Graduate Courses in Optics

Below you will find a complete list of all offered graduate courses as well as their respective instructors. Courses marked with an asterisk (*) can be used towards the advanced course requirement.

• OPT 256 Optics Laboratory (Teegarden, Berg, and Berger)
  OPT 407 SEM Practicum (McIntyre)
  OPT 411 Complex Analysis and Math. Methods for Optics (Alonso)
  OPT 412 Quantum Mechanics for Optics (Stroud)
  OPT 421 Optical Properties of Semiconductors (Wicks)
  OPT 425 Radiation and Detectors (Wicks)
  OPT 428 Optical Communication Systems (Agrawal)
  OPT 441 Geometrical and Instrumental Optics I (Buralli)
  OPT 442 Geometrical and Instrumental Optics II (Moore)
  OPT 443 Optical Fabrication and Testing Technology (Jacobs)
  OPT 444 Lens Design (Bentley)
  OPT 446 Optical Interference Coating Technology (Oliver)
  OPT 447 * Advanced Optical Interference Coating Technology (TBD)
  OPT 448 Principles of Eye Design (Williams)
  OPT 449 Instrumentation and Methods of Vision Research
  OPT 450 * Polarization
  OPT 452 Medical Imaging:Theory and Practice (Parker)
  OPT 461 Physical Optics I (Fienup)
  OPT 462 Physical Optics II (George)
  OPT 463 * Nano Optics (Novotny)
  OPT 465 Principles of Lasers (Guo)
  OPT 467 * Non-Linear Optics (Boyd)
  OPT 468 Waveguide Optoelectronic Devices (Agrawal)
  OPT 476 Biomedical Optics (Berger)
  OPT 481 Technical Entrepreneurship (Moore)
  OPT 521 Optical Interactions in Solids (TBD)
  OPT 528 * Advanced Topics in Telecommunication (Agrawal)
  OPT 544 * Advanced Lens Design (TBD)
  OPT 551 * Introduction to Quantum Optics (Eberly)
  OPT 552 * Quantum Optics I (TBD)
  OPT 553 * Quantum Optics II (Stroud)
  OPT 554 * Advanced Topics in Quantum Optics (TBD)
  OPT 561 * Advanced Imaging (Fienup)
  OPT 563 * Statistical Optics (Wolf)
  OPT 564 * Theory of Optoelectronic Systems (TBD)
  OPT 592 * Modern Coherence Theory (TBD)

• Service course for external students:
  
OPT 424 Fundamentals of Lasers (Guo)