Data Analyst (Remote) at Quality Talent Group Dearborn, MI

Data Analyst (Remote) job at Quality Talent Group. Dearborn, MI.About Our ClientOur client is a leading force in advancing safer, smarter AI technology. Their work has been featured in Forbes The New York Times , and other major outlets for pioneering high-quality, human-verified data that powers today's top AI systems.They have built a global community of expert contributors and have paid more than $500 million to professionals all over the world who help train, test, and improve next-generation AI models.Why Join This Team?Earn up to $50/hr , paid weeklyPayments via PayPal or AirTMNo contracts, no 9-to-5 - you control your scheduleMost experts work 5-10 hours/week, with the option to work up to 40 hours from homeJoin a global community of experts contributing to advanced AI toolsFree access to the Model Playground to interact with leading LLMsRequirementsBachelor's degree or higher in a quantitative, technical, or business discipline (e.g., Statistics, Mathematics, Data Science, Operations Research, Computer Science, Engineering, Economics, Finance, or similar)2+ years of experience in an analyst, consultant, or research role involving quantitative analysis, modeling, or forecastingDemonstrated experience working with datasets end-to-end: sourcing, cleaning, analyzing, and deriving insightsProficiency with data analysis tools such as Python, R, SQL, or similar, and familiarity with visualization methodsStrong problem-solving skills, attention to detail, and ability to clearly explain results to non-technical audiencesWhat You'll DoSupport the training of generative AI models by applying advanced analytical skillsFind and source open datasets relevant to business and research needsClean, transform, and prepare data for analysis and modelingBuild statistical or forecasting models to extract meaningful insightsCommunicate findings clearly, emphasizing implications and actionable recommendationsApply now and join the top 1% of data analyst experts worldwide to shape the future of AI.J-18808-Ljbffr