156 parallel-and-distributed-computing-"UNIS"-"Meta" positions at University of California, Merced
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of employment (parallel to tenure track). This position will have responsibilities to coordinate and teach undergraduate and graduate courses in all areas of Aerospace Engineering with an anticipated start date
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distributed computing, system software design and development for AI and digital twin applications, energy efficiency optimization, and contribute to innovative research aimed at improving food production
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. The candidate will have opportunities to engage in program building efforts and have an extensive impact on the growth and development of the CalTeach program. In addition to teaching the course(s), the
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- Please include the following in your cover letter: UC Merced Student ID Have you previously worked as LA at this program? If yes, what semester and for what courses? Why would you like to become a Learning
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and cold • Required to hold valid driver's license, have a driving record that is in accordance with local policies/procedures, and/or enroll in the California Employer Pull Notice Program. • Ability
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Position overview Position title: Lecturer Salary range: A reasonable estimate for an initial appointment is $70,977. See Unit 18 Lecturer table for the salary range for this position. These are academic year appointments and subject to the normal processes of academic review. Salary is...
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programs and courses, evaluation of program and course implementation, the development and growth of partnerships with districts, faculty, staff, students, and other community partners. Support the VISTA
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work at symposia and other venues. Curriculum Development Engage in, and collaborate on, curriculum and program development, pedagogical innovation, and other scholarly and professional activities
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. The SWF program is an innovative initiative designed to equip researchers with the knowledge and skills necessary to tackle the challenges of climate change and water resource management. By integrating
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through Space and Time: Enabling the Quantum Dynamics of Chirality-Induced Spin Selection Through Novel and Scalable Computational Methods. The project involves close collaborations with teams at University