60 evolution-"https:"-"https:"-"https:"-"https:"-"https:"-"https:"-"U.S"-"St" positions at HHMI in United States
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Hands-on experience in a dynamic and immersive research environment. Opportunities for authorship on scientific publications. Direct mentorship and formalized professional development support. Conference
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. Professional development opportunities and being part of an engaging intern cohort. This position will be compensated at a rate of $17.65-$20.00/hour for an undergraduate student and $20.00-$24.00/hour for a
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memories to guide learning and navigational behaviors and the molecular mechanisms underlying diverse plasticity rules across mushroom body compartments in Drosophila, and the development of new tools
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hoping to work as part of a team to advance scientific research on autism and human evolution in a challenging, intellectual environment, run by dedicated scientists and lab members who are passionate
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, presentation development, and be a resource for reviewing and proofreading documents from draft form Work with researchers on visa and academic appointment issues Order office supplies and reconcile monthly
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Relations Manager. Opportunities to develop, apply, and hone your skills in the areas of communication, writing, research, and data analysis. Professional development opportunities and being part of
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. The internship will combine discovery, content development, and teaching, with the goal of leaving behind reusable resources that staff can continue to utilize for the foreseeable future. This is a full-time (40
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strong skillset foundation that prepare candidates for graduate or medical school. Professional development opportunities including access to weekly Harvard seminars, virtual HHMI talks, scientific
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certification during the course of the internship. Professional development and being part of an engaging intern cohort. This position will be compensated at a rate of $18.00/hour. What You’ll Do: Learn about and
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of cells (both in the brain and in the body) that are disrupted in neuropsychiatric and neurological diseases. Our recent work includes the development of a new class of activity-dependent enzymes that tag