204 computer-science-intern-"https:"-"https:"-"https:"-"https:" positions at The University of Alabama
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to be eligible for on-campus student employment. Applicants must be enrolled in a UA degree program and meet minimum credit hour requirements during the academic year: Undergraduate Students must be
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program and meet minimum credit hour requirements during the academic year: Undergraduate Students must be registered for at least 6 credit hours during fall/spring semesters; Graduate Students must be
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Summary: The CrossingPoints Associate assists with advising students in the CrossingPoints program with admission concerns and certificate requirements, progress toward certificate, and successful
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to work with various groups of people. Basic desktop computing skills. Excellent verbal and written communication skills. Excellent interpersonal skills. Background Investigation Statement: Prior to hiring
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training and promoting a safe, hospitable, and respectful workplace. Has personal accountability for financial reporting and responsibility for establishing, enforcing, and following internal processes and
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renewal process that occurs annually as well as ongoing organization management. Provides direction and oversight for the office’s student leadership development program that supports targeted student
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are 8:30am-5:30pm Monday - Friday and closed on weekends. Required Minimum Qualifications: General computer knowledge and strong people skills. Preferred Qualifications: Business or math major with
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work environment. Has personal accountability for financial reporting and responsibility for establishing, enforcing, and following internal processes and controls as outlined in UA policies and
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supplies to all College of Community Health Sciences (CCHS) facilities, including the Student Health Center and all University Medical Center community clinics. Performs physical activities related
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and advance new materials, understand their fundamental properties, and develop novel processes for synthesis, fabrication, and manufacturing using advanced experimental and computational approaches