Research Scientist

Northeastern University•Boston, MA

About The Position

Northeastern University is seeking a highly motivated Research Scientist to lead computational modeling efforts investigating the effects of non-ionizing electromagnetic fields on the human nervous system. Under the direction of Prof. Yarossi, the Research Scientist will develop realistic head models, tissue segmentation pipelines, and E-field simulations, as well as biophysical neuron models. The position collaborates closely with the Northeastern Center for Translational Neuroimaging and supervises a Research Engineer and a graduate student supporting the project. The role requires a PhD in Electrical and Computer Engineering, Biomedical Engineering, Physics, or a closely related field, along with demonstrated experience in computational modeling of electromagnetic fields in biological tissue and/or neuron modeling. U.S. citizenship is required due to federal government contract requirements; security clearance is not required. The expected hiring range is $67,855.00–$95,845.00. Starting salary depends on factors including education, experience, location, knowledge, expertise, skills, and comparison with similarly situated employees. Northeastern University offers a comprehensive benefits package to benefit-eligible employees.

Requirements

PhD in Electrical and Computer Engineering, Biomedical Engineering, Physics, or a closely related field.
Demonstrated experience in computational modeling of electromagnetic fields in biological tissue and/or neuron modeling.
Experience with E-field simulation platforms such as SimNIBS, Sim4Life, CST Studio Suite, or ANSYS HFSS.
Experience with neuron modeling software such as NEURON, or with neural mass modeling approaches.
Strong background in numerical methods, biophysical modeling, and simulation of neural dynamics.
Ability to independently lead technical work and mentor junior staff.
Strong written and oral communication skills for scientific reporting and publication.
U.S. citizenship is required. Security clearance is not required.

Nice To Haves

Prior experience modeling the effects of electromagnetic fields on biological tissue is strongly preferred.

Responsibilities

Lead the creation of realistic head models for E-field simulation, including development of computational modeling pipelines.
Conduct numerical simulations of neural activity using point models, cable models, and neural mass models.
Implement biophysically realistic, multi-compartment neuron models to estimate electromagnetic field effects on neural tissue.
Supervise and mentor the Research Engineer and graduate student on computational modeling tasks.
Contribute to technical reporting, manuscript preparation, and dissemination of findings.