Inabia Software & Consulting-posted 1 day ago
Full-time • Mid Level
Bellevue, WA

Hands-on developer in building models in complex data environments with unambiguous requirements and enjoys data. Advance causal inference techniques to improve outage predictions measurement, including uplift modeling, propensity scoring, and Bayesian methods. Develop forecasting models to predict outages performance, resource allocation impacts, and long-term customer impacts for operations teams. Enhance ad testing methodologies, including A/B testing, synthetic control experiments, and incrementally testing, to measure efficiency accurately. Optimize operational team decisioning, using reinforcement learning, Bayesian optimization, and econometric modeling. Work closely with data engineers to scale and automate model deployment, integrating ML solutions into production environments.

  • building models in complex data environments
  • Advance causal inference techniques to improve outage predictions measurement
  • Develop forecasting models to predict outages performance, resource allocation impacts, and long-term customer impacts for operations teams
  • Enhance ad testing methodologies, including A/B testing, synthetic control experiments, and incrementally testing, to measure efficiency accurately
  • Optimize operational team decisioning, using reinforcement learning, Bayesian optimization, and econometric modeling
  • Work closely with data engineers to scale and automate model deployment, integrating ML solutions into production environments
  • Bachelor's Degree Quantitative Field (math, statistics, economics, computer science, physics, engineering, etc.) (Required)
  • Proven experience in Fault Prediction models, with a focus on attribution modeling, causal inference, and model mix optimization
  • Strong background in machine learning, fault metrics, and statistical modeling RAN applications
  • Expertise in Python, SQL, and cloud platforms (Azure, Snowflake, Databricks) for scalable modeling and data processing
  • Experience with experimental design and incrementality testing in telecom RAN networking subject areas
  • Ability to communicate complex data science concepts to both technical and non-technical stakeholders, influencing business decisions
  • Master's/Advanced Degree Quantitative Field (math, statistics, economics, computer science, physics, engineering) (Preferred)
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