An NSF-funded Research and Training Group (RTG) in Computation- And Data-Enabled Science (CADES) at Portland State University (PSU) will produce unique workforce additions possessing deep knowledge in specific areas of computational mathematics and statistics, as well as a broad understanding of current issues in data-driven science. The CADES group effort is divided into three areas: (Area I) numerical techniques for partial differential operators, (Area II) data-intensive statistical learning, and (Area III) optimization methods for data science. In addition to foundational issues in computational mathematics, examples of applied research directions include light propagation through optical devices, forecasting of weather, air quality, and drought, understanding progression of diseases like cancer and dementia, and multifacility location problems for warehouse and wireless services. All projects involve high performance computing and open-source scientific software products. Currently, we are seeking postdoctoral candidates interested in working in our team RTG environment. Candidates whose doctoral research experience intersects with at least one of Areas I, II, III, and who are desirous of acquiring skills in the remaining areas, are sought. NSF requires all RTG postdocs to be US citizens, nationals, or permanent residents. In the CADES program, trainees develop skills not solely for academia, but also for research careers in industry and government labs. This RTG specifically aims to produce researchers A. trained in both mathematical and statistical techniques requiring advanced computational tools, B. exposed to both disciplinary advances and real-world data, and C. able to communicate both mathematically and in application-specific language. To this end, innovative training structures, seldom found in mathematics departments, are now being built at the Fariborz Maseeh Department of Mathematics & Statistics for RTG postdocs and students. The department has previously leveraged large philanthropic investments to successfully recruit leading scholars in computational science. It offers growth opportunities in a nurturing atmosphere where senior faculty are invested in collaborative group building and mentoring. The department is housed in a newly renovated LEED-certified modern facility in downtown Portland, well-connected by rail, streetcar, and bus lines. The Portland area, home to numerous software and hardware companies in the high-tech sector, offers a thriving, progressive, urban scene, in close proximity to stunning nature. The proposed start date is is 9/16/2026, but could possibly start sooner depending on the needs of the project and candidate. The Hiring Manager is flexible on the start date. The current end date of this position is 4/30/2027. The position may be extended contingent on the extension of the grant end date, to a maximum of 15 months.
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Job Type
Full-time
Industry
Educational Services
Education Level
Ph.D. or professional degree
Number of Employees
1,001-5,000 employees