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loading regimes (i.e. quasi-static, fatigue and impact) and in presence of environmental effects, for example driven by temperature variation, moisture uptake and oxidation. This will entail working across
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practice, internal medicine, urgent care, or another related field) Previous experience performing office-based procedures and/or microscopy (i.e., wet preps) Previous experience working with patients 17-30
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, Appointment Type: Temporary, Time Basis: Full Time, Job Search Category/Discipline: Research, Workplace Type (Exclude Inst Fac): On-site (work in-person at business location) https://apptrkr.com
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experience in a research laboratory. Demonstrated experience with wet chemistry techniques. Familiarity with acid digestion, drying/ashing, or electrodeposition techniques. Position Sponsorship Eligibility
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programming and some wet-lab work. The doctoral position is part of the research school within DDLS (Data Driven Life Science). The doctoral student will primarily work together with their main and co
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stoop; push and pull, lift and lower objects up to 50 lbs.; push and pull, lift or lower objects weighing up to 70 lbs. with assistance. Ability to work indoors and outdoors, in wet or humid weather, and
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test equipment. Use of refrigeration gauges, leak detectors, etc. Working Conditions Needs to be able to successfully perform all required duties. Exposure to outside environments, hot, dry, wet, and
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the context of collaborations with wet-lab biologists, both on campus and with external partners. The role will primarily involve applying tools developed within the team, as well as standard single-cell
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Engineer specializing in wet processes for next‑generation semiconductor packaging, you will lead the development of processes such as electroplating, cleaning, and etching within our pilot‑line environment
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including microCT imaging, drug administration, tumor induction, and dissections. Wet-lab research involving tissue culture and mouse models investigating mechanisms of squamous and/or small cell lung cancer