature and synthesis of polymers; biological polymers and their reactions; thermodynamics and kinetics of polymerization; and physical characterization, fabrication, testing and uses of both natural and synthetic polymeric materials
Four class hours weekly.
Prerequisite: CH 201, CH 202.
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CH 433 Statistical Thermodynamics
(Also listed as PH 333)
The principles of thermodynamics are investigated from a modern statistical point of view based upon ensemble theory. This includes Maxwell-Boltzmann, Fermi-Dirac, and Bose-Einstein statistics, transport phenomena, thermal interactions, kinetic theory and applications to a variety of molecular systems.
Prerequisite: CH 102, PH 212, MA 202, CH 301 and CH 302; or permission of the Chair if taken concurrently with CH 302.
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CH 435 Modern Chemical Concepts
Continuation of CH 101. Introduces the principles of chemical energetics, chemical equilibrium, reaction mechanisms, chemical kinetics, electrochemistry and radiation chemistry. Applies chemical principles to the reaction of inorganic and organic substances from a quantitative experimental point of view.
Three class hours and three laboratory hours weekly.
Prerequisite: CH101.
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CH 436 Modern Chemical Concepts II
Examination of the principles and theory of chemical equilibrium in the context of quantitative chemical analysis. Includes selected traditional analytical laboratory techniques frequently applied to analyses of systems of biological and environmental interest. Also introduces instrumental techniques of analysis.
Prerequisite: CH102; or permission of the chair.
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CH 437 Audio-Visual Workshops
Introduction to chemical research, the chemical literature, creative thinking, experimental design, treatment of errors and oral and written communication of scientific results. Provides an opportunity to work in a selected research area under the supervision of one or more staff members on campus (or in off-campus research facilities).
Requires a minimum of ten laboratory hours weekly. Prior to beginning the research project, three copies of project outline must be submitted to the department chairperson for approval.
Prerequisite: At least four courses in chemistry and/or permission of the department chair.
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CH 439 Organic Chemistry Teacher
Introduction to chemical research, the chemical literature, creative thinking, experimental design, treatment of errors and oral and written communication of scientific results. Provides an opportunity to work in a selected research area under the supervision of one or more staff members on campus (or in off-campus research facilities).
Requires a minimum of ten laboratory hours weekly. Prior to beginning the research project, three copies of project outline must be submitted to the department chairperson for approval.
Prerequisite: At least four courses in chemistry and/or permission of the department chair.
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CH 442 Analytical Chemistry for Teachers
Study of the correlation of acid-base theory, reaction mechanisms, molecular structure, chemical energetics and spectroscopy to the chemical and physical properties of organic functional groups. Chemistry and Physics 130 Laboratory work stresses the synthesis, separation, identification and analysis of selected organic compounds using both micro- and macroscale techniques.
Three class hours and three laboratory hours weekly.
Prerequisite: CH102; or permission of the department chair.
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CH 443 Physical Chemistry for Teachers
Introduction to chemical research, the chemical literature, creative thinking, experimental design, treatment of errors and oral and written communication of scientific results. Provides an opportunity to work in a selected research area under the supervision of one or more staff members on campus (or in off-campus research facilities).
Requires a minimum of ten laboratory hours weekly. Prior to beginning the research project, three copies of project outline must be submitted to the department chairperson for approval.
Prerequisite: At least four courses in chemistry and/or permission of the department chair.
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CH 451 Quantum Chemistry and Chemical Physics
(Also listed as PH 351)
The foundations of quantum chemistry and its applications to chemical system are explored. The Schrodinger wave equation, the harmonic oscillator, the hydrogen atom, and matrix mechanics are examined. Special emphasis is placed on group theory and application to spectroscopy.
Prerequisite: CH 102, PH 202 or PH 212, MA 202, CH 301 and CH 302; or permission of the Chair if taken concurrently with CH 302. MA 452 recommended.
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CH 489 Chemical Research
This introduction to chemical research, the chemical literature, creative thinking, experimental design, treatment of errors, and oral and written communication of scientific results provides an opportunity to work in a selected research area under the supervision of one or more staff members on campus (or in off-campus research facilities).
It requires a minimum of 10 laboratory hours weekly. Prior to beginning the research project, three copies of project outline must be submitted to the Department Chair for approval.
Prerequisite: At least four courses in Chemistry and/or permission of the Chair.
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CH 503 General Principles of Toxicology
This course provides the qualitative and quantitative principles of toxicodynamics, toxicokinetics applicable to the study of potentially harmful effects of chemicals on living organisms, particularly humans. Through lectures and student-lecturer subject interactions, the course also covers: applications of the above principles; toxicity study and safety evaluation of medicinal and non-medicinal; and clinical, environmental, occupational, veterinary, forensic, and community toxicology.
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CH 504 Instrumental Methods of Analysis II
This continuation of the study of the theory and practice of instrumental analysis includes electrochemical, chromatographic, X-ray, diffraction, mass spectral, and other modern methods associated with the separation, identification and analysis of chemical and biological importance.
Three class hours and four laboratory hours weekly.
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CH 518 Instrumental Analysis in Forensic Toxicology and Chemistry
This course is a graduate level course designed to familiarize the student with the principles and application of chromatographic and mass spectroscopic instrumentation in use in both forensic toxicology and forensic chemistry analyses. In this course, students will learn the fundamental principles of instrumental operation, the design and function of their various component parts and how their properties can be selected or adjusted to solve analytical problems. The course is designed to instill proper practices for chemical hygiene, laboratory safety, instrument maintenance and data assessment and interpretation. This course will fully prepare the students for their upcoming coursework involving application of the instrumentation for toxicological and chemical analysis.
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Computer Science |
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CS 400 Introduction to Structured Programming
This is a first course in programming with a high-level language. It assumes no previous programming experience; students with proficiency in a structured programming language may waive this course. The language used is Visual Basic.
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CS 407 Problem-Solving with Algorithms and Programming I
This introduction to the understanding of computer systems, the use of structured programming concepts, algorithm development, debugging and data analysis is taught with a high-level programming language. Currently the language is Java.
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CS 408 Problem-Solving with Algorithms and Programming II
Continuation of CS 407 . Topics considered include recursion, dynamic memory allocation (linked lists) and an introduction to professional programming techniques.
Prerequisite: CS 407 .
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CS 409 Data Structures
This course is an application of analysis and design techniques to algorithms which act on data structures.
Prerequisite: CS 408 .
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CS 415 Theory of Computation
This is an introduction to the theoretical basis of computing. Topics include a review of graph theory; network models; grammars; languages and automata; turing machines; computability.
Prerequisite: CS 201 and MA 230 or MA 322 or MA 302.
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CS 428 Modern Programming Languages
This introduction to a contemporary computer language such as Ada, PROLOG, LISP, Visual Basic, Java, SAS, or C++ may be repeated for credit with permission of the Department Chair.
Prerequisite: CS 408 .
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CS 454 Database Management Systems Design
This detailed study of design and implementation of a database management system includes file security and some form of query into the system.
Prerequisite: CS 408 .
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CS 458 Operating Systems
This is a study of the major areas of computer operating systems principles, the architecture of computer systems at the register-transfer and programming levels of system description and the interrelationships between the operating system and the architecture of computer systems.
Prerequisite: CS 408 , CS 409 .
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CS 462 Computer Organization and Architecture
This advanced course in computer system organization includes logic, design, data representation and transfer, digital arithmetic, digital storage and accessing, control and input/output reliability.
Prerequisite: CS 408 , CS 409
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CS 469 Management Information Systems
Analysis and design of computer-based information systems for business applications. Study of relationships between various categories of information system architectures and organizational strategic and management requirements.
Prerequisite: Familiarity with microcomputer software such as Excel and ACCESS.
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