Required qualifications include demonstrated experience developing mechanistic models of dynamic biological systems; the ability to construct and analyze differential-equation-based models of intracellular RNA virus infection; experience with parameter estimation and uncertainty quantification, including likelihood-based, Bayesian, or Markov Chain Monte Carlo methods; proficiency in MATLAB, R, or Python; strong scientific writing and oral communication skills; a strong publication record; and the ability to work effectively with undergraduate and graduate students and collaborators from multiple disciplines. degree considered a plus; experience modeling virus-host interactions; the ability to synthesize experimental findings and published literature to develop model assumptions and parameterization strategies; familiarity with molecular and cellular biology methods such as RT-qPCR, Western blotting, ELISA, flow cytometry, microscopy, cell culture, and animal models; experience coordinating multi-investigator collaborations; and evidence of independent scientific leadership through mentoring, grant writing, or the development of new research directions.