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We are seeking a highly motivated computational scientist for advancing state-of-the-art multi-scale calcium signaling models in support of the PIs NIH-funded research, with an emphasis on ion transport and systems biology. The ideal candidates contributions will support our long-term goal of providing novel, quantitative insight into cellular function stemming from basic molecular signaling events. In the short term, the candidate will explore the biophysics of molecular signaling, through simulation and the development of multi-scale numerical tools based on continuum diffusion models. Specifically, the primary objective of the postdoctoral associate will be to develop differential equation models for transport and signal transduction that integrate microscopy and molecular structure/function data. To support this objective, the associate will develop and implement these numerical models in close collaboration with experimental colleagues. Candidates that additionally have expertise in molecular modeling including molecular dynamics simulation are especially encouraged to apply.
Strong publication record applying and developing differential equation solvers, ideally finite element or finite difference approaches.
Proficiency with code development (Matlab, python or C/C++ preferred).
Successful completion of upper level math coursework in ordinary and partial differential equations.
Ph.D. in Engineering, Chemistry, Physics, Biophysics or related disciplines.
Excellent oral and written communication skills.
Experience with systems biology modeling.
Molecular simulations, including molecular dynamics simulation and de novo protein design.
Coursework in numerical methods
Candidates must send a full CV, a listing of graduate courses, names of three references, and two representative publications. Applications are accepted via email at firstname.lastname@example.org.
Start date is approximately September 1, 2017.
The University of Kentucky is a public, land grant university dedicated to improving people's lives through excellence in education, research and creative work, service, and health care. In support of this mission, the UK chemistry department provides a friendly, yet rigorous instructional environment in the forefront areas of chemistry at the undergraduate through doctoral levels. The faculty of the department has extensive research programs in analytical, biological, inorganic, organic, and physical chemistry, and hold research grants from funding organizations including the National Institutes of Health and the National Science Foundation. Our faculty is highly-collaborative, with several PIs participating in funded projects with the College of Medicine, especially in the areas of cardiac physiology, Alzheimers disease and cancer.