Research Associate in the Department of Neurosurgery specializing in Neuroengineering and Translational Nerve Repair

Responsibilities

• Working with the principal investigator to lead translational research in rodent and porcine models of nerve and spinal cord injury
• Developing neuroprotective therapeutics, engineered tissues, and implantable devices
• Managing interdisciplinary teams and coordinating with CROs
• Supporting grant submissions, intellectual property filings, and early-stage translational activities
• Disseminating findings through peer-reviewed publications and national presentations
• Co-teaching academic entrepreneurship courses for graduate and professional students

Requirements

• Expertise in the specific area of peripheral nerve injury, spinal cord injury, and regenerative technologies, with emphasis on clinically relevant outcome measures in both small and large animal models
• Experience in neural tissue biofabrication, including biomaterial characterization, in vitro modeling, therapeutic screening, and in vivo implantation
• Additional expertise in nerve fusion and the delivery and evaluation of neuroprotective drugs

Qualifications

• A Ph.D. or equivalent degree
• A demonstrated record of high-impact research and innovation in neural repair, with a minimum of four years of postdoctoral experience
• Prior involvement in NIH-, DoD-, or VA-funded research is strongly preferred
• Experience in managing sponsored research projects, including coordination with internal and external collaborators, budget oversight, and regulatory compliance
• Experience in commercialization activities—such as patent filings, industry collaborations, or early-stage venture formation—is highly valued
• A strong record of securing intramural and extramural funding

Benefits

• Opportunity to gain experience in translational neuroscience
• Develop research independence
• Contribute to patents and translational ventures
• Collaborate with clinical and industry partners
• Mentor students at the interface of basic science and translation through teaching and project-based learning

Pay

Salary is commensurate with experience.

Schedule

The schedule is flexible to accommodate research needs.

Skills

• Strong research and innovation skills in neural repair
• Experience in neural tissue biofabrication
• Expertise in nerve fusion and neuroprotective drug delivery
• Ability to manage interdisciplinary teams and coordinate with CROs
• Excellent communication and teaching skills

Benefits

• Flexible schedule
• Competitive salary
• Professional development opportunities
• Collaborative environment