Translational Neuroscience - A Division-wide, Open-rank Faculty Search

Salary Range: PhD: $140,000 - $350,000, dependent on experience and academic rank; MD or MD/PhD: $170,000 - $475,000, dependent on experience, clinical expectations, and academic rank

The University of Chicago's Biological Sciences Division is searching for full-time scientists, physician-scientists, and engineers whose work will
advance understanding of the nervous system and accelerate the translation of discovery into new diagnostic, preventive, or therapeutic strategies for neurological, psychiatric, developmental, sensory, and neurodegenerative disorders
. This search builds on a highly successful, decade-long focus on building systems-level experimental, computational, and theoretical neuroscience at the University of Chicago.

Academic rank, track, tenure status, and compensation are dependent upon qualifications.

Primary appointments will be in appropriate departments or units, most likely in the Biological Sciences, though potentially in the Physical Sciences Division, or the Pritzker School of Molecular Engineering, with possible secondary appointments in other relevant units depending on the candidates' research.

These positions are benefits eligible.

The University of Chicago offers a wide range of benefits programs and resources for eligible employees, including health, retirement, and paid time off. Information about the benefit offerings can be found in the Benefits Guidebook.

Appointee swill join a highly collaborative academic medical center with outstanding basic science and clinical departments, state-of-the-art core facilities, exceptional undergraduate, graduate and medical students, and opportunities to engage with new multidisciplinary research and commercialization initiatives, including Hyde Park Labs, a new hybrid facility for academic research, science-based companies and the UChicago Science Incubator.

The current search is intended to capture a broad range of neuroscience, including molecular, cellular, circuit, systems, computational, behavioral, clinical, and population-level approaches. We seek to recruit faculty who will strengthen connections among basic neuroscience, clinical neuroscience, human genetics, computational biology, engineering, and therapeutic development, with the aim of creating transformative programs in human neuroscience and neurological disease.

For the coming year, we are particularly interested in researchers whose work advances restorative neuroscience and circuit interventions, as well as researchers studying neuroimmunology, neuroinflammation and related brain-body mechanisms.

• Restorative neuroscience and circuit interventions
• Neuroimmunology, neuroinflammation, and brain-body interactions
• Neurodegeneration, aging, and mechanisms of neuronal vulnerability
• Synaptic, circuit, systems, and behavioral neuroscience
• Computational neuroscience, neural data science, and AI-enabled neurobiology
• Neurogenetics, genomics, and molecular mechanisms of neurological disease
• Developmental neuroscience and neurodevelopmental disorders
• Neurovascular biology, blood-brain barrier biology, and brain metabolism
• Neuromodulation, gene therapy, cell therapy, and precision neuroscience

The initial phase of the search is led by a committee composed of faculty from multiple departments and divisions rather than by a single hiring department. This phase is designed to identify leading candidates across the breadth of the search area and to consider how their scholarship could contribute to, and be advanced by, the University’s scientific programs and intellectual environment.

During an initial campus visit, candidates will meet faculty from multiple departments, institutes, and programs.

A follow-up visit will be organized by the departmental affiliation(s) best suited to support each candidate’s work and long-term success. Additional information about the selection principles and the broader division-wide recruitment strategy is available here: BSD Faculty Recruitment.

This search is one of five coordinated, open-rank searches through which…