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Course Criteria
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1.00 Credits
A further investigation into the diverse materials of printmaking. Relief, serigraphs, collagraphs, monotype, and intaglio methods will be used to gain a richer knowledge of the medium. Open to all students.
Prerequisite:
Any studio art course or permission
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1.00 Credits
This class explores the natural world as visual model and studies organic process as a metaphor for artistic process. With close observation of Nature's forms and structures, students sharpen their eyes and experiment with different field-drawing techniques. Numerous drawing expeditions produce a collection of images to use as seeds for finished drawings and prints. Students are encouraged to experiment with a variety of materials and create an individual final project in one or more of the media covered. Prerequisite: One of the following--ARTS 100, ARTS 102,ARTS 128, ARTS 129 or instructor permission.
Prerequisite:
One of the following--ARTS 100, ARTS 102,ARTS 128, ARTS 129 or instructor permission.
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1.00 Credits
Study of the informational and expressive dimensions of typographical language. The history and technology of type is considered, with an opportunity to handset metal type, as well as do extensive work on the computer. Applications to a variety of problems, including letterhead, poster and publication design. Prerequisite: ARTS 124 and/or ARTS 125, or permission of instructor.
Prerequisite:
ARTS 124 and/or ARTS 125, or permission of instructor.
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1.00 Credits
Students will create significant individual works within a peer group framed by contemporary topics that vary each fall. This interdisciplinary course is structured as a seminar and requires extensive student participation in discussions, as well as independent creative work in a chosen medium. Topics will revolve around both timeless and highly contemporary issues confronting the artist in the making of his/her work. Will involve readings and some writing. Majors only and must have taken at least 7 studio art classes.
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1.00 Credits
FALL 2012 Topic: The Long Pose
Prerequisite:
ARTS 102, 132 or 133 strongly recommended.
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1.00 Credits
Undergraduates, typically juniors & seniors, construct an independent study course on a topic approved & directed by a facutly member.
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1.00 Credits
Ideas and methods of astronomy for nonscience majors. Devoted to the planets, sun, stars, their life cycles and the galaxies. Concepts from physics, chemistry, biology, and geology are discussed. Explores theories of the composition and origin of the solar system, the universe, and life. Weekly evening observation sessions - required as part of the work of the course - connect the wide-ranging lecture and textbook topics to the real world visible in the skies. Additional appropriate observations may also be assigned from time to time. Not available to students who have taken ASTR 002. Fulfills the Scientific Perspective.
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1.00 Credits
Explores recent discoveries in the molecular genetics of prokaryotes and eukaryotes, with emphasis on new findings related to catalytic activities of RNA. Topics include: protein synthesis, RNA transcription, gene regulation, RNA splicing, catalytic RNA and origins of living systems. Intended primarily for seniors and graduate students.
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1.00 Credits
A comprehensive survey of biochemistry and molecular biology, including protein structure, enzyme kinetics, membrane structure, DNA structure, replication, transcription and translation. The laboratory introduces basic techniques including safe use of radioisotopes, isolation of proteins, purification of enzymes, enzyme kinetics, gel electrophoresis, column chromatography and DNA isolation and characterization.
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1.00 Credits
Presents an in-depth view of protein structures and molecular properties, and discussions of how structure and properties are inextricably linked to biological function. Topics discussed include: chemical properties of polypeptides, biosynthesis of proteins, posttranslational modifications, evolutionary and genetic origins of protein sequences, physical interactions that determine the properties of proteins, the folded conformations of proteins, proteins in solution and in membranes, interaction of proteins with other molecules, enzyme catalysis and protein degradation. This course has a computational component which will provide students with hands-on learning experience.
Prerequisite:
BCMB 271 or permission of instructor.
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