Graduate Training

A majority of Center for Visual Science (CVS) members belong to the Rochester Chapter of the Society for Neuroscience (SfN).

Learn more about the SPIE student chapter at the University of Rochester.

Vision Training Fellowships

The Center for Visual Science offers competitive graduate fellowships for graduate students working in the lab of a CVS faculty member. Applications are made by a student's advisor to the vision training committee in CVS. Fellows receive full stipend support as well as up to $1K in funds to attend a domestic conference or meeting.

Vision-related Courses

CVS faculty have designed a series of courses to provide training in vision sciences.

Two foundations courses form the core of the curriculum. These courses provide students with a general background knowledge of sensory systems and high-level perceptual function. The foundations courses are team taught by CVS faculty and integrate all four principle research approaches used in modern vision science: computational, neuroscientific, psychophysical, and optical.

The foundations courses are supplemented by a series of seminars in advanced topics in vision or related fields. CVS works to insure that at least one advanced seminar is taught per year, either through the CVS special topics seminar or through a seminar offered in an affiliated department.

The foundations and seminar courses are supplemented by regular course offerings in their own or other departments. The director of vision training also teaches a bi-annual course in grant writing in which students develop NIH NRSA proposals for submission at the end of the spring term.

Check the course schedules/descriptions available via the Registrar's Office for the official schedules for the widest range of terms for which such information is available.

Foundation Courses

  • BCSC/CVSC 504: Sensory Systems
  • BCSC/CVSC 505: Perception and Motor Systems

Special Topics Seminars

  • BCSC 513: Introduction to fMRI: Imaging, Computational Analysis and Neural Representations
  • BCSC 515: An applied introducation to signals and systems in sensory neuroscience
  • BCSC 520: The Intelligent Eye
  • BCSC 521: Auditory Perception
  • BCSC 524: Multisensory Processing
  • BCSC 528: Special Topics in Vision
  • OPT 448: Vision and the Eye
  • ECE 410: Introduction to Augmented and Virtual Reality
  • ECE 411: Selected Topics in Augmented and Virtual Reality

Professional Development Courses

  • OPT 485: Proposal Writing in Vision Sciences & Optics
  • BCSC 582: Grant Writing Workshop
  • INTD 501: Ethics in Research

Other Regularly Offered Courses

  • 1CSC 446: Mathematical Foundations of AI
  • 1CSC 449/BCSC 536: Machine Vision
  • BCSC 512: Computational Methods in Cognitive Science
  • BCSC 541: Integrative Neuroscience
  • BCSC 547: Introduction to Computational Neuroscience
  • 1CSC 577: Seminar in AI
  • OPT 591: Adaptive Optics Reading Course
  • BCSC 513: Introduction to fMRI: Imaging, Computational Analysis and Neural Representations