658 parallel-computing-numerical-methods-"Simons-Foundation" positions at Northeastern University in United States
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fund-raising program for alumni, parents, and friends of CSSH, COS, CAMD, and NUSL. They discover, build, and manage a portfolio of 120+ prospective donors who exhibit considerable promise for evolving
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. Effectively set goals, multi-task, and manage time. Display self-motivation and initiative. Computer literacy requirements, including a strong working knowledge of Microsoft Windows environment including MS
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education programs?our signature cooperative education program, as well as student research, service learning, and global learning?build the connections that enable students to transform their lives
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of Bachelor's degree in Information Technology, Computer Science, Business Administration, or related field, or equivalent combination of education and experience and five years of experience in IT support
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strategies for their cultivation and soliciting gifts. The Assistant Director of Major Gifts, working with the Director of Development, carries out interdisciplinary major gifts fund-raising program for alumni
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have routine solutions. Regularly pitches new projects or process which will enhance portfolio/program/project effectiveness and further evolution. Attention to detail but able to see and communicate
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logistics and supply chain,. In addition to teaching, the position may require industry outreach to support experiential components of degree program curriculum within MIE. While not a requirement, the non
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Professor, and Professor), with interdisciplinary interests at the intersection of finance and computing technology. We are particularly interested in applicants with research and teaching experience in
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Engineering, Electrical and Computer Engineering, and Mechanical and Industrial Engineering departments. Interdisciplinary programming and research are areas of continued focus for the College of Engineering
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of computational materials discovery starting in Summer 2025. Our group is seeking to discover novel materials for renewable energy applications using high-throughput quantum chemistry calculations and data-driven