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Purdue University
This full-time, tenure-track or tenured faculty position focuses on Quantitative Neuroscience within the Department of Biological Sciences. The role involves innovative experimental neuroscience, using scalable approaches to generate and computationally analyze high-dimensional measurements of neural phenotypes. The ideal candidate will investigate how the nervous system maintains, adapts, or loses resilience during development, physiological stress, aging, or disease.
Purdue University is undertaking a transformative, university-wide initiative in One Health - Healthy and Resilient Living Systems. The Department of Biological Sciences is the largest department in the Life Sciences at Purdue, with a strong neuroscience and physiology community and research spanning biological scales from molecules to ecosystems. This position builds on Purdue’s established leadership in artificial intelligence, computational biology, and neuroscience; world-leading expertise in quantitative imaging and image-based profiling, including the Cells to Cures Engine; and the Department’s recent expansion in multi-omics and human stem cell biology. The successful candidate will join a highly dynamic and collaborative community of researchers with access to world-class core facilities, including those at the Bindley Bioscience Center. Purdue’s One Health initiative seeks to tackle complex challenges with real-world impact at the intersection of human, animal, and plant health. This recruitment initiative builds on previous strategic faculty recruitment initiatives in: (1) Integrated Health; (2) AI-Driven Biomolecular Design, and (3) Advanced Chemistry. In addition, a parallel strategic faculty recruitment initiative in Intelligent Medicines is ongoing. Through academic programs, research, facility infrastructure and industry partnerships, Purdue’s One Health efforts are making giant leaps in improving health outcomes for all living things and driving economic growth regionally and globally. This strategic faculty recruitment initiative focused on Healthy and Resilient Living Systems is expected to build on prior recruitment initiatives and existing Purdue research and academic strengths, to transform research and impact human, animal and environmental health by bridging silos.