192 parallel-computing-numerical-methods research jobs at University of British Columbia
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, enabled through digital health technologies in Africa (Kenya, Uganda + more). The Trainee will be working on a program with over 15+ years (Smart Discharges Child, Smart Discharges Mom&Baby, Smart Triage
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the respective groups. Work Performed Assist senior lab members with planning and performing complex animal techniques, including minor surgical procedures, sample collection and development of new methods
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slicing, hybridization- and immuno-histochemical detection methods. Animal breeding and husbandry, blood sampling and tissue harvesting, minor surgical procedures and postoperative care. Responsible
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research. Experience working within, collaborative environments. Computer experience and competency with Microsoft Word, Outlook, PowerPoint, Excel, and Endnote. Knowledge of qualitative and quantitative
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students engaged in various aspects of ELM development. Work Performed: Participate in the design and development of ELMS and biofabrication processes using various methods including molding and 3D printing
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projects. The nature of the work demands planning the sequence of duties and work methods in consultation with the LOA Manager. The Archaeology Collections Research Assistant must exercise good judgement
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technology. Moreover, the close connection with the clinical environment allows for translation of novel methods to our cancer clinics in Canada (Vancouver, Victoria, and Kelowna) and beyond. RESPONSIBILITIES
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career. Job Summary The Research Assistant will work on a variety of projects within the Men's Health Research (MHR) program (http://menshealthresearch.ubc.ca/ ), including the Reducing Male Suicide
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methods for investigators with novel research projects. The incumbent is expected to keep abreast of techniques and developments in their area of expertise. Exceptional organizational skills, as well as a
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(LAFOV) PET/CT scanner, and aims to push the limits of modern technology. Moreover, the close connection with the clinical environment allows for translation of novel methods to our cancer clinics in