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Teaching Fellows are represented by the UAW-AFL-CIO . Program: https://economics.ucmerced.edu/graduate-program School: https://ssha-grad.ucmerced.edu/ Qualifications Basic qualifications Qualifications (must
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and Teaching Fellows are represented by the UAW-AFL-CIO . Program: https://cogsci.ucmerced.edu/graduate-program School: https://ssha-grad.ucmerced.edu/ Qualifications Basic qualifications Qualifications
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for a full-time postdoctoral research position in Professor Henrik R. Larsson’s Theoretical Chemistry/Computational Physics group at University of California, Merced. The postdoctoral scholar will work
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are represented by the UAW-AFL-CIO . School: https://ssha-grad.ucmerced.edu/ Program: https://philosophy.ucmerced.edu/?_gl=1*yfyn1b*_ga*MjEwMzY5NTY4OS4xNzMwMjIwOTYz*_ga_TSE2LSBDQZ
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. These pedagogy courses include general education topics combined with a focus on teaching STEM disciplines. The candidate will have opportunities to engage in program building efforts and have an extensive impact
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anticipates hiring multiple Readers for the below courses for Summer 2026: ENGR 065: Circuit Theory ENGR 120: Fluid Mechanics ENGR 130: Thermodynamics ME 021: Engineering Computing ME 120: Component Design ME
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Learning Assistant/Remedial Tutor in Mechanical and Aerospace Engineering: Summer 2026 (Anticipated)
ENGR 120: Fluid Mechanics ENGR 130: Thermodynamics ME 021: Engineering Computing ME 120: Component Design ME 137: Computer Aided Engineering Other courses as needed See catalog for course descriptions
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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 instructor will be
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Pull Notice Program. Qualifications Basic qualifications • Bachelor’s degree in life or physical sciences, communications, environmental studies, education, or related field. • Minimum of one year of
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will work on a DOE-funded SciDAC project Moving Electrons through Space and Time: Enabling the Quantum Dynamics of Chirality-Induced Spin Selection Through Novel and Scalable Computational Methods