37 courses with the subject CHM, each shown exactly as we captured it from the college's catalog, with every element we hold. Where the wording looks broken, that is our reading of the catalog, not the college's text.
CHM 101Chemistry in Context I4
Offered for non-science major to satisfy the natural science core requirement. The course introduces the science of chemistry in the context of real world problems. Sufficient chemistry background is introduced to enable the student to develop an understanding of problems like global warming, air pollution, water quality, and acid rain and possible alternatives for dealing with them.
Offered for non-science majors to satisfy the natural science core requirement. The course continues to introduce the science of chemistry in the context of real world problems such as alternate energy sources, nuclear energy, plastics and polymers, pharmaceuticals, food and genetic engineering.
This course is intended for students majoring in physical therapy, nursing or another health science. Principles of atomic theory, stoichiometry, chemical reactivity, gas and solution behavior, and nuclear chemistry.
High school chemistry or permission of instructor Fall and Summer only
CHM 105Introduction to Organic and Biochemistry4
This course is intended for students majoring in physical therapy, nursing or another health science. Survey of carbon compounds and functional groups with an emphasis on those of biological significance. Introduction to the structures of biomolecules and the relationship between their structure and function within the body.
This course serves as an introduction to the principles governing forensic chemistry as well as the the analytical techniques used in crime scene investigations, and is accessible to non-science majors. Fundamental chemical principles including matter, measurements, atomic structure and organic chemistry will be covered and presented within the context of forensic science topics such as evidence collection, arson investigation and drug chemistry. It may be taken concurrently with CHM 116L.
This course is designed to give non-science majors hands-on experience in the chemical laboratory. The analytical techniques used in crime scene investigations will be explored in this course.
CHM 120The Body’s Chemistry in Health and Disease3
This course is designed for any student who would like to understand the fundamentals of how the body carries out many of its functions and how those processes change when medical issues arise. The subjects are presented in such a way that no prior knowledge of the material discussed is required.
Comprehensive study of the fundamental laws and theories of chemistry. The study of atomic structure, ionic and molecular compounds and their reactions, including stoichiometry, and an introduction to thermodynamics. Principles and techniques of systematic qualitative analysis and an introduction to quantitative laboratory procedures.
High school chemistry or permission of instructor. Fall only
CHM 134Chemical Principles II4
Continuation of the comprehensive study of the fundamental laws and theories of chemistry. The study of the physical states of matter, solutions, kinetics, equilibria, acids and bases, thermo-dynamics and electrochemistry. Further hands-on laboratory experience illustrating chemical theory and qualitative and quantitative analysis.
Discussion and study of elements and their compounds, emphasizing the relationship between the periodic table, chemical and physical properties, and commercial and industrial applications. The study will also include organic compounds and polymers. * Chemistry majors are required to take a minimum of three credits of either CHM 490 or CHM 460 for graduation.
An application of the principles of chemical equilibrium into the theory and practice of gravimetric, volumetric, electrochemical and spectroscopic methods in quantitative chemical analysis with an emphasis on the statistical treatment of data. The laboratory focuses on gravimetric, volumetric, potentiometric, and spectroscopic methods of analysis with an emphasis on the technique required to produce accurate and precise results.
Properties, reactions, and spectroscopic analysis of the major classes of carbon compounds. The concepts of chemical structure and functional group will serve as a basis for understanding organic reaction mechanisms and organic synthesis. Laboratory preparation and analysis of a variety of organic compounds.
A continuation of the properties, reactions, and spectroscopic analysis of the major classes of carbon compounds. The concepts of chemical structure and functional group will serve as a basis for understanding organic reaction mechanisms and organic synthesis. Laboratory preparation and analysis of a variety of organic compounds.
Special topics courses in the University’s Core Curriculum focus on a topic not currently offered as a standing course within a department’s contribution to the Core Curriculum. Special topics courses in the Core may be offered in two semesters (which do not have to be consecutive) with multiple offerings in each semester. If offered for four credits, it will count toward the Natural Science Lab requirement. If offered for three, it will count toward the Natural Science Non-lab requirement.
This course will study the fundamental principles of instrumental methods for chemical analysis. It is a practical introduction to the theory and implementation of chemical instrumentation and methods of analysis in the areas of chromatography, electrochemistry, and spectroscopy.
CHM 244 , PHY 222 , MTH 152 or MTH 172 Alternate years
CHM 350Chemical Literature1
Introduces the chemical literature and introduces library/online searching skills. Examines the structure of various types of scientific articles and develops the ability to critically analyze a peer-reviewed journal article.
The study of basic chemical and physical principles in living systems, bioenergetics, enzyme kinetics, and the metabolism of carbohydrates, lipids, amino acids/proteins and nucleic acids.
CHM 244 ; Concurrent registration for CHM 363 is required for Chemistry and Biochemistry Majors. Fall only
CHM 354Biochemistry II3
An in-depth study of the principles and mechanisms underlying bioenergetics, and the integration and hormonal control of the major metabolic pathways. Other topics include the metabolism of fasting/eating, stress, diabetes and alcoholism, free radicals and antioxidants, DNA repair, biochemistry of apoptosis, receptors and transsignaling, lipoprotein/platelet metabolism and cardiovascular risk, and various aspects of clinical chemistry.
CHM 360Principles and Biochemical Mechanisms of Pharmacology2
This lecture course is designed to provide the student with the knowledge to understand the fundamental principles and biochemical mechanisms of pharmacological applications, such as drug dosage, clearance, and metabolic action. Each student will become familiar with the complex mechanisms of action and clinical applications of a variety of the major categories and classes of pharmaceuticals, using illustrative prototypical agents. This course will offer both “high yield” facts and a sufficient framework for critical thinking and analysis, rather than just memorization.
CHM 361The Effects of Radiation on Biochemical/Biological Systems1
This one-credit course first presents the student with a brief history of radiochemistry and its fundaments, followed by in-depth discussions of evidence-based mechanisms by which radiation induces a wide spectrum of cellular and pathophysiological effects. Data and photos obtained from survivors of the first atomic bomb are evaluated, and the cause and effects of the accidents at the Chernobyl and Fukushima nuclear power plant accidents are discussed. Radiopharmaceutical manufacture and radiation forensics are also considered, in addition to the theoretical bases underlying nuclear reactors and atomic weapons.
Investigation of the major laboratory techniques used in the study of the physical, chemical, and catalytic properties of biological molecules. Topics include protein chromatography, protein and nucleic acid electrophoreis, enzyme catalysis, PCR, and DNA sequencing.
This course will prepare students for research requirements in the major by guiding them through the process of writing a research proposal, analyziang and presenting information in the literature, and discussing ethics in the application of scientific research.
A comprehensive study of the current theories of bonding and structure within inorganic compounds. The study of transition metal chemistry, their complexes, and the organometalic chemistry of main group elements and transition metals.
A practical introduction to chemical instrumentation and methods of analysis. The practice of chromatography, electrochemistry, and other selected methods for chemical analysis will be investigated through laboratory exercises.
An introduction to the synthesis, properties, and characterization of polymers. The course will cover both addition and condensation polymers, catalysis, and modern methods and instrumentation for the characterization of macromolecules.
Topic may vary from semester to semester and will be announced with preregistration information and course hours. Students will acquire expertise in a specialized field of chemistry. The precise field of chemistry offered will depend on the requests from students and availability of a qualified faculty member to teach the course.
Chemical research under the direction of a faculty member of the chemistry department. Students are expected to perform a minimum of three hours of laboratory studies per week per credit hour. The student may register for fewer than three credits with permission of the research director, as long as a total of three credits of research are completed prior to graduation. If the student desires, research in chemistry may be taken as an elective up to a maximum of six credits.
This course is a capstone course for Biochemistry and Chemistry majors. Students will prepare and deliver an oral presentation, prepare and present a poster, and write a research report or an intensive literature review paper.
each semester Current topics. Each student will prepare and present a seminar on a topic from the recent chemical literature or on their own research project.
Special investigation, with the assistance of a faculty member, of a selected topic of interest. A GPA of 3.0 or above, department chair/program director, and college dean approval is required.
