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. Responsibilities Writing codes(C++, Python, MATLAB) and running simulations related to modeling complex disordered structures, troubleshooting, and refining codes. Working with the advisor in analyzing and
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research support. Responsibilities Design and print 3D models, develop Python code, perform experimental spectroscopy tasks, analyze images through Python, write papers, and present research at conferences
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progress and discuss research questions. Responsibilities Perform programming for research tasks and report progress weekly. Required Qualifications Proficiency in Python programming; relevant experience
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analyzing large data sets, for example, using Python on IQVIA databases that contain billions of claims records and dispensing records. Assist faculty and graduate researchers with statistical modeling
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and analysis (e.g., MATLAB, Python, LabVIEW). Desired Qualifications Prior experience with SPDC-based entangled photon sources. Experience in vacuum systems, optomechanics, or ultrafast laser systems
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support tasks. Required Qualifications Familiarity with Python Completion of CPSC 231 Experience explaining basic programming concepts Comfort speaking in front of large groups Ability to quickly debug
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develop visual reports, dashboards and KPI scorecards using Microsoft Power BI. Process data using Excel/Python/SQL. Clean and merge datasets of various sizes. Work closely with the Data and Systems Analyst
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develop visual reports, dashboards and KPI scorecards using Microsoft Power BI. Process data using Excel/Python/SQL. Clean and merge datasets of various sizes. Work closely with the Data and Systems Analyst
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., Python) to compile, clean, analyze, and verify large data sets: First-Destination Survey (FDS), employer surveys, and KPIs, including student and employer engagement/satisfaction data, event attendance
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and analysis (e.g., MATLAB, Python, LabVIEW). Desired Qualifications Prior experience with SPDC-based entangled photon sources. Experience in vacuum systems, optomechanics, or ultrafast laser systems