372 algorithm-development-"Prof"-"Washington-University-in-St"-"Prof" positions at Princeton University
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second year or more is not eligible. Responsibilities The successful candidate will assist with all aspects of research, including (1) developing materials and programming experiments, (2) recruiting and
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, workshops and receptions. Writing and content development: Research and write content that elevates LISD's events/programs, work of faculty, students, and alumni, including, but not limited to: announcements
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Qualifications Candidates should have technical knowledge of the craft of painting and drawing that includes how to prepare various grounds, the uses of a variety of mediums in oil and acrylic, and how to build
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. Responsibilities Strategic Sourcing Develop compelling business cases to deliver long term value through the synthesis of analytics, stakeholder requirements, and market dynamics for complex and challenging
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systems; arrange loaners phones/laptops for international travel; assist with faculty activities reporting; scanning and copying; update listserv. Assist faculty in coursework - prepare coursework
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laboratories. This internship offers a unique opportunity to develop skills at the intersection of plasma physics, fusion energy, and high-energy-density diagnostics. A U.S. Department of Energy National
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excellent teaching credentials. Master's degree or enrollment in a Ph.D. program required; Ph.D. preferred. Experience in culture-based instruction, integration of new technologies and curriculum development
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indirectly support DDSS-supported projects or its mission. Candidates will be able to apply and further develop their technical skills in a dynamic research environment. The successful candidate will have the
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drawing that includes how to prepare various grounds, the uses of a variety of mediums in oil and acrylic, and how to build stretchers and other painting supports. They should be adept at working with
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-assembly, and soft condensed matter. The successful candidates will develop computer simulation approaches to understand compartmentalization inside cells (i.e., formation of biomolecular condensates) and to