481 computer-programmer-"Diamond-Light-Source"-"Diamond-Light-Source" positions at University of Missouri
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QUALIFICATIONS One (1) year of experience as a surgical technologist. Completion of an accredited surgical tech program, the MU Health Care Surgical Tech program, or military training may be substituted. PREFERRED
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technologist. Completion of an accredited surgical tech program, the MU Health Care Surgical Tech program, or military training may be substituted. PREFERRED QUALIFICATIONS Training and experience in all areas
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a Nursing Clinical Ladder Program, a yearly incentive program that rewards bedside nurses for their dedication. We also provide Tuition assistance and nursing core courses to help nurses expand
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; or --Completion within the last three (3) years, or will complete within 180 days, an Unlicensed Assistive Personnel (UAP) training program and clinical log; or --Nursing licensure candidate who was unsuccessful
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, educator and clinical resource. Acts as a preceptor and/or participates in orientation of new employees and students as assigned. Acts as a liaison and communicates program goals and objectives. Participates
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. DETAILED JOB DESCRIPTION Gain practical work experience in department or area related to undergraduate program area of study. Demonstrate inclusive leadership skills and Culture of Yes behaviors while
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assistant, emergency medical technician, or surgical technician; or --Completion within the last three (3) years, or will complete within 180 days, an Unlicensed Assistive Personnel (UAP) training program and
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complete within 180 days, an Unlicensed Assistive Personnel (UAP) training program and clinical log; or --Nursing licensure candidate who was unsuccessful on the state licensure examinations in the past
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on experience Shift Differentials: Additional $8.00 per hour for Sat/Sun RN Weekend Program Shifts Sign-On Bonus: $25,000 Note: Details will be provided during the HR interview. Policy language is available upon
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The Marc Johnson Lab leads a cutting-edge research program exploring the complex interactions between viruses and their host organisms. The Johnson lab focuses on uncovering how viruses subvert host