The Mind Research Network (MRN), in partnership with Lovelace Biomedical Research Institute (LBRI), invites applications for a faculty position in translational neuroscience. The successful candidate will join a team of outstanding investigators who are eager to shape the future of translational neuroscience through collaborative, high-impact research that advances the understanding, diagnosis, prevention, and treatment of brain and behavioral disorders.
Recruitment is focused on exceptional investigators at the advanced assistant professor or associate professor level, although appointment and rank will be commensurate with qualifications and experience.
This recruitment coincides with the installation of a new MEGIN TRIUX™ neo magnetoencephalography (MEG) system, further expanding MRN's world-class neuroimaging capabilities. The TRIUX™ neo complements MRN's research-dedicated Siemens Prisma 3T MRI, research-dedicated mobile MRI program, and advanced neuro-informatics resources, creating an exceptional environment for innovative, multimodal translational neuroscience research.
We seek an innovative, collaborative investigator with an established or emerging independent research program who will leverage MRN's advanced neuroimaging infrastructure, multidisciplinary research community, and strategic partnerships to build a nationally recognized translational neuroscience program.
The successful candidate will join a highly collaborative scientific community where research spans advanced neuroimaging, computational neuroscience, biomarker discovery, mechanistic neuroscience, clinical investigation, and nonclinical model systems. Close collaborations across MRN, Lovelace Biomedical Research Institute, and the University of New Mexico create unique opportunities to integrate human neuroimaging with mechanistic studies, biomarker discovery, and clinical research while developing innovative, high-impact collaborative programs.
Research Areas of Interest
Candidates research should use multimodal neuroimaging—including MEG and/or MRI to investigate:
Researchers working in related areas that leverage advanced neuroimaging, computational methods, mobile MRI, or multidisciplinary collaborations are also encouraged to apply.
A Unique Research Setting
Albuquerque offers access to diverse urban, rural, tribal, and underserved populations, supporting innovative community-engaged, longitudinal, and translational neuroscience research while providing an exceptional quality of life.
Work is performed in a dry laboratory environment. Will operate standard office equipment and will frequently stand, walk, sit, perform desk-based computer tasks, use a telephone, perform repetitive motions and occasionally lift objects that weigh up to 20 pounds. May interact with research participants.The above is intended to describe the general requirements for the position and should not be interpreted as an exhaustive statement of physical requirements. The Institute will provide reasonable accommodation to any employee with a disability who requires an accommodation to perform the essential functions of the position.
Salary is commensurate with experience.
Lovelace Biomedical is an Equal Opportunity Employer
Building on a history of pioneering science and technological innovation, Lovelace Biomedical is a contract research organization that helps pharmaceutical and biotechnology companies advance their discoveries—no matter how complex—into clinical testing and beyond. The organization leverages a multidisciplinary toolset to push the limits of preclinical research and fully understand the behavior of its clients’ investigational products. Lovelace Biomedical provides a unique experimental breadth and logistical capacity to solve specialized challenges that other CROs are not equipped to handle, featuring expansive bio-secure facilities and ongoing access to industry-leading scientific experts. The team thrives on developing programs for complex diseases, emerging drug classes and delivery mechanisms, and challenging areas of drug development while delivering the same level of rigor and attention to seemingly straightforward studies that are just as critical to regulatory success.
