Analyze manufacturing plant and process data to identify patterns, anomalies, and optimization opportunities.
Utilize the Seeq platform for: Time-series analysis; Root-cause investigations; Process monitoring and visualization
Develop and deploy machine learning models for: Predictive maintenance; Process efficiency improvement; Quality and yield optimization
Collaborate closely with plant, engineering, and operations teams to understand real-world process challenges.
Translate business and operational requirements into data science solutions.
Build and maintain data pipelines, analytical datasets, and workflows.
Monitor, evaluate, and continuously improve model performance in production environments.
Present actionable insights through dashboards, reports, and stakeholder discussions.
Ensure data quality, reliability, and governance across manufacturing data sources.
Drive the adoption of data-driven decision-making across plant operations.
Skills & Requirements
6+ years of experience in Data Science and Advanced Analytics.
Hands-on experience in manufacturing, industrial, or plant environments.
Strong working knowledge of Seeq (industrial analytics platform) for time-series analysis, including both Seeq Workbench and Seeq Data Lab (using the Seeq SPy library).
Proficiency in Python (Pandas, NumPy, Scikit-learn) and SQL.
Strong understanding of: Machine Learning (regression, anomaly detection, and predictive modeling); Statistical modeling and hypothesis-driven analysis; Time-series and sensor data analytics
Experience building and deploying predictive models for: Predictive maintenance' Process optimization; Quality and yield improvement
Ability to work with sensor data, process data, and operational datasets.
Strong analytical thinking, troubleshooting, and root-cause analysis capabilities.
Good-to-Have Skills
Experience in industries such as: Oil & Gas; Chemicals; Manufacturing
Knowledge of MLOps, including model deployment, monitoring, and pipeline management.
Exposure to optimization techniques for industrial processes.
Exposure to cloud platforms such as Azure, AWS, or GCP.
Familiarity with: Data visualization tools; Real-time and streaming data analytics; Data engineering concepts, including ETL, data pipelines, and data lakes