Sedgwick is seeking a Principal Data Scientist to lead the design and development of advanced statistical and machine learning models that improve operational efficiency and risk management. The ideal candidate will have 8-12+ years of experience in data science, a Master's or PhD in a relevant field, and expertise in machine learning and statistical modeling. Responsibilities include mentorship of junior team members, collaboration with various departments, and development of predictive models. This role supports a data-driven approach to decision making in Owensboro, Kentucky.
Qualifications
8-12+ years of experience in data science, statistical modeling, or advanced analytics roles.
Deep expertise in machine learning algorithms and predictive analytics methodologies.
Extensive experience working with large, complex datasets in enterprise environments.
Responsibilities
Lead the design and development of advanced statistical and machine learning models.
Serve as technical authority for complex modeling initiatives.
Collaborate with stakeholders to identify high-impact analytical opportunities.
Skills
Machine learning algorithms
Statistical modeling techniques
Predictive analytics methodologies
Python programming
R programming
Large dataset manipulation
Model validation
Feature engineering
Performance evaluation techniques
Technical leadership
Education
Master’s or PhD in Data Science, Statistics, Mathematics, Computer Science, Economics
Tools
Distributed data processing tools
Job description
Sedgwick is seeking a Principal Data Scientist to lead the design and development of advanced statistical and machine learning models that improve operational efficiency and risk management. The ideal candidate will have 8-12+ years of experience in data science, a Master's or PhD in a relevant field, and expertise in machine learning and statistical modeling. Responsibilities include mentorship of junior team members, collaboration with various departments, and development of predictive models. This role supports a data-driven approach to decision making in Owensboro, Kentucky.