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` UNIVERSITY of
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`ROCHESTER
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`TheInstitute of Optics
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`TheInstitute of Optics
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`Undergraduate Program
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`Undergraduate Courses in Optics
`Courses currently being offered:
`
`Fall>(fall.php)
`Spring>(spring.php)
`
`Checkthe courseschedules/descriptions(https://cdcs.ur.rochester.edu/) available via
` /) for the official schedules for the widest
`the Registrar'sOffice(http://www.rochester.e
`range of termsfor which such informationis available.
`
`Below youwill find a list of all undergraduate courses that have beenoffered. In addition to these
`courses, undergraduates mayregister for the graduate course OPT492,THZPHENOMENA&
`TECHNOLOGY(hitps://cdcs.ur.rochester.edu/Query.aspx?
`id=-DARS&dept=OPT&cn=492&term=20171),
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`NOTE:Notall of these courses are offered in any given year.
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`OPT 000 OPTICS SEMINAR
`MMRy/rz /i9
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`9?
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`OPT 101 INTRODUCTION TO OPTICS
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` exmipit (OLF
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`OPT 144 INNOVATION & ENGINEER DESIGN
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`OPT 145 CNC GRIND FOR PRECISION MFG
`www.hajim.rochester.edu/optics/undergraduate/courses.htm|
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`WF
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`The Institute of Optics
`OPT 146 CNC FINISH & PRECISION MFG
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`OPT 147 LAB-MAGNETFINISHING
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`OPT 197 GEOMETRICALOPTICS LAB
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`OPT 198 PHYSICAL OPTICS LAB
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`OPT 199 INSTRUMENTATION LAB
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`OPT 201 GEOMETRICALOPTICS LAB
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`OPT 202 PHYSICAL OPTICS LAB
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`OPT 203 INSTRUMENTATION LAB LECTURE
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`OPT 204 SOURCES/DETECTORSLAB LECT
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`OPT 211 MATLAB FOR OPTICS MAJORS|
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`OPT 212 MATLAB FOR OPT MAJORSII LEC
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`OPT 214 INTRODUCTION TO OPTICAL SYSTEM LAYOUT AND
`ANALYSIS
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`This course gives engineering undergraduates early exposure to the tools (e.g. Zemax/CODE
`V) needed for most summerinternships while introducing a systems approach to the
`design/analysis of an optical problem.This is not a lens design class as the focusof the class is
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`on layout and evaluation, not optimization. Students will be taught how to read optical prints
`and use catalog componentsto layout and evaluate a variety of laboratory/benchtopoptical
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`systemsin software.
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`Prerequisites: Pre-req: OPT241
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`Last Offered: Spring 2019
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`o OPT 220 INTRODUCTIONTO ILLUMINATION
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`OPT 222 COLOR TECHNOLOGY
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`OPT 223 QUANTUM THEORY
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`OPT 224 FUNDAMENTALS OF LASERS
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`OPT 225 SOURCES AND DETECTORS
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`OPT 226 OPTOELECTRONICSI:DEVICES
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`OPT 232 OPTO-MECHANICS
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`OPT 240 INTRODUCTIONTO ILLUMINATION
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`OPT 241 GEOMETRICAL OPTICS
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`OPT 242 ABERRATIONS, INTERFEROMETERS, AND OPTICAL
`TESTING
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`OPT 243 OPTICAL FABRICATION & TESTING
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`OPT 244 LENS DESIGN
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`OPT 245 PRECISION INSTRUMENTDESIGN
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`OPT 246 OPTICAL COATING TECHNOLOGY
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`OPT 247 OPT COATING DESIGN
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`OPT 248 VISION AND THE EYE
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`OPT 249 INTRODUCTION TO ILLUMINATION
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`OPT 253 QUANTUM & NANOOPTLAB
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`OPT 254 NANOMETROLOGY LABORATORY
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`OPT 256 OPTICS LABORATORY
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`OPT 257 OPTICS LABORATORYII
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`OPT 261 INTERFERENCE AND DIFFRACTION
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`OPT 262 ELECTROMAGNETIC THEORY
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`Electromagnetic Theory: Maxwell's equationsin differential form, dipole radiation, Rayleigh
`scattering, polarization,energy flow (Poynting vector), plane waves, wave propagationin
`air/glass/metals, reflection and refraction,birefringence, polarization-sensitive optical
`elements (waveplates and polarizers),applications to nonlinear and quantum optics.
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`Prerequisites: MTH 165 (may be taken concurrently with permission ofinstructor), MTH 164,
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`PHY122 or 142
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`Last Offered: Fall 2019
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`OPT 263 QUANTUM OPTICS LABORATORY
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`No description
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`OPT 270 BIOMEDICAL MICROSCOPY
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`This course covers the principles and practiceoflight microscopy as applied to biological and
`medical questions. Topics include basic light microscopy, DIC, phase epifluorescence, confocal
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`and multiphoton laser-scanning microscopy, and selected methods such as CARS, FRET, FRAP.
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`FCS,etc. This courseis jointly listed as 470 for graduate students. Some homeworkproblems
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`are “470 only”.
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`*Last Offered: Fall 2013
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`OPT 276 BIOMEDICAL OPTICS
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`Biomedical spectroscopy (absorption,fluorescence, Raman,elastic scattering); propagation of
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`photons in highly scattering media (such astissue); techniques for high-resolution imagingin
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`biological media: confocal imaging, multiphoton imaging and optical coherence tomography.
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`Last Offered: Spring 2019
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`OPT 287 MATHEMATICAL METHODSFOR OPTICS & PHYSICS
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`Techniques used in mathematical study of optical phenomena. Emphasis on gaining insight and
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`experiencein the use of these powerful and eleganttools for describing, solving and resolving
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`optical systems and schema.
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`Prerequisites: MTH 164
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`Last Offered: Spring 2019
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`OPT 300 CURRENT OPT & OPTICAL TECH
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`No description
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`Last Offered: Spring 2010
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`OPT 307 SEM PRACTICUM
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`Overview of techniques for using the SEM (Scanning Electron Microscope) and Scanning
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`Probe (AFM, STM) and analyzing data. Students perform independentlab projects by
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`semester's end.
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`Last Offered: Spring 2019
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`OPT 310 SENIOR DESIGN|
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`Specifications, project development, and project planningwill include design alternatives and
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`subsystem segmentation discussions.
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`Prerequisites: Open only to Optics Seniors
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`Last Offered: Fall 2019
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`OPT 311 OPTICS SENIOR DESIGN PROJECT
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`.
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`;
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`OPT 320 SENIOR THESIS|
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`Underfaculty supervision, preparation for year-long independent researchor participation in
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`ongoing graduate group research. Students wishing to major in "Optics"will register for this
`course,
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`Prerequisites: Open to Optics seniors only.
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`Last Offered: Fall 2019
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`OPT 321 SENIOR THESESI
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`Withfaculty supervision: reading, experimentation, and writing of final thesis and
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`presentation of results. Students wishing to majorin "Optics" will register for this course.
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`Prerequisites: Open to Optics seniors only.
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`Last Offered: Spring 2019
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`OPT 386V VISITING STUDENTIN OPTICS
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`No description
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`Last Offered: Fall 2019
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`OPT 390 SUPERVISED TEACHING
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`No description
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`Last Offered: Spring 2019
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`OPT 391 INDEPENDENT READING
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`No description
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`Last Offered: Fall 2019
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`OPT 393 SPECIAL ESSAY
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`Last Offered: Summer 2019
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`OPT 394 UNDERGRADUATE RSRCH INTRNSHP
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`No description
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`Last Offered: Fall 2019
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`OPT 395 UNDERGRADUATE REARCH PROJECT
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`No description
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`Last Offered: Fall 2019
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`OPT 396 HONORS PROJECTS
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`No description
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`Last Offered: Fall 2019
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