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Accounting |
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AB - 217 Financial Accounting Credits: 3
Introduction to the concepts and practices of measuring and communicating financial information by business entities, including financial position, income, and cash flows.
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AB - 219 Managerial Accounting Credits: 3
Accounting for planning, control and managerial decision making. Topics include cost flows, cost- volume-profit analysis, operating and cash budgets, product costing, responsibility accounting, variable costing, relevant costs, and the contribution approach to decision making.
Prerequisite(s): AB 217
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AB - 272 The Legal Environment of Business Credits: 3
A study of the legal process and how the law affects the internal and external relationship of business organizations. This course is designed to identify the restraints placed on the actions taken by business organizations and how they affect business decisions. An introduction to the law of contracts, agency, torts, and business organizations is included.
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AB - 301 Corporate Financial Reporting I Credits: 4
An intensive study of U.S. and international financial reporting standards and how they relate to the preparation of statements of financial position, income, and cash flows. Specific emphasis is on asset valuation.
Prerequisite(s): AB 217 with a grade of “C” or better
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AB - 302 Corporate Financial Reporting II Credits: 3
This is the second semester course in corporate financial reporting. This semester will cover long-lived assets and liabilities and the effect of these valuations on income, owner’s equity, and will conclude with in-depth coverage of the Statement of Cash Flows.
Prerequisite(s): AB 301
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AB - 303 Advanced Accounting Credits: 3
Study of accounting for corporate mergers and acquisitions, preparation of consolidated financial statements, partnerships, foreign currency translation, and branches. Accounting and reporting for governmental not-for-profit organizations and other selected topics are examined.
Prerequisite(s): AB 301
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AB - 322 Federal Income Taxation Credits: 3
An introductory study of the principles and concepts of federal income taxation of individuals. Students will be familiarized with the tax research process and will acquire a foundation of knowledge for preparation of tax compliance forms.
Prerequisite(s): AB 217
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AB - 323 Regulation Credits: 3
A course which covers the topics contained in the Regulation section of the Uniform CPA Examination. Study of Federal income taxation as it applies to corporations, partnerships, estates and trusts, and the law of commercial transactions as it applies to secured transactions, bankruptcy, and securities regulations. Offered through Adult Studies only.
Prerequisite(s): AB 322
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AB - 324 Regulation Credits: 4
A course which covers the topics contained in the Regulation section of the Uniform CPA Examination. Study of federal income taxation as it applies to corporations, partnerships, estates and trusts, and the law of commercial transactions as it applies to secured transactions, bankruptcy, and securities regulations. Coursework includes participation in the IRS-sponsored VITA program. Not offered through Adult Studies.
Prerequisite(s): AB 217 and AB 322
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AB - 340 Contemporary Accounting Issues Credits: 3
An examination of selected major and emerging issues in the discipline. Both theoretical and practical dimensions are examined through the use of cases and other materials.
Prerequisite(s): AB 302
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AB - 345 Data Analytics for Accounting and Finance Credits: 3
The use of data analytics in the valuation and reporting practices of corporate entities.
Prerequisite(s): AB 301
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AB - 373 Business Law Credits: 3
An in-depth study of the law of commercial transactions. This course reviews the Uniform Commercial Code and its legal effect on sales, commercial paper and secured transactions. Insurance, real and personal property are also covered. This course is recommended for students preparing to take the Uniform CPA Exam. Does not satisfy Accounting elective.
Prerequisite(s): AB 272
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AB - 375 Legal Environment of International Trade Credits: 3
Legal considerations that apply to U.S. business in the international marketplace. Analysis of issues involving contract negotiations and enforcement, venue, jurisdiction, arbitration, financing of international trade, international conventions, and multinational business issues are covered. Does not satisfy Accounting elective.
Prerequisite(s): AB 272
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AB - 452 Strategic Cost Management Credits: 3
Accounting concepts and techniques as applied to the production function, with emphasis on manufacturing operations. The course provides an in-depth study of product costing and cost allocation systems for planning and control.
Prerequisite(s): AB 219 , FN 331 , MG 201 , MK 201 , and senior status
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AB - 453 Auditing Credits: 3
Auditing procedures, audit program design, financial statement examination, audit evidence analysis, and application of auditing standards. This course will also include the social, ethical, and legal responsibilities of the accountant.
Prerequisite(s): AB 301
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AB - 454 Accounting Internship Credits: 3
Experiential learning opportunity in the field of accounting at an approved setting under professional supervision. Each student should choose a setting related to their personal, professional or vocational interests that will allow them to apply what they are learning in their accounting courses. Recommended settings include businesses, nonprofits and government institutions. Permission of the instructor and Career Development Center is required.
Prerequisite(s): Minimum junior class status with a minimum 2.5 cum GPA
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AB - 463 Forensic Accounting Credits: 3
Explores the process for conducting forensic examinations. Forensic examiners typically serve as either consultants to attorneys or as expert witnesses. Course participants will be prepared through activities, lectures, and readings to conduct a forensic examination in either role.
Prerequisite(s): AB 301
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AB - 499 Independent Study Credits: 3
Development and implementation of student’s own research and/ or field experience in accounting under the guidance of a faculty member. The student must receive departmental approval of a preliminary proposal before registering for this course.
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AB - 3250 Student Field Work Experience Credits: 1
Students perform experiential field work. Not offered through Adult Studies.
Prerequisite(s): Permission of Head of Business Division
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Biology |
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BI - 151 Introductory Biology I Credits: 4
An introduction to the science of biology. This course exposes the student to the unifying characteristics of organisms that reveal their evolutionary inter-relationships. Topics broadly introduced include biochemistry, cellular biology and physiology, metabolism, Mendelian and molecular genetics and evolution. Lecture 3 hours, lab 3 hours. Course fee.
Co-requisite: Must register for BI-151L
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BI - 152 Introductory Biology II Credits: 4
A continuation of BI 151 with emphasis on the diversity of life. Topics broadly introduced include a survey of the major groups of prokaryotic and eukaryotic organisms, phylogeny, taxonomy, and ecology. Special emphasis is placed on plant and animal form and function. Lecture 3 hours, lab 3 hours. Course fee.
Prerequisite(s): BI 151
Co-requisite: Must register for BI-152L
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BI - 155 Microbiology (online) Credits: 4
The biology of microorganisms. Emphasis is on morphology, physiology, biochemistry, role in disease and classification of microorganisms (especially bacteria). Online laboratories and/ or at-home laboratory kits emphasizes asceptic technique in the observation and bio-chemical characterization of microorganisms. This course does not satisfy any requirement for Biology majors. Course fee. Not open to students that have taken BI-252 or BI-352. Offered only through Adult Studies.
Prerequisite(s): CH 101 , CH 104 , CH 107 or CH 108
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BI - 209 Biology: Thinking and Creativity: MOT/Natural Science Credits: 3
The thought and method of a biologist. The lecture component, centered on topics in human physiology, examines the scientific method and practical examples of its use. The laboratory component examines methods of obtaining scientific data, using the course participants as subjects. The course concludes with a mini-research project designed by the student. Lecture 2 hours, lab 2 hours. Course fee. Not open to students who have taken another MOT/Natural Science course.
Co-requisite: Must register for BI-209L
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BI - 221 Biostatistics Credits: 3
Cross-listed with NEU-221. A broad introduction to applied statistics in biology, using example data from departmental research. Students will learn to properly organize, classify, describe, analyze, and report biological study data using the appropriate statistical methodology. Class will be divided into part lecture and part guided software instruction using IBM SPSS Statistics.
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BI - 241 Ecology Credits: 4
The general principles of the interrelationships among organisms and between organisms and their environment. The lab consists of field trips to various local ecosystems and lab experiments. Lecture 3 hours, lab 3 hours. Course fee.
Prerequisite(s): BI 151
Co-requisite: Must register for BI-241L
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BI - 242 Environmental Science: MOT/Natural Science Credits: 4
The study of human impacts on the natural support systems of the earth will be studied, including pollution, habitat destruction, and climate change. Field trips demonstrate local environmental concepts and issues. Each student will research and report on a local environmental issue. Lecture 3 hours, lab 3 hours. Course fee.
Co-requisite: Must register for BI-242L
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BI - 252 Microbiology Credits: 4
The biology of microorganisms. Emphasis is on morphology, physiology, biochemistry, role in disease and classification of microorganisms (especially bacteria). The laboratory emphasizes aseptic technique in the observation and biochemical characterization of microorganisms. Lecture 3 hours, lab 3 hours. Course fee. Not open to students that have taken BI 352.
Prerequisite(s): CH 101 , CH 104 or CH 107
Co-requisite: Must register for BI-252L
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BI - 255 Molecular Biology Credits: 4
An introduction to the structure and function of proteins and nucleic acids in the eukaryotic cell. Organization, expression, regulation, and heredity of genetic material is discussed in detail. The lecture also emphasizes problem-solving and class discussion. The laboratory provides instruction in the practical skills of molecular biology and includes the execution of an authentic research project. Lecture 3 hours, lab 3 hours. Course fee.
Prerequisite(s): BI 151
Co-requisite: Must register for BI-255L
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BI - 256 Cell Biology Credits: 4
This course is a survey of topics in cell biology, including membrane structure and function, protein sorting, cytoskeleton, signal transduction, cell cycle, apoptosis, cell junctions, and cancer. The laboratory emphasizes the application of basic cell culture technique to analyze cellular structures and processes. Lecture 3 hours, lab 3 hours. Course fee.
Prerequisite(s): BI 255
Co-requisite: Must register for BI-256L
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BI - 257 Introduction to Bioinformatics Credits: 3
An introduction to the bioinformatic study of biological problems. The theory and practical analysis of disease alleles, sequence alignments, major biologic databases, DNA sequencing, phylogenetics, gene prediction, transcriptome and genome assembly, and structure prediction will be explored.
Prerequisite(s): BI 255
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BI - 258 Introduction to Cell Culture Credits: 3
An introduction to the practice of aseptic technique applied to the in vitro culture of mammalian cells. Students learn aseptic technique and participate in a series of guided laboratory experiences designed to progressively develop proficiency in the handling and manipulation of cultured cells. Lecture 1 hour, lab 4 hours. Course fee.
Prerequisite(s): BI 151 or permission of the instructor
Co-requisite: Must register for BI-258L
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BI - 263 Anatomy and Physiology I Credits: 4
First of a two course sequence studying the structure and function of the human body. This course studies cells and tissues followed by a study of the integumentary, skeletal, muscular, and nervous systems. A laboratory reinforces concepts introduced in lecture. Lecture 3 hours, lab 2 hours. Course fee. Not open to students who have completed BI-355/356.
Co-requisite: Must register for BI-263L
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BI - 264 Anatomy & Physiology II Credits: 4
A continuation of BI 263 . This course studies the special senses, followed by the study of the endocrine, cardiovascular, lymphatic, immune, respiratory, digestive, urinary, and reproductive systems. A laboratory reinforces concepts introduced in lecture. Lecture 3 hours, lab 2 hours. Course fee.
Prerequisite(s): BI 263
Co-requisite: Must register for BI-264L
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BI - 265 Anatomy and Physiology I (online) Credits: 4
First of a two course sequence studying the structure and function of the human body. This course studies cells and tissues followed by a study of the integumentary, skeletal, muscular, and nervous systems. A series of online laboratories support the learning of course concepts. Not open to students who have completed BI-355/356 or enrolled in BI-263 or BI-264, unless permission is granted by the Dean of Undergraduate Education. Offered only through Adult Studies. This course does not satisfy any requirements for Biology majors.
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BI - 266 Anatomy and Physiology II (online) Credits: 4
A continuation of BI 265 . This course studies the special senses, followed by the study of the endocrine, cardiovascular, lymphatic, immune, respiratory, digestive, urinary, and reproductive systems. A series of online laboratories support the learning of course concepts. Offered only through Adult Studies. Not open to students who have previously enrolled in BI-263 or BI-264, unless permission is granted by the Dean of Undergraduate Education. This course does not satisfy any requirements for Biology majors.
Prerequisite(s): BI 265
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BI - 267 Behavioral Neuroscience Credits: 3
Cross-listed with NEU-267. An introduction to the field of neuroscience. Students will learn the structure and function of fundamental components of the nervous system, as well as understand the physiology associated with action potentials and synaptic transmission. The course will also describe how the nervous system facilitates the production of complex behaviors and the reception and integration of external stimuli via sensory organs. Course fee.
Prerequisite(s): BI 151 and BI 152
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BI - 280 Field Biology Credits: 3
A field course open to both science and non-science majors. The class meets for one hour per week to prepare for a two week trip to selected areas of the United States or a foreign country. Students study the ecology of terrestrial and aquatic ecosystems and impacts and conservation of these ecosystems by people. Permission of the instructor. Travel fee.
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BI - 305 Forensic Toxicology Credits: 3
Cross-listed with CH 305 .
The course serves as an introduction to chemical toxicology as it applies to the science of forensics. Introductory forensic toxicology concepts will be presented. The course examines the clinical and environmental aspects of chemical toxicity. Special emphasis is placed on the interaction of drugs and other toxic substances as they pertain to forensic examinations and legal cases.
Prerequisite(s): CH 232 and BI 255
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BI - 330 Genetics Credits: 4
This course introduces the basic fundamentals of classical (Mendelian), population, and medical genetics. Topics of study include: the chromosomal basis of inheritance, population genetic frequencies, probability and gene expression patterns, and the genetic basis of disease. Recent advances in medicine and biotechnology, including genetic counseling, DNA fingerprinting, and recombinant DNA methods will also be studied. Lecture 3 hours. Lab 3 hours. Course fee.
Prerequisite(s): BI 151 and BI 255
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BI - 352 Medical Microbiology Credits: 4
An advanced study of medically relevant microorganisms, including bacteria, viruses, protozoa and fungi. The structure, reproduction, metabolism, and taxonomy of these organisms will be studied. Major emphasis will be placed on the clinical aspects in terms of transmission, disease pathology, clinical identification and treatment. Lecture 3 hours, lab 3 hours. Course fee. Not open to students who have taken BI-252.
Prerequisite(s): BI 151 , BI 255 and CH 231
Co-requisite: Must register for BI-352L
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BI - 353 Immunology Credits: 3
A survey of the basic principles of immunology. The course covers innate and adaptive immunity including the structure and function of immune system components, T and B cell development and activation, complement system, and consequences of immune system failure.
Prerequisite(s): BI 256 or permission of the instructor
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BI - 355 Human Structure and Function I Credits: 4
Fundamental concepts of physiology are correlated to the structure of the human body. This course employs a systems approach, emphasizing the human body as a dynamic system of interdependent components. Clinical case studies will be incorporated to complement lecture material and to enhance problem solving techniques. This course will highlight the muscular, skeletal, nervous, and endocrine systems. Lecture 3 hours, lab 3 hours. Course fee. Not open to students who have taken BI-263 and BI-264..
Prerequisite(s): BI 151
Co-requisite: Must register for BI-355L
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BI - 356 Human Structure and Function II Credits: 4
A continuation of BI 355 . This course will highlight immunity, fluid balance, and the cardiovascular, respiratory, digestive, and urinary systems. Lecture 3 hours, lab 3 hours. Course fee. Not open to students who have taken BI-263 and BI-264.
Prerequisite(s): BI 355
Co-requisite: Must register for BI-356L
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BI - 360 Advanced Molecular Biology Credits: 4
A laboratory intensive exploration of advanced topics in molecular biology. The course will emphasize DNA engineering, protein expression, and sequence analysis. Skills include, plasmid design, creation, expression, DNA and protein sequence analysis, and use of multiple computer tools and databases. Lecture 2 hours, lab 4 hours. Course fee.
Prerequisite(s): BI 255 and CH 231
Co-requisite: Must registrar for BI-360L
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BI - 361 Developmental Biology Credits: 3
Explores the genetic and cellular mechanisms that drive the formation of cell types, tissues, and organs. Laboratory exercises will explore how developmental biologists perform experiments using a range of animal models including sea urchins, frogs, and zebrafish. Current and classical developmental studies from the primary literature will be discussed. Lecture 3 hours, lab 3 hours. Course fee.
Prerequisite(s): BI 151 and BI 152
Co-requisite: Must register for BI-361L
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BI - 374 Animal Behavior Credits: 3
Explores the major categories of behavior demonstrated by animal life including communication, aggression and defense, courtship and reproduction, parental care and social behaviors. Special focus is placed on understanding the proximate and ultimate causation of behaviors across a variety of taxa, including humans. Connections are made across the fields of comparative psychology, ethology, behavioral ecology and sociobiology.
Prerequisite(s): BI 151 and BI 152
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BI - 375 Hormones and Behavior Credits: 3
Cross-listed with PS 375 . Explores the mechanisms of hormone action that affect behavior. Emphasis is on the synthesis, fluctuation, and control of hormone secretion and how they affect behavior. Behaviors involved in reproduction, aggression, and memory processing are some of the behaviors covered in this course.
Prerequisite(s): PS 265 or BI 151
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BI - 380 Evolution Credits: 3
An investigation of the evidence, mechanisms, tools, and pattern of evolution. Builds on the introduction to evolution in BI 151 .
Prerequisite(s): BI 151 or permission of the instructor
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BI - 390 Biology Internship Credits: 3
Experiential learning opportunity in the field of biology at an approved setting under professional supervision. Each student should choose a setting related to their personal, professional or vocational interests that will allow them to apply what they are learning in their biology courses. Recommended settings include laboratories, pharmacies, hospitals, businesses, schools, and government. Permission of the instructor and Career Development Center is required.
Prerequisite(s): Limited to junior and senior biology majors
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BI - 400 Current Topics in Biology Credits: 3
Investigation of a topic of current interest in biology. The topic is determined before the course begins by the interest of the students and faculty. Classes consist of lectures, discussions, review papers and/or presentations by students. Admission by permission of instructor.
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BI - 410 Virology Credits: 3
Introduces students to the study of viruses, from a scientific perspective. Learning topics will include the basic structure and organization of viral families, the molecular biology of viral infection, replication and pathogenesis, and current preventative vaccine and anti-viral drug development efforts. Lectures will be supplemented with review of current scientific literature.
Prerequisite(s): BI 151 and BI 152
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BI - 435 Biochemistry I Credits: 4
Cross-listed with CH 435 .
The chemistry of biomolecules. This course introduces the student to the structure and function of lipids, proteins, nucleic acids, and carbohydrates, with a focus on chemical properties. Specific examples from the current literature will be discussed. Lecture 3 hours, lab 3 hours. Course fee.
Prerequisite(s): CH 231 and CH 232
Co-requisite: Must register for BI-435L
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BI - 436 Biochemistry II Credits: 4
Cross-listed with CH 436 .
A continuation of BI 435 . This course examines membrane structure and function, the chemical basis of signaling, and a detailed analysis of bioenergetics and regulation of metabolism from a structural perspective. Review and discussion of current scientific literature through written assignments and oral presentations promote critical thinking. Lecture 3 hours, lab 3 hours. Course fee.
Prerequisite(s): BI 435 /CH 435
Co-requisite: Must register for BI-436L
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BI - 440 Cancer Biology Credits: 3
A review of the history, causes, therapies, and social implications of human cancer. This is a seminar course with a heavy emphasis on the interpretation and discussion of data from primary research articles.
Prerequisite(s): BI 255
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BI - 455 Biology Capstone Credits: 3
A capstone experience for the biology major. It includes considerations about scientific communication, literature searching, scientific research, ethics and critical examination and evaluation of primary research literature. Students give and attend seminars. The course culminates in the mentored writing of a research proposal. Students review general biology in preparation for a standardized Major Field Examination.
Prerequisite(s): Junior biology major status
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BI - 461 Research Credits: 3
Student research in a specific area of biology. The research will be in the research mentor’s field of competence and interest. The student is responsible for developing and completing an experimental research project of professional quality. Regular discussions with the research mentor and other project personnel are required. A minimum time commitment of 9 hours per week is expected. Admission by permission of instructor. Course fee.
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BI - 475 Designer Genes: The Promises and Problems of Biotechnology: Values Seminar Credits: 3
We live in an era of scientific revolution: the ability to redesign the very fabric of life itself through a collective set of tools called biotechnology. This course will explore the scientific basis of these tools as well as their social and moral implications. Limited to juniors and seniors.
Prerequisite(s): TH 109
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BI - 499 Independent Study Credits: 3
An independent investigation of an area of biology selected by the student in accordance with his or her background and interest under the guidance of a staff member. Library work is required. Limited to qualified juniors and seniors. Admission by permission of department chair.
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BI - 4611 Research Credits: 1
An introductory research experience in biology. Research will be in the research mentor’s field of competence and interest. The expectations and responsibilities of the student will be determined by the individual research mentor. Regular discussions with the research mentor and other project personnel are required. A minimum time commitment of 3 hours per week is expected. Admission by permission of the instructor. Course fee.
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Chemistry |
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CH - 100 College Preparatory Chemistry Credits: 3
This course is intended as an introduction to chemistry and mathematics, and is designed to provide a solid foundation for the problem solving and critical thinking required for CH 101 . With a strong emphasis of fundamental chemical ideas, this course will include an overview of the periodic table, chemical bonding, and stoichiometry. Not open to students who have taken CH-101, CH-103, or CH-107
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CH - 101 General Chemistry I Credits: 5
This course introduces science majors to quantitative measurements, a simplified theory of atoms and molecules, quantitative study of the conservation of matter and energy, stoichiometry, the classes of chemical reactions, chemical bonding, molecular geometry, and the periodic table of elements. It prepares the student for CH 102 or CH 104 . Lecture 4 hours, lab 3 hours. Course fee.
Co-requisite: Must register for CH-101L and CH-101P
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CH - 102 General Chemistry II Credits: 5
Continuation of CH 101 , emphasizing quantitative chemical problem-solving skills. Topics include behavior and theory of gases, properties of solutions, chemical equilibria, acid-base and oxidation-reduction reactions and chemical kinetics. Lecture 4 hours, lab 3 hours. Course fee.
Prerequisite(s): CH 101
Co-requisite: Must register for CH-102L and CH-102P
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CH - 103 Fundamentals of General Chemistry Credits: 4
CH-103 and CH 104 together are directed to an understanding of the molecular basis of life. Topics in CH-103 include the structure and properties of atoms and molecules, stoichiometry, states of matter and the kinetic-molecular theory, water and solutions, acids and bases, salts, hydrolysis and buffer equilibria, and radionuclide chemistry. Appropriate for interested non-science majors as well as sport and exercise physiology majors. Lecture 3 hours, lab 3 hours. Course fee.
Co-requisite: Must register for CH-103L
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CH - 104 Introduction to Organic and Biological Chemistry Credits: 4
To understand the molecular basis of life. Organic chemistry is largely limited to aliphatic (non-benzenoid) structure and functional groups which occur in the structure and function of bioorganisms. Biochemistry is introduced with structural studies of carbohydrates, lipids, and proteins. Flow of information and of energy is studied and metabolic pathways are reviewed. Lecture 3 hours, lab 3 hours. Course fee. Not open to students who have taken CH 231, CH 232, and CH 435.
Prerequisite(s): CH 103
Co-requisite: Must register for CH-104L
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CH - 107 Physiological Chemistry Credits: 5
Preparation for the study of the molecular basis of life. General, organic and biochemical topics will be presented. Topics include the structures and properties of atoms and molecules, organic structure and functional groups, carbohydrates, lipids, proteins and nucleic acid biochemistry. Appropriate for interested nonscience majors as well as nursing and pharmaceutical marketing majors. Lecture 4 hours, lab 3 hours. Course fee.
Co-requisite: Must register for CH-107L
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CH - 108 Physiological Chemistry (online) Credits: 5
Preparation for the study of the molecular basis of life. General, organic and biochemical topics will be presented. Topics include the structures and properties of atoms and molecules, organic structure and functional groups, carbohydrates, lipids, proteins and nucleic acid biochemistry. Online laboratories and/or at-home laboratory kits reinforce course material.
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CH - 203 Inorganic and Material Chemistry I Credits: 3
An introduction to inorganic chemistry including transition metals and main group elements. There will be emphasis on transition metal complexes, naming, geometries, and electron configurations. Main group complex acid/base behavior and crystal lattice configurations will be studied in addition
to the role of inorganic complexes in biological and environmental systems.
Prerequisite(s): CH 101 and CH 102
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CH - 209 Energy and the Environment: MOT/ Natural Science Credits: 3
Designed to increase the awareness of students with respect to many discoveries in chemistry that have resulted in significant changes in our world and the quality of our lives. Students will become better informed about our chemical world in such areas as food, consumer products, medicine, agricultural products, industrial products, air and water pollution, and energy. Lecture 2 hours, lab 2 hours. Course fee. Not open to students who have taken BI-209 and BI-210.
Prerequisite(s): MOT/Mathematics
Co-requisite: Must register for CH-209L
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CH - 212 Food Science: MOT Natural Science Credits: 3
Fundamentals of food science and technology. This course examines the chemical and physical principles of cooking. Topics include a survey of the food groups, principles of baking, fermenting, brewing, and distilling. The laboratory will include chemical analysis of foods, cooking, and field trips. Lecture 2 hours, lab 2 hours. Course fee.
Prerequisite(s): MOT/ Mathematics
Co-requisite: Must register for CH-212L
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CH - 231 Organic Chemistry I Credits: 4
Introduction of structures and properties of organic molecules, including electronic structure and bonding, physical properties, isomerism, stereochemistry, and nucleophilic substitution and elimination. Basic laboratory techniques for manipulations, characterization, and analysis of organic liquids and solids are examined. Lecture 3 hours, lab 3 hours. Course fee.
Prerequisite(s): CH 101 and CH 102
Co-requisite: Must register for CH-231L
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CH - 232 Organic Chemistry II Credits: 4
Continuation of CH 231 , focusing on chemistry of organic molecules containing functional groups: alkyl halides, alcohols, ethers, amines, and compounds containing the carbonyl group. Laboratory includes development of synthetic and analytical organic chemical techniques. Lecture 3 hours, lab 3 hours. Course fee.
Prerequisite(s): CH 231
Co-requisite: Must register for CH-232L
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CH - 303 Inorganic Chemistry Credits: 4
Same as course CH 304 but without the laboratory. Lecture 4 hours. Not open to students who have taken CH-304. Does not take the place of CH-304 for major or minor requirements.
Prerequisite(s): CH 231 and CH 232
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CH - 304 Inorganic Chemistry Credits: 5
Covers the structure, reactivity, and characterization of nonorganic materials. There will be a focus on transition metal complex naming, formation, symmetry, and laboratory characterization as inorganic reactions. Explanation of properties is sought in theories of atom structure and bonding. Lecture 4 hours, lab 3 hours. Course fee.
Prerequisite(s): CH 231 and CH 232
Co-requisite: Must register for CH-304L
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CH - 305 Forensic Toxicology Credits: 3
Cross-listed with BI 305 .
The course serves as an introduction to chemical toxicology as it applies to the science of forensics. Introductory forensic toxicology concepts will be presented. The course examines the clinical and environmental aspects of chemical toxicity. Special emphasis is placed on the interaction of drugs and other toxic substances as they pertain to forensic examinations and legal cases.
Prerequisite(s): CH 232 and BI 255
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CH - 351 Physical Chemistry I Credits: 5
Thermodynamics and kinetics. Extensive coverage of the laws of thermodynamics and their application to chemical systems. Thermodynamics is applied to chemical systems for the study of rate laws and chemical equilibria. Properties of gases are explored. Appropriate for biochemistry majors. Lecture 4 hours, lab 3 hours. Course fee.
Prerequisite(s): CH 101 , CH 102 , MA 121 , MA 122 , PH 201 , and PH 202
Co-requisite: Must register for CH-351L
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CH - 352 Physical Chemistry II Credits: 5
Quantum mechanics. Modern quantum theory is explored and applied to spectroscopic techniques, a brief study of group theory is included. Molecular structure is discussed from a quantum theory viewpoint. Phase equilibria and electrochemical cells are discussed. Completion of CH 351 is suggested. Lecture 4 hours, lab 3 hours. Course fee.
Prerequisite(s): CH 101 , CH 102 , MA 121 , MA 122 , PH 201 , and PH 202
Co-requisite: Must register for CH-352L
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CH - 353 Physical Chemistry I (no lab) Credits: 4
Same as course CH 351 but without the laboratory. Lecture 4 hours. Not open to students who have taken CH-351. Does not take the place of CH-351 for major or minor requirements.
Prerequisite(s): CH 101 , CH 102 , MA 121 , MA 122 , PH 201 , and PH 202
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CH - 354 Physical Chemistry II (no Lab) Credits: 4
Same course as CH 352 but without the laboratory. Lecture 4 hours. Not open to students who have taken CH-352. Does not take the place of CH-352 for major or minor requirements.
Prerequisite(s): CH 101 , CH 102 , MA 121 , MA 122 , PH 201 , and PH 202
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CH - 355 Advanced Topics in Chemistry Credits: 3
Three independent courses of approximately five weeks each, taught by different instructors. Each course studies a special topic, e.g., nuclear magnetic resonance spectroscopy, mass spectrometry, polymers, liquid chromatography. Lecture 3 hours.
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CH - 361 Analytical Chemistry Credits: 5
A sensitivity in approach to gathering and critically evaluating information about chemical systems is taught in this course. Introductory experience is provided in titrimetric, gravimetric, electrochemical and chromatographic methods of analysis in lecture and laboratory as well as basic principles and theories for these techniques. Lecture 4, lab 3 hours. Course fee.
Prerequisite(s): CH 101 and CH 102
Co-requisite: Must register for CH-361L
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CH - 362 Instrumental Analytical Chemistry Credits: 5
Instrumental methods of chemical analysis. Studies include absorption and emission methods, certain electrochemical methods and GLC, HPLC, and other chromatographic methods. Theoretical principles, instrument design, and applications in laboratory analysis are discussed. Laboratory instruments include ISE’s, polargraph, CV’s, FTIR, ultraviolet-visible spectrophotometers, spectrofluorometer, AAS, ICP-AES, NMR, GLC, HPLC, and GC-MS. Lecture 3 hours, lab 4 hours. Course fee.
Prerequisite(s): CH 101 CH 102 and CH 231
Co-requisite: Must register for CH-362L
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CH - 396 Chemistry Internship Credits: 3
Experiential learning opportunity in the field of chemistry at an approved setting under professional supervision. Each student should choose a setting related to their personal, professional or vocational interests that will allow them to apply what they are learning in their chemistry courses. Recommended settings include laboratories, pharmacies, hospitals, businesses, schools, and government. Permission of the instructor and Career Development Center is required.
Prerequisite(s): CH 362
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CH - 421 Advanced Topics in Organic Chemistry Credits: 3
The chemistry of carbon, utilizing mechanisms and reaction types as unifying principles. Topics include delocalized chemical bonding, nonbenzenoid rings, carbonium ions, cabanions, free radicals and carbenes. Examples used include compounds of biological interest. The laboratory work will include multistep syntheses and qualitative analysis. Lecture 2 hours, lab 3 hours. Course fee.
Prerequisite(s): CH 231 and CH 232
Co-requisite: Must register for CH-421L
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CH - 434 Biochemistry II (no lab) Credits: 3
Continuation of CH 435 . This course examines membrane structure and function, the chemical basis of signaling, and a detailed analysis of bioenergetics and regulation of metabolism from a structural perspective. Review and discussion of current scientific literature through written assignments and oral presentations promote critical thinking. Lecture 3 hours.
Prerequisite(s): CH 435
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CH - 435 Biochemistry I Credits: 4
Cross-listed with BI 435 .
The chemistry of biomolecules. This course introduces the student to the structure and function of lipids, proteins, nucleic acids, and carbohydrates, with a focus on chemical properties. Specific examples from the current literature will be discussed. Lecture 3 hours, lab 3 hours. Course fee.
Prerequisite(s): CH 231 and CH 232
Co-requisite: Must register for CH-435L
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CH - 436 Biochemistry II Credits: 4
Cross-listed with BI 436 .
Continuation of CH 435 . This course examines membrane structure and function, the chemical basis of signaling, and a detailed analysis of bioenergetics and regulation of metabolism from a structural perspective. Review and discussion of current scientific literature through written assignments and oral presentations promote critical thinking. Lecture 3 hours, lab 3 hours. Course fee.
Prerequisite(s): CH 435 /BI 435
Co-requisite: Must register for CH-436L
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CH - 455 Research Seminar Credits: 3
An extensive study in chemical research. This course is designed to prepare students for careers in the various scientific fields. Specific topics include: searching and evaluating scientific literature, understanding the publication process, presenting scientific data at professional meetings, conducting a search for employment and/or graduate programs, practicing interview skills, and designing a research proposal. Lecture 3 hours.
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CH - 461 Research Credits: 3
Student research in a specific area of chemistry to gain an appreciation of all it entails. Usually the research director provides the background information and bibliography stemming from his personal extensive literature search. However, the student has the responsibility of searching the literature in seeking solutions to problems developed by the director’s initial exploratory work. A weekly conference with the instructor and other project workers and six hours of lab time are required. Course fee.
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CH - 475 The Ecological Crisis, a Common Responsibility: Values Seminar Credits: 3
The principal objective of this course is reflection on the values inherent in nature as well as those in man. The limit and value of science is weighed, but more importantly the role of the church in response to the “ecological crises,” and most importantly, our responsibilities as individuals and as members of Christ’s body.
Prerequisite(s): TH 109 and junior or senior standing
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CH - 499 Independent Study Credits: 3
A senior student carries out a non-laboratory study of an academic area of personal interest after the student prepares a program of study and a department faculty member approves it and agrees to guide and grade the subsequent study. A written summary report of the investigation is required.
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CH - 1053 Laboratory Safety Credits: 1
Standard laboratory practices and procedures. Students will be taught these with respect to personal safety, MSDS’s, chemical hygiene plans, governmental regulations, laboratory facilities, laboratory equipment, working with hazardous chemicals, chemical labeling, chemical storage, chemical inventory, and chemical waste disposal. Lecture 1 hour.
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CH - 4611 Research Credits: 1
An introductory research experience in chemistry. Research will be in the research mentor’s field of competence and interest. The expectations and responsibilities of the student will be determined by the individual research mentor. Regular discussions with the research mentor and other project personnel are required. A minimum time commitment of 3 hours per week is expected. Admission by permission of the instructor. Course fee.
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CM - 130 Introduction to Mass Communication: MOT/Social Science Credits: 3
An introduction to the various media of mass communications: newspapers, radio, film, television, and their impact on American life, with attention to the larger ethical, cultural, political, economic and social contexts. This course is normally limited to first-year students and sophomores, except by permission of the instructor. Required of all communication majors. Required for secondary certification in English or Communication.
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CM - 199 Communication Theory Credits: 3
An introduction to communication theory, providing an overview of approaches to understanding and studying the complexities of human interaction. Verbal, nonverbal, electronic, organizational, and other modes of communication mediated will be discussed. Required of all communication majors.
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CM - 205 Introduction to Professional Communication Credits: 3
An introduction to the basic dynamics of communication in business and the professions. Students develop proficiency in fundamental forms like letters and memos, simple reports and visuals, brochure preparation, instruction writing. They also prepare resume packages and letters of application, and learn interview techniques. Strongly recommended for students in the business track.
Prerequisite(s): EN 103
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CM - 206 Public Speaking Credits: 3
A review of oral communication dynamics for professionals. Students will develop audience analysis and speech writing skills so they can deliver effective oral presentations to both technical and non-technical audiences. The use of visuals, nonverbal communication strategies, accurate and discriminating listening ability, and cultural sensitivity will be stressed. Required of all communication majors, and open to others with permission of the instructor.
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CM - 212 Creative Writing: Poetry I Credits: 3
Cross-listed with EN 212 .
An introduction to the writing of poetry: a workshop approach emphasizing development of expression and revision skills. Discussion of student writing is supplemented by an examination of other contemporary poets such as Clifton, Heaney, Rich, and Simic, etc. Strongly recommended for students in the Professional/Creative Writing and Editing track. Required for Creative Writing minor.
Prerequisite(s): EN 103 and EN 104
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CM - 220 Journalism Credits: 3
An introduction to news writing, the sources and components of news, structure of news story, sources and interviews, field experience in gathering and writing news, journalistic rules and ethics. Designed as an English elective, the course is open to other students. Required of all Communication majors.
Prerequisite(s): EN 104 and CM 130
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CM - 275 Interpersonal Communication Credits: 3
A course studying the nature of human communication in our personal, professional, and familial relationships. The course will explore the complexity of the communication process and will introduce students to skills for interpersonal effectiveness and competency.
Prerequisite(s): CM 130
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CM - 290 Pop Culture Credits: 3
An analysis of concepts relevant to historical and contemporary American popular and mass culture. The course addresses technological, narrative, cultural and ideological processes and codes that are present in cultural content. Students will engage in objective, interpretive, and critical methods of analysis of pop culture theories and artifacts.
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