Columbia University     |     The Fu Foundation School of Engineering and Applied Science     |     Graduate School of Arts & Science

The Columbia Optics & Quantum Electronics IGERT
IGERT | CISE | nano ħv
  • Home
  • News
  • People
  • Fellowships
  • Publications
  • Education
  • Seminars
  • About

Education

Courses | Outreach

Courses

Cross-disciplinary course is a prerequisite for each IGERT Fellow and participating department. In general, at least one course from each Core Area is the minimum for the IGERT Fellows to be familiar with, and can be used to satisfy the PhD degree course requirements. To ensure a diversity of coursework, at least 12 credit points (typically 3 to 4 classes) must be taken outside of the student’s home department or in the cross-cutting course category (part 4 below).

  1. Core Area I: Functional Materials: synthesis, nanofabrication, and theory
    APMA E6301        Analytic methods for PDEs
    APPH E4090        Nanotechnology
    APPH E4100        Quantum physics of matter
    APPH E6081        Solid state physics I
    CHEM G4221       Quantum chemistry I
    ELEN E4944        Principles of device microfabrication
    ELEN E6945        Device nanofabrication
    MECE E4212       Microelectromechanical systems
    MECE E6710       Nanofabrication laboratory
    PHYS G6082       Condensed matter physics
  2. Core Area II: Optical Processes, Physics, and Networks
    APPH 4110          Modern optics
    APPH 4112          Laser physics                                                          
    APPH E6110        Laser interactions with matter
    ELEN E4411        Fundamentals of photonics
    ELEN E4488        Optical Systems
    ELEN E4501        Electromagnetic devices and energy conversion
    ELEN E6412        Lightwave devices
    ELEN E6430        Applied quantum optics
    PHYS G6092       Electromagnetic theory
    PHYS G6060       Atomic physics
  3. Core Area III: Renewable Energy and Sustainability
    APPH E4130       Physics of solar energy
    COED K4734       Earth institute practicum
    EAEE E4190       Photovoltaic systems engineering
    EAEE W4200      Alternative energy resources
    MECE E4210      Energy infrastructure planning
    MECE E4211      Energy sources and conversion
    MECE E4312      Solar thermal engineering
  4. New multidisciplinary courses:
    To be prepared in the first year of this program.

Application Information

Notations

  • APMA: Applied Mathematics
  • APPH: Applied Physics
  • CHEM: Chemistry
  • EAEE: Earth and Environmental Engineering
  • ELEN: Electrical Engineering
  • MECE: Mechanical Engineering
  • MSAE: Material Science and Engineering
  • PHYS: Physics
  • COED: Continuing Education
"The IGERT program is intended to establish new models for graduate education and training in a fertile environment for collaborative research that transcends traditional disciplinary boundaries. It is also intended to facilitate diversity in student participation and preparation, and to contribute to a world-class, broadly inclusive, and globally engaged science and engineering workforce."
— The National Science Foundation
  • © Columbia University
  • Privacy Policy
  • Terms of Use

Design by Katie Senft Web Design