37 courses with the subject CH, 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.
A study of chemical principles including atomic structure; chemical bonding; types of chemical reactions; stoichiometry; solution chemistry; and chemistry of the elements. Offered fall semester.
A thesis is required in the senior year. See page 329 for the recommended 8-semester program plan. * Requirements for a Bachelor of Science Degree in Physics Education Major (56 Credits):
Concentration Requirments (two lecture-lab combinations/ 8 credits):Each combination should be from a different area of concentration. Cell and Molecular Biology Concentration:
Laboratory studies related to the principles covered in CH 102. Must be taken simultaneously with, or after successful completion of CH- 102. 1 credit
This course is designed for students pursuing science majors at Saint Vincent who would like to develop proficiency in how to learn chemical concepts for general chemistry. Topics include chemical problem-solving, atomic structure, chemical structure, the mole concept, and an introduction to stoichiometry. Emphasis will be given to learning strategies required for success in chemistry.
and Biological Chemistry 3
and Biological Chemistry Lab 1
Choose one course with lab if available: (May not count toward major)
This course contains laboratory experiments that are related to the principles covered in CH-216. Must be taken simultaneously with, or after successful completion of CH-216. Offered spring semester.
be BL 260 Biostatistics 3 Electives Choose at least 9 credits (with labs when available)
Elective Course (Choose 2 courses/ at least 6 credits from the following):
This laboratory complements CH-221-222 by introducing the basic organic laboratory techniques of synthesis, isolation, and analysis, including chromatography and infrared and nuclear magnetic resonance spectroscopy. Emphasis is placed on developing microscale techniques. Students are encouraged to work more independently as the year progresses. Must be taken simultaneously with, or after successful completion of CH-221-222, respectively. Offered every year. 1 credit each semester
This laboratory complements CH 221-222 by introducing the basic organic laboratory techniques of synthesis, isolation, and analysis, including chromatography and infrared and nuclear magnetic resonance spectroscopy. Emphasis is placed on developing microscale techniques. Students are encouraged to work more independently as the year progresses. Must be taken simultaneously with, or after successful completion of CH 221-222, respectively. Offered every year. 1 credit each semester
This course is designed to provide an overview of modern biochemistry for chemistry majors and other students with minimal background in biology. The chemistry of amino acids, basic principles of protein structure, enzyme kinetics, lipids and membranes, intermediary metabolism, and nucleic acid chemistry is covered. No previous background in biology is necessary. This course is not intended for students pursuing a career in the health professions. Prerequisites: CH-221-224. Offered spring semester of odd-numbered years. 3 credits
A study of the laws and theories used by chemists to describe, interpret and predict physical properties and chemical changes. Topics include quantum mechanics and spectroscopy. Prerequisites:
A study of the laws and theories used by chemists to describe, interpret and predict physical properties and chemical changes. Topics discussed include statistical and macroscopic thermodynamics and kinetics.
In this laboratory, students conduct experiments that are based on physical chemical phenomena covered in CH-231. Thorough data analysis and report writing are also emphasized in this course. Must be taken simultaneously with, or after successful completion of CH- 231. Offered fall semester.
An in-depth study of special topics in inorganic chemistry including molecular orbital theory, chemical bonding, point group symmetry, acid-base theories, and coordination and organometallic chemistry.
The emphasis in this course is on applications of instrumental analysis to all aspects of chemistry. Students will gain knowledge of the theory and usage of a variety of modern instrumental methods including spectrophotometry, spectroscopy, chromatography, and electroanalytical techniques. They will also gain experience in applying their knowledge in solving analytical problems.
DS 100/CS 190 Intro to Data Science/Python Lab 4 Capstone Experience (4 credits)
Junior or Senior Year
Children’s Literature (18 Credits) The minor in Children’s Literature is designed for undergraduate students who plan to pursue a teaching career, work in related field, or become a literacy or reading specialist. Required Courses (2 courses / 6 credits):
This laboratory course is intended to expose the student to laboratory aspects of modern protein chemistry and expand on some material covered in CH-251. Students will carry out experiments illustrating physical properties of proteins, protein purification (including various forms of chromatography and electrophoresis), and enzyme kinetics/inhibition. Must be taken simultaneously with, or after successful completion of CH-251. Offered fall semester.
Laboratory 1
This course will incorporate the study of the chemistry of air, water and soil in terms of both the natural and polluted environments. The topics covered will include: stratospheric ozone, chemistry of the troposphere, toxic organic chemicals, natural water chemistry, water treatment processes, and heavy metal contamination in soils.
(Lab)***
This course is an integrated laboratory that introduces advanced students to the physical and instrumental methods used by chemists. Students in this course will learn about (1) the integrated nature of chemical research, (2) a variety of advanced laboratory techniques, and (3) the methods of experimental design and report presentation. The laboratory experiments focus on spectroscopy, chromatography and other advanced physical and analytical techniques. Taken simultaneously with, or after CH-232 and CH-242. Offered every spring semester.
This course is an integrated laboratory that introduces advanced students to a variety of contemporary topics in experimental chemistry. Students in this course will learn about (1) the integrated nature of chemical research, (2) a variety of advanced laboratory techniques, and (3) the methods of experimental design and report presentation. The laboratory experiments focus on advanced organic chemistry, inorganic chemistry, polymers, and materials science. Offered every fall semester.
This course is designed to meet several requirements for chemistry certification. It is also designed to give students practical experience in preparing and teaching chemistry laboratories. In this course students will work with a chemistry laboratory instructor as a lab assistant. They will develop skills in laboratory preparation, management, and developing experiments. In addition, students will develop projects on the history of chemistry, household chemical safety, and laboratory safety. Offered fall semester. Prerequisite or
This course will introduce the student to the research experience and will include an orientation to the library and use of reference materials. Students will be assigned articles to read and discuss. An introduction to writing and presenting a research proposal will be included. Students will be introduced to the procedure for maintaining a laboratory research notebook. Students must be available to attend CH 302 when outside speakers present seminars on selected topics in that course.
Independent study or investigation involving intensive work with faculty guidance in the laboratory and library. This course includes an assessment of cumulative laboratory skills.
Electives 13 credits See page 279 for typical eight semester degree plan. * * The recommended 8-semester program plans are listed at the end of the catalog. These plans are designed to be a road map to help students finish their degrees in a timely manner and should be utilized in consultation with their Academic Advisor.
The purpose of this course is to introduce students to topics of contemporary interest in chemistry. Topics discussed are drawn from the following areas: organic and inorganic kinetics, stereochemistry, molecular orbital theory, spectroscopy, electrochemistry, solid state chemistry, polymer science, surface chemistry, and photochemistry. numbered years.
This course focuses on computational and simulation methods used in chemistry and materials science applications. Topics include ab initio calculations, density functional theory, molecular dynamics simulation, Monte Carlo methods, and multi-scale methods. Students will perform computational assignments and conduct a computational project.
Criminalistics is the collection and examination of evidence of crime and is an application of many scientific disciplines. This laboratory provides an introduction to the methodologies and applications used in a forensic laboratory. Topics discussed include organic and inorganic chemical analyses of physical evidence, principles of serology and DNA analysis, identification of fresh and decomposed human remains, ballistics, fingerprint analysis, facial reconstruction, drug analysis, and forensic entomology.
Studies to be chosen and developed by the student with the guidance of the professor directing the study. May be repeated. Variable credit.
Work experience program extending the learning experience beyond the college into the world of work, through internships, field work and cooperative programs. Students may or may not be paid depending on the site. May be repeated. Variable credit.
Source: Saint Vincent College's catalog, linked per course · table learning_unit · CourseShelf publish 59
