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Course Criteria
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5.00 Credits
Production Photography is the storytelling side of professional illustration. Assignments for the course will include recreating historical events, inventing futuristic scenes, creating believable period pieces-all with an emphasis on narrative illustrations. In the process we'll introduce the skills, concepts, and preparation required to shoot still life and model photography in the studio and on location. Students work as production teams to simulate the professional production environment. (2067-411, 2067-412 or permission of instructor) Credit 5
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3.00 Credits
A student-proposed advanced project sponsored by an instructor. Approval of the proposal by the department chairperson and the director of the school. Available to upper-level students with a GPA of 3.0 or greater. Credit variable 1-10
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12.00 Credits
An intensive 10-week summer course for students entering the transfer programs in biomedical photographic communications and photographic technology. This is the minimum photographic education needed to gain entry to second-year standing and replaces 2061-201, 202, 203 and 2076-201, 202, 203. Since this course is such an intensive offering, previous photographic experience is highly advisable. Credit 12
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4.00 Credits
An intensive three-quarter sequence concentrating on the fundamentals of black-and-white and color photography. The application of digital cameras in various formats is at the core of this course. It includes project based topics such as portrait, architecture and product photography intended for corporate use. Professionally equipped upper-class studios are used all three quarters.. Principles of creativity, craftsmanship, visual communication, presentation, pre-production planning and postproduction analysis are taught. Concepts learned in Materials and Processes of Photography are put to practical application in this class. Credit 4
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6.00 Credits
An intensive 10-week summer course for students entering a transfer program in biomedical photographic communications or imaging and photographic technology. Replaces 2076-211, 212, 213. (Either this course or the 2076-211, 212, 213 sequence is also a requirement in the professional photographic illustration program.) Credit 6
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3.00 Credits
Basic study of the technology of photography, with the emphasis on applications to real photographic problems. Among the topics studied are image formation and evaluation, photosensitive materials, exposure, processing, tone reproduction, visual perception, color theory, variability, quality control and photographic effects. An approved independent study project is required. Credit 3 (F, W, S)
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4.00 Credits
This is a course about quantitative photographic image quality. The photographic imaging system, from light source to output, will be investigated, component-by-component, for the effects each has on system image quality. Students will characterize the image quality of various photographic components, such as exposure, film, paper and processing. Input-output relationships for each component subsystem will be investigated. Component responses will be collectively used to determine system image quality (based on tone reproduction). Related topics, radiometry, photometry and color sensitometry will also be covered. (2076-201, 2076-202, 2076-203; 2076-211, 2076-212, 2076-213) Credit 4
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4.00 Credits
Provides both a fundamental and advanced treatment of the photographic process at the molecular level. Light-sensitive emulsion chemistry and formulation, latent image theory and the associated dynamic processes, as well as developer formulation and mechanisms of chemical action, will be treated. Extension and comparisons to solid state and digital imaging processes and materials are investigated. An intensive laboratory component will emphasize application of concepts covered in lectures. (2076-211, 2076-212, 2076-213) Credit 4
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4.00 Credits
Provides both fundamental and advanced treatment of the optical processes related to image formation. Particular emphasis on photographic lenses and their element design, as well as mechanical considerations. Treatment will extend to refl ective and fi ber optics in the context of imaging and communications applications. An intensive laboratory component will emphasize application of classroom concepts. (2076-211, 2076-212, 2076-213; 1016-204; 1017-211, 1017-212, 1017-271, 1017-272) Credit 4
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4.00 Credits
Exploration of color images through the application of visual elements principles and attributes, including the key and quality of light in the making of photographs. Color contrast and rendition, and comparison of rendition with different photo materials. Credit 4
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