The position is for a Senior Data Scientist focused on Public Healthcare Fraud Detection & Linked Data Analytics.
This role involves leading advanced analytics and AI/ML modeling initiatives to detect and mitigate fraud in public healthcare programs.
Responsibilities include designing and implementing innovative fraud detection algorithms and integrating large-scale, multi-source datasets.
The candidate will translate complex data into actionable insights for both technical and policy audiences.
Collaboration with stakeholders and mentoring project teams is essential, ensuring adherence to secure, compliant, and reproducible analytical practices.
This is a part-time, remote role that allows for a significant impact on the integrity of federally funded programs while working in a collaborative and professional environment.
Requirements:
A minimum of 10 years of experience in data science, statistical modeling, and AI/ML analytics, with a proven track record of operationalizing advanced solutions is required.
Expertise in fraud detection, anomaly detection, or risk scoring in healthcare, finance, or other regulated sectors is necessary.
Experience in integrating and linking large-scale, multi-source datasets, including restricted and unstructured data is essential.
Proficiency in Python, R, and distributed processing frameworks (e.g., Spark) is required, along with experience in secure cloud environments.
A deep understanding of statistical methods, supervised and unsupervised learning, and explainable AI techniques is needed.
Familiarity with federal data privacy laws and secure data handling practices (HIPAA) is required.
Excellent written and verbal communication skills are necessary to convey technical insights to varied audiences.
A Master’s or PhD in Data Science, Statistics, Computer Science, Applied Mathematics, or a related discipline is required.
Benefits:
The position offers a flexible, remote work arrangement suitable for a part-time schedule, estimated at 40 hours per month.
There is an opportunity to contribute to public healthcare fraud prevention at a national scale.
The work environment is collaborative, supportive, and professionally enriching.
Engagement with cutting-edge AI/ML technologies and analytical methods is a key benefit.
Career development and mentorship opportunities within a specialized field are provided.