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), Monday through Friday. Must be willing and able to pass a national criminal background check. Preferred Qualifications: Master’s degree in biology, molecular biology, chemistry, genetics, or related field
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epidemiology, simulation modeling, machine learning, and health economics to 1) improve health outcomes for vulnerable populations, 2) uncover structural factors that drive health inequities, and 3) inform
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project focused on precision editing of induced pluripotent stem cells (iPSCs). This role is central to advancing our capabilities in disease modeling and therapeutic discovery in the field of Down Syndrome
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programmatic/clinic operations, tactical planning, and regulatory efforts within the Day Programs Lead efforts to monitor and maintain fidelity to standards of practice and clinical models used within the Day
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, including patient rights, in an outpatient clinical setting. Models-based practice and participates in developing and reviewing policies and procedures. Projects & Process Improvements (20%) Develops
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biology. Strong background in protein and antibody engineering, including purification and affinity maturation. Proficiency in molecular biology techniques, tissue culture, and disease modeling. Ability
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specimens, EM image analysis using various software packages, EM map and atomic model refinement. Summarize, interpret and communicate experimental results Writing of scientific papers for peer-reviewed
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experience by maintaining competency in the subject matter being taught, preparing teaching materials in alignment with current best practice guidelines, and serving as a role model to students
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Collaborate with researchers from other programs within the Crnic Institute (clinical, experimental models, data teams) to accomplish project goals and share research results Assist senior staff in the design
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for the research include advanced applied computational methods development, theory, NeuroAI, and motor control. Duties include developing neural network models which emulate the mechanisms at play among the brain