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KEVIN RUSHING

DATA SCIENTIST & AI ENGINEER

Architecting intelligent data ecosystems where engineering rigor meets predictive intelligence. I design ML-native platforms that transform raw signal into automated foresight — shipping Prophet models, Snowpark pipelines, and AI-driven decision systems at scale for NielsenIQ.

SNOWFLAKE SNOWPARK PYTHON PROPHET ML PREDICTIVE MODELING AI WORKFLOWS DATA ARCHITECTURE SCIKIT-LEARN

IMPACT METRICS

0
ROWS MODELED
7-DAY
FORECAST HORIZON
0
YRS BUILDING DATA SYSTEMS

CORE SYSTEMS

SNOWFLAKE / SNOWPARK 100%
PYTHON / PANDAS / NUMPY 97%
PREDICTIVE ML (PROPHET / SCIKIT) 95%
DATA PIPELINE ARCHITECTURE 97%
AI/ML WORKFLOW DESIGN 92%
AZURE DATA FACTORY / CLOUD OPS 88%

MISSION LOG

NielsenIQ 2018 - PRES
Senior Data Scientist & AI Engineer
  • Designed and deployed Prophet-based time-series forecasting models natively in Snowpark — imputing missing market data across 100M+ row datasets with production-grade accuracy and zero external infrastructure.
  • Architected the enterprise-wide unified data ingestion framework for the MMR organization, consolidating fragmented streams into a single, ML-ready analytical layer that accelerated model development cycles by weeks.
  • Built end-to-end Python automation pipelines in Snowflake that cut data delivery latency by 7 days while expanding downstream coverage and model readiness for predictive workloads.
  • Pioneered the team's evolution from reactive ETL to intelligence-first data workflows — embedding predictive logic, anomaly detection, and automated feature engineering directly into the data platform.
  • Engineered AI-augmented data quality systems that autonomously detect statistical anomalies and flag data drift before it reaches production models.
UAMS 2016 - 2018
Data Systems Engineer
  • Re-architected legacy donor database systems into a modern, query-optimized analytics platform serving institutional research, reporting, and early-stage predictive initiatives.
  • Designed and automated ETL pipelines with Python, eliminating manual QA bottlenecks and reducing data latency by 80% — laying groundwork for data-driven decision-making at scale.
  • Introduced programmatic data validation layers that became the institutional standard for cross-departmental data integrity and downstream model trust.
UALR 2014 - 2016
Systems & Data Engineer
  • Managed enterprise database systems and built foundational data engineering practices — designing the reliable data infrastructure that later enabled analytical and ML workloads at scale.

ACTIVE VECTORS

Current research and build focus:

ML OPS
FORECASTING
AI AGENTS
ALPINE

Base of Operations: Colorado Rockies