Kevin Crowston is a Distinguished Professor of Information Science at the Syracuse UniversitySchool of Information Studies (aka the iSchool). He received his A.B. (1984) in Applied Mathematics (Computer Science) from Harvard University and a Ph.D. (1991) in Information Technologies from the Sloan School of Management, Massachusetts Institute of Technology. He currently serves as Associate Dean for Research.
His research examines new ways of organizing made possible by the use of information technology. He approaches this issue in several ways: empirical studies of coordination-intensive processes in human organizations (especially virtual organization); theoretical characterizations of coordination problems and alternative methods for managing them; and design and empirical evaluation of systems to support people working together. For more information, please consult his vitae and now quite out-of-date Fall 2005 research statement (both in PDF). Specific domains of interest include free/libre open source software development projects, citizen science projects and research data management.
He is a co-PI on a recently awarded NSF INSPIRE project: "INSPIRE: Teaming Citizen Science with Machine Learning to Deepen LIGO's View of the Cosmos" (15-47880). He is the former PI on 2 other NSF-sponsored projects: NSF SOCS Grant 11-11107 for "SOCS: Socially intelligent computing for coding of qualitative data" (see here for details); and NSF SOCS Grant 12-11071 for "Collaborative Research: Focusing Attention to Improve the Performance of Citizen Science Systems: Beautiful Images and Perceptive Observers" (see here for details). He and Jian Qin recently were awarded a research challenge grant from ICPSR for the development and dissemination of a capability maturity model for research data management (see here for details).
Applications are invited for a postdoc position at the Syracuse University School of Information Studies.
The successful applicant will join an NSF-supported study of stigmergic coordination, that is, coordination that is supported through a shared work product instead of or in addition to through explicit communications. The postdoc will carry out field research with open source software developers and others to understand the mechanisms underlying stigmergy in those settings, and contribute to the design and evaluation of a system to support stigmergic coordination in another setting. Responsibilities may also include working with and supervising undergraduate, masters and doctoral students.