| Classification Minimum Requirements: |
The candidate will hold a Ph.D. in computer science, biomedical engineering, computational biology, systems biology, applied mathematics, or a closely related field. The candidate will have experience in scientific software development, computational modeling, simulation, digital twins, or workflow modeling as demonstrated by peer-reviewed publications. Experience in the Python programming language is a requirement.
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| Job Description: |
Dr. T.J. Sego is recruiting for one postdoctoral position in computational biological modeling. The postdoctoral position will develop, implement, calibrate, and validate digital twin architectures and computational workflows in critical care applications. The work will include developing reusable scientific software, model-format libraries, evolutionary ensemble methods, workflow twin testbeds, and dual-timescale refinement frameworks. The postdoctoral position is available immediately for a duration of one year and subject to annual renewal based on performance and availability of funds.
The candidate will carry out research tasks aligned with project goals to produce deliverables following project timelines. They will lead development of resulting submissions to academic journals for scholarly publication. The candidate will also assist with scoping future projects and identifying opportunities for follow-up work based on project findings. They will contribute to the development of subsequent research questions, proposals, and related deliverables to support continued scholarly activity.
The University of Florida is situated in beautiful Gainesville, FL, a thriving town with a low cost of living, outstanding community, access to numerous parks and recreational facilities, and year-round outdoor weather. Dr. Sego’s research focuses on development of computational biological models, simulation methods and software, and their application to problems in critical care, respiratory disease and immune response. As a member of the Laboratory for Systems Medicine, the candidate will work in a highly collaborative research environment that closely integrates quantitative, clinical and experimental research.
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| Preferred Qualifications: |
The candidate will also have experience with collaborative software development practices, including version control, automated testing, continuous integration and continuous delivery pipelines, and reproducible computational workflows. Experience with systems biology model formats, including SBML or Antimony, evolutionary or ensemble-based computational methods, model calibration and validation, or performance and risk assessment is preferred. The candidate must have strong communication skills in the form of effective public speaking and clear, concise writing.
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| Minimum Requirements: |
The candidate will hold a Ph.D. in computer science, biomedical engineering, computational biology, systems biology, applied mathematics, or a closely related field. The candidate will have experience in scientific software development, computational modeling, simulation, digital twins, or workflow modeling as demonstrated by peer-reviewed publications. Experience in the Python programming language is a requirement.
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| Special Instructions to Applicants: |
Applications should include a cover letter, updated curriculum vitae and contact information for three references. Relevant peer-reviewed publications by the applicant are appreciated. For more information or to apply, please contact Dr. T.J. Sego, timothy.sego@ufl.edu.
Application must be submitted by 11:55 p.m. (ET) of the posting end date.
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