2076-200
Photography I--2067/2060 (Summer transfer)
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. Class 10, Lab 20, Credit 12
2076-201, 202, 203
Photography I
A three-quarter sequence study of the fundamentals of photography, with
emphasis on the development of large-format camera skills as they relate to
principles of optics, linear perspective, lighting and related areas of
darkroom skills. Principles of creativity, craftsmanship, theory and visual
communications and presentation are also introduced to support additional
studies in the medium. Small- and medium-format camera skills are introduced in
the second and third quarters to support the foundation theme of using camera
systems as problem-solving tools for technical and visual communications.
Emerging electronic imaging systems and technologies are introduced in the
latter part of the course. Class 2, Lab 4, Credit 4
2076-210
Materials and Processes of Photography
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.) Class 9, Credit 6 (SU)
2076-211, 212, 213
Materials and Processes of Photography
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. Class 3, Credit 3
2076-221, 222, 223
Survey of Imaging and Photographic Technology
Provides students with information concerning career opportunities within the
field of imaging and photographic technology and subdivisions of
specialization. Includes presentations by experienced professionals
representing a variety of positions. Class 1, Credit 1
2076-301
Photographic Sensitometry
Principles of sensitometric methods as applied to the selection and use of
photographic emulsions. Problems in exposure processing, densitometry, and data
interpretation are addressed. The characteristics of commercially available
sensitometers and densitometers also are reviewed. The laboratory work consists
of practical comparisons of currently marketed photographic materials upon
which the student is required to prepare written and oral reports. (2076-213)
Class 2, Lab 3, Credit 3
2076-302
Technical Photographic Chemistry
The basic chemistry of black-and-white and selected color processes. Developer,
short stop, fixation, bleaching and reversal are investigated. Student-designed
investigations are carried out. Technical notebook and report preparation are
required. Class 2, Lab 3, Credit 3
2076-303
Photographic Optics
Principles of geometrical optics as applied to image formation, lens types,
lens aberrations, lens testing and optical instruments, including the human
eye, and radiometric applications to optical systems. (1016-204, 1017-211, 212,
271, 272) Class 2, Lab 3, Credit 3
2076-311
Color Photo Design
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. Class 2, Lab 4, Credit 4
2076-312
Color Printing Theory
Provides an introduction to color theory and the exploration of color processes
utilizing practical laboratory procedures and photographic color reproduction
processes. Supports lectures and readings on applied color theory relating to
both color photography and its applications. Important topics, in addition to
color materials and processes, include color vision, psychological aspects of
color, color terminology, and color measurement and specification. Class 2, Lab
4, Credit 4
2076-313
Color Measurement
Equipment and methods used for the measurement of color are discussed and
demonstrated in the laboratory. Topics covered include light sources,
radiometry, spectrophotometry, color order systems, color difference formulas
and reproduction of color. (2076-321 or equivalent) Class 2, Lab 4, Credit 4
2076-321
Applied Computing for Photo Technology
An applications-oriented computing course that requires students to integrate
software and hardware with new and existing imaging systems and technologies.
Students are introduced to concepts associated with machine vision, instrument
control, quality management, virtual reality and other situations requiring the
interfacing of computers, imaging technology, and the analysis and display of
information. (0602-208, 0602-210) Class 2, Lab 2, Credit 3
2076-356
Portrait Retouching
The study and application of different techniques, materials and processes used
in portrait retouching of negatives and prints. Projects making use of these
techniques, materials and processes are required. Class 2, Lab 4, Credit 3
2076-357
Commercial Retouching
The study and application of the techniques, materials and processes used in
commercial retouching. Projects making use of these techniques, materials and
processes are required. Class 1, Lab 4, Credit 3
2076-381
Introduction to Photography for Publications
An introduction to the use of photography in specialized publications in
science, industry, business and education. Skill-building assignments to
improve competence and an introduction to the problems of the art director,
editor, printer, layout person and writer form the basis of the course content.
(2067-302, 2076-312 or the permission of instructor) Class 2, Lab 4, Credit 4
2076-401
Imaging Systems Design
Study of the hardware and software needed to effectively design computer
graphic images. Workstation labs provide hands-on experience with MS-DOS and
Mac computer platforms. (2076-203) Class 2, Lab 2, Credit 3
2076-454
Holography I
An introduction to holography theory and techniques. Lectures and
demonstrations cover the materials, processes and applications of the
fundamental types of holograms. Labs give hands-on experience with the
construction and playback of transmission, reflection and focused image
hologram types. (Algebra and physics) Class 2, Lab 4, Credit 4
2076-455
Applications of Holography
Gives the student a range of experiences in the production and evaluation of
holograms as applied to scientific and engineering problems. Instruction is
given in both the theoretical and practical aspects of holographic
interferometry and nondestructive testing as well as holographic optical
elements, computer-generated holography and coherent optical processing. The
student is expected to have previous experience in basic display holography.
(2076-454) Credit 4
2076-458
Architectural Photography
An image-making course for advanced students with a specific interest in
interior and exterior architectural photography. Assignments are designed to
emphasize the development and exploration of professional attitudes and
techniques while providing a comprehensive study of the subject. All required
work is on color transparency materials. (2067-302, 2076-312 or permission of
the instructor) Class 3, Credit 9 (SU only)
2076-461, 462, 463
Photoinstrumentation Applications Seminar
The student is exposed to a variety of technical, industrial and/or applied
photographic experiences in order to gain a fuller understanding of the scope
of photography and its applications. Simplified approaches to photographic
instrumentation applications are emphasized. Photographic topics are discussed
that emphasize scientific and technical applications where photography
functions as a tool of measurement and visualization of events that are beyond
the range of normal photographic equipment. Class 1 1/2, Lab 4, Credit 4
2076-464
Reversal Color Printing
A one-quarter course on reversal color printing procedures, printing and
processing. Students gain proficiency in using reversal print material.
(2076-312 or permission of the instructor) Class 1, Lab 4, Credit 3
2076-468
Introduction to Dye Transfer
An introduction to the dye transfer process using pan matrix film with emphasis
on understanding its theoretical principles and on mastering basic transfer
techniques. This includes the preparation of transfer prints from the student's
color negatives. (2076-312 or equivalent) Class 1, Lab 6, Credit 4
2076-470
Summer Nature Photography
Students learn the fundamentals of professional nature photography as exhibited
by such magazines as Audubon and National Wildlife. Topics include selection
and care of equipment, use of strobes, adapting to adverse weather conditions,
sales of photographs, copyright law, free-lancing and more. Students are
required to spend several hours per week shooting in natural environments.
(2076-201, 202, 203 or permission of instructor) Class 4, Field 4, Credit 4 (SU
only)
2076-471, 472, 473
Nature Photography
Students learn the fundamentals of professional nature photography as exhibited
by such magazines as Audubon and National Wildlife. Topics include selection
and care of equipment, use of strobes, adapting to adverse weather conditions,
sales of photographs, copyright law, free-lancing and more. Students are
required to spend a minimum of several hours per week shooting in natural
environments. (2076-201, 202, 203 or instructor permission) Class 4, Field 4,
Credit 4
2076-479
Introduction to Scientific and Technical
Applications of Photography
Introduction to special or unusual methods particularly useful in technical,
scientific or research photography. Emphasis on the student's development of
innovative solutions to a set of photographic problems. Firsthand experience is
encouraged by participation in simulated and simplified approaches to more
complex specialties. Class 2, Lab 4, Credit 4
2076-481, 482, 483
Advanced Color Printing I, II, III
Advanced study in color techniques and theory in relation to quality and
creative use of photographic materials. The student may choose a section for
intensive study such as the dye transfer process, quality control methods in
printing and processing and special masking. (2076-312 or equivalent and
permission of the instructor) Class 1, Lab 6, Credit 4
2076-486
Photographic Scanning Systems
The student receives instruction and makes photographs related to the
ever-increasing application of scanning imaging systems in industry, especially
as these relate to industrial, scientific and technical applications.
Simplified and experimental equipment is demonstrated and used. Primary
emphasis is on demonstrating a thorough understanding of the imaging processes
and controls at work in systems such as peripheral, photofinish, strip
enlarging and panoramic recording methods. (For upper-division 2076 students;
others with permission of the instructor) Class 2, Lab 4, Credit 4
2076-487
Special Effects Photography
A course for practicing photographers and students in which photographic
effects beyond those encountered in everyday situations in illustrative,
commercial and advertising photography are discussed and practiced. Among the
topics to be covered are stroboscopic, peripheral, scanning, high-speed flash,
matte box and combination flash/tungsten photographic techniques. (For
upper-division SPAS students) Class 2, Studio 4, Credit 4
2076-491
Introduction to Digital Image Processing
Exploration of the technology, theory and application of digital image
processing equipment and procedures, particularly in relation to photographic
processes. Principles of input, output and computer processing techniques are
covered. Applications such as contrast enhancement, edge sharpening and
smoothing are included. (2076-210, 213, and 321 or 0602-208) Class 2, Lab 4,
Credit 4
2076-499
Co-op
Provides students with on-the-job experience in the field of imaging and
photographic technology. The student seeks and acquires a school-approved co-op
position in business or industry. The working environment provides the forum
for learning more about the student's chosen career. A final interview with the
co-op coordinator assists the student in evaluating the experience. Credit 0
2076-501
Introduction to Research
Prepares the student for the senior research project (2076-502). Covers basic
research methods, including experimental design, unobtrusive evaluation and
selection of an appropriate statistical treatment for the research to be
conducted. Chi-square, two-tailed t test, linear regression and nonparametric
statistics are taught as pertinent evaluation tools. (Senior status or
permission of department chair) Class 3, Credit 3
2076-502
Research Project
Investigation of a topic in the area of applied, technical or scientific
photography, involving camera and/or laboratory work, evaluation, oral
presentation of the results and a written report in a standard format.
(2076-501) Class 1, Lab 4, Credit 3
2076-503
Survey of Nonconventional Imaging
A survey of imaging methods and imaging systems not normally encountered in
other technical photography courses, including UV, IR, 3D, holography,
electrophotography, x-ray and nonsilver applications. (For upper-division 2076
students, others with permission of the instructor) Class 2, Lab 2, Credit 3
2076-511
High-Speed/Time-Lapse Photography
The theory and practice of photographic systems designed to permit analysis of
events of very short or of extended duration. Included are operational
characteristics of time-lapse cameras, sequencing and timing control devices,
time magnification relationships. Also, characteristics of intermittent and
rotating prism cameras, rotating mirror and drum cameras, synchronization
system and timing controls and high-speed flash and spark gap systems. Students
gain experience not only in the use of the basic equipment but also in proper
planning, set-up and data reduction techniques through a series of practical
experiments. (For upper-division 2076 students, others with permission of the
instructor) Class 2, Lab 4, Credit 3
2076-550, 551, 552, 553
Special Topics in Imaging and
Photographic Technology
A seminar approach offered on demand when adequate numbers of students and a
faculty member agree to study a subject not normally offered. Available to
upper-level students. Credit variable
2076-560
Color Photography Workshop
A creative color workshop with the goal of producing visually effective color
photographs. The student is free to choose from a large variety of assignment
suggestions to structure a program individually as an independent study.
Besides creativity, principles are produced on color transparency material. The
last two weeks can be spent color printing for those wishing this experience.
Students are expected to furnish their own small- or medium-format cameras and supplies. Large-format cameras and chemicals are furnished. Color film and paper expenses can be expected to run as high as $75 to $100. (Some previous photographic experience required. Registration limited; permission of the instructor) Credit 9 (SU)
2076-562
Managing Quality in the Graphic Arts and Photographic Industries
The tasks and responsibilities of management in creating a company-wide quality
improvement environment are addressed, with an emphasis on the unique
challenges in the graphic arts and photographic industries. The specific
requirements of planning, control and improvement of quality are discussed with
regard to such topics as mass inspection measurement, statistical process
control, employee participation, quality costs, training and vendor
certification, among others. Case studies of companies and organiza tions
currently undergoing a quality transformation are reviewed. Class 3, Credit 3
2076-572
Scanning Electron Microscopy
A proficiency-oriented course designed to train students to operate and take
photographs with a scanning electron microscope (SEM). Emphasis is on
understanding and optimization of the instrumental and photographic parameters
associated with the SEM. (2076-211, 212, 213 or permission of instructor) Class
2, Lab 4, Credit 4
2076-580, 581
Senior Project
A two-quarter sequence of formal research investigation in areas of applied,
technical or scientific photography, involving camera and/or laboratory-
computer work. Project topics are selected and approved in course 2076-50X. The
course requires students to plan, organize and execute a research project
under the direction of a faculty adviser. Students are responsible for the
technical content, experimental design, statistical analysis, accountability
for accuracy and the integrity of the investigative process for the project.
Requirements for completion of the course are an evaluation of experimental
results and a formal written research paper; may inc lude a formal oral
presentation. (2076-50X) Class 2, Lab 2, Credit 2
2076-599
Independent Study
A student-proposed advanced project sponsored by a faculty member. Approval of
the proposal by the department chairman and the school director required.
Available to upper-level students with a GPA of 3.0 or higher. Credit variable