Principal Data Scientist

About this role

Risepoint is an education technology company that helps regional universities launch and grow online programs for modern learners. Risepoint supports more than 100 universities and colleges across five countries, with programs concentrated in high-demand fields including nursing, healthcare, teaching, business, technology, and public service. Our suite of products and services supports the full student journey and each university’s long-term goals. Together, we increase access to affordable education that delivers a strong return on investment for learners and meets employer and community needs. Learn more at risepoint.com.

The Impact You Will Make

As a Principal Data Scientist, you will lead data science and machine learning initiatives that improve outcomes for students, university partners, and Risepoint.

This is a hands-on technical leadership role. You will work across the data science lifecycle, from defining the problem and building models to experimentation, production deployment, and measuring business impact. You will also help set the technical direction for the team, mentor other data scientists, and work closely with Product, Engineering, Customer Experience, and Partnership teams.

How You Will Bring Our Mission to Life
What You Will Do
Data Science Leadership & Business Impact

• Lead data science and AI/ML initiatives from problem definition through implementation and measurement.

• Turn ambiguous business problems into clear data science opportunities, analytical approaches, and measurable outcomes.

• Own the technical direction of assigned initiatives and make clear recommendations when technical or business tradeoffs arise.

• Work closely with Product, Engineering, Customer Experience, Partnership, and university partner teams to put data science solutions into practice.

• Identify new opportunities where machine learning, experimentation, causal inference, optimization, or AI can improve student and business outcomes.

• Communicate findings and recommendations clearly to technical teams, business partners, and senior leaders.

Machine Learning & Advanced Analytics

• Build and improve predictive models for areas such as enrollment propensity, retention and churn risk, engagement, student success, personalization, and next best action.

• Choose modeling approaches appropriate to the problem, including supervised and unsupervised learning, recommendation methods, causal inference, and uplift modeling.

• Develop strong feature engineering and modeling approaches that can be reused across projects.

• Work with a range of structured and unstructured data, including CRM, LMS, behavioral, communication, and speech analytics data.

• Evaluate models using appropriate performance, calibration, explainability, and business metrics.

• Use real-world outcomes to improve models after they are deployed. Maintain strong standards for model validation, documentation, reproducibility, and responsible use of machine learning.

Experimentation & Measurement

• Design and lead A/B tests that measure whether model-driven interventions improve enrollment, retention, engagement, and other outcomes.

• Work with Product and business teams to define what should be tested, how success will be measured, and how results will inform decisions.

• Use causal inference, uplift modeling, and related approaches when traditional A/B testing is not practical or when treatment effects vary across groups.

• Distinguish between statistical significance and meaningful business impact.

• Translate experiment results into clear recommendations about whether to launch, change, expand, or stop an approach.

Production ML

• Build production-ready data science solutions using Python, SQL, Databricks, MLflow, and related technologies.

• Partner with Data Engineering and Engineering teams to move models into production and make sure the required data and feature pipelines are reliable.

• Define model monitoring requirements for performance, data quality, drift, and business outcomes.

• Maintain appropriate testing, versioning, documentation, and governance throughout the model lifecycle.

• Investigate production model issues and work with engineering partners to resolve data, pipeline, or serving problems.

• Contribute to automated testing, CI/CD, and model deployment practices without being expected to own the underlying engineering platform.

Technical Leadership & Mentoring

• Provide technical leadership on complex data science initiatives and help other data scientists work through difficult modeling and measurement problems.

• Mentor data scientists through code reviews, modeling reviews, experiment design, pair work, and knowledge sharing.

• Help establish practical standards for model development, experimentation, validation, documentation, explainability, and responsible AI.

• Introduce new methods and tools when they can meaningfully improve how the team works.

• Work with Product, Engineering, and Data Engineering to continuously improve how data science moves from development into production.

• Help shape the Data Science and AI roadmap by identifying opportunities and informing technical priorities.

What Success Looks Like

• Data science solutions are deployed and produce measurable improvements in student or business outcomes.

• Models are well validated, monitored in production, documented, and connected to real-world results.

• Experiments provide reliable evidence that helps Product and business teams make better decisions.

• Complex or ambiguous problems are turned into clear data science approaches and actionable recommendations.

• Models move effectively from development into production through strong partnership between Data Science and Engineering.

• Other data scientists grow technically through your mentorship and leadership.

• Cross-functional partners see you as a trusted technical leader who can drive complex data science initiatives and communicate…