215 computer-programmer-"Multiple"-"O.P"-"U"-"U.S"-"Humboldt-Stiftung-Foundation" positions at Columbia University
Sort by
Refine Your Search
-
Listed
-
Category
-
Field
-
schedules, enter patient data and assist with statistical analysis, tabulation, and digital graphing of clinical results. Minimum Qualifications Two years of college or a completed AA program with an emphasis
-
learning experience for undergraduate students living in one or more residence halls. Residence Hall Directors (RHDs) are professionals responsible for program development, oversight of Resident Advisers
-
aspects of motor neuron biology and disease. One of the strengths of the MNC is a membership housed in multiple departments throughout both Columbia campuses. This allows bringing together the incredible
-
. While the position is for a full-time clinical specialist, we support and encourage motivated individuals to lead or participate in research with the opportunity for multiple days of protected research
-
to the research program. The ideal candidate will have expertise in visually guided behavior and strong computational skills, as well as superior motivation, drive and demonstrated aptitude for research.
-
. Hiring Salary Range: $305,000 to $425,000 Associate Professor at CUMC: $305,000 to $370,000 Professor at CUMC: $315,000 to $425,000 The compensation range does not include the generous benefits program
-
communication and solid computer skills. Current BCLS/AED certification required. Candidate must demonstrate strong aptitude for detail, flexibility, adaptation to change, and ability to work independently
-
faculty member in the first year out of fellowship). Columbia offers a generous benefits package. Our ideal candidate is adept at multiple modalities. We also value skilled communicators as our emergency
-
include but not be limited to Parkinson disease, dystonia, multiple system atrophy, ataxia and essential tremor are the signature initiatives of the research portfolio. Work collaboratively with principle
-
on the development of computational and analytical methods for strongly correlated electron systems. This position is part of a research program dedicated to advancing the Variational Discrete Action Theory (VDAT) - a