Academic Programs

Masters in CUNY Neuroscience Collaborative (CNC)

The Neuroscience subprogram (NS) in Biology and the Behavioral and Cognitive Neuroscience (BCN) training area in Psychology have recently formed the CUNY Neuroscience Collaborative.

Features

 

PhD in Computer Science

The Ph.D. Program in Computer Science is designed to prepare selected students for leadership in teaching and academic research as well as in industrial careers and research. The ubiquitous presence of the computer in our society requires that the Ph.D. candidate master the discipline of computer science in its broadest sense as well as display knowledge of a specialized area and perform independent research.

PhD in Chemistry

The Ph.D. Program in Chemistry is designed to prepare students for teaching and research careers in all the major areas of chemistry. It draws on faculty and facilities of five CUNY senior colleges through a unique consortium. Lecture courses and comprehensive examinations are given at the Graduate Center, while students choose a base college and mentor according to their interests. Although students teach and generally pursue laboratory research at a single college, they have access to facilities, including instruments, located at the other colleges.

Centers and Institutes

Human Ecodynamics Research Center

Director:
Dr. Sophia Perdikaris

Codirectors:
Dr. Thomas McGovern
Dr. Andrew Dugmore
Dr. Reg Murphy

The Human Ecodynamics Research Center (HERC) at the CUNY Graduate Center is coordinating the effort of scholars in a formal research collaborative addressing crucial issues of sustainability, resilience, and the future of humans on earth. HERC focuses on the past and present global interactions of humans and the natural world, using fields of inquiry and methods of investigation from anthropology, archaeology, sociology, geosciences, climatology, biological sciences, art, history, and political science.

Following initiatives by the National Science Foundation (NSF) the study of human ecodynamics is used to emphasize collective and cross-disciplinary ways of understanding:

- constant and often discontinuous change
- the ubiquity of human impact past and present
- the potential for rapid threshold crossing climate change
- complex conjuncture of “fast” and “slow” variables in time and space
- the increased role of geospatial perspectives and newly dynamic modeling in driving interdisciplinary investigations and synthesis

The team at the Human Ecodynamics Research Center (HERC) has been specifically tasked by the NSF Office of Polar Programs to develop an international and interdisciplinary research forum called the Global Human Ecodynamics Alliance (GHEA, www.gheahome.org).

View Human Ecodynamics Research Center

Events

    Minisymposium on Computational Methods for 3-Dimensional Microscopy Reconstruction:

    Minisymposium on Computational Methods for Three-Dimensional Microscopy Reconstruction Columbia University Medical Center, New York