Master of Science in Healthcare Data Science Online

Turning healthcare and research data into better outcomes and new discoveries

The rapid growth of healthcare data—from electronic health records and claims to clinical trials and real-world evidence—has created unprecedented opportunities to improve patient outcomes, operational efficiency, and accelerate the discovery of transformative therapies and cures. At the same time, healthcare organizations face an urgent need for professionals who can apply data science, digital health, AI, and analytics responsibly within complex healthcare and research ecosystems.

The Master of Science in Healthcare Data Science (MHDS) curriculum at Northwestern University prepares students to meet this demand by combining:

Drawing on the strengths of the faculty, graduates emerge ready to translate data into action across career fields spanning healthcare delivery, life sciences, academia, digital health, and public health settings.

Next application deadline: October 15

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Headshot of Tim Owolabi, who graduated from the Northwestern SPS online MS in Health Analytics program

Northwestern stuck out because it blends informatics and data science. I knew that I would come out of the program with skills that I wouldn’t be able to acquire any other way.”

Timothy Owolabi, MD, MS in Health Analytics ('23)

Timothy's Full Story

Physicians need data to learn how to use new technology to help patients. Medicine is difficult to change and being part of that change is exciting. ”

Niccole Diaz, MS in Health Analytics ('22)

Niccole's Full Story

Niccole Diaz graduated from the Northwestern SPS MS in Health Analytics program in 2022

Why Healthcare Data Science at Northwestern?

A Modern Curriculum Built for Today’s Healthcare Challenges

The MHDS curriculum has been comprehensively redesigned based on external advisory board input, employer demand, and evolving industry roles. The program goes beyond traditional analytics to emphasize data readiness, AI-enabled and data driven workflows, and real-world application.

Students build practical skills in:

  • Programming & Data Engineering: Python, R, SQL, AI-assisted development
  • Statistical & Predictive Modeling: Exploratory analysis, inference, and forecasting
  • Machine Learning & AI: ML pipelines, LLMs, generative AI, and decision support
  • Healthcare Data Ecosystems: EHRs, claims, OMOP/FHIR, clinical research data
  • Ethics, Governance & Security: Responsible AI, privacy, and compliance
  • Data Visualization & Storytelling: Tools such as Tableau, Power BI, and strategic stakeholder communication

These skills are taught through hands-on exercises, case studies, and applied projects using real healthcare and research datasets.

Designed for Diverse Backgrounds and Career Goals

The MHDS program is intentionally structured to support students from clinical, technical, research, and business backgrounds.

Whether you are:

  • A healthcare professional seeking stronger data and AI skills
  • A data or analytics professional entering healthcare
  • A researcher working with clinical trials or real-world evidence
  • A leader driving digital and AI transformation
  • Professionals seeking to pivot or advance their careers
  • Recent graduates passionate about improving healthcare and business outcomes through data science, digital health, and AI

MHDS provides clear skill progression, optional certificates, and applied learning opportunities.

Core Skills You Will Gain

By completing the MHDS program, students will be able to:

  • Apply AI, machine learning, and data science methods to real-world healthcare and research problems
  • Clean, structure, and analyze complex healthcare datasets using Python, SQL, R, and AI-assisted tools
  • Navigate U.S. healthcare systems, payer models, provider workflows, and research data environments
  • Evaluate ethical, regulatory, and governance considerations for healthcare data and AI
  • Communicate insights effectively through data storytelling, visualization, and executive-ready narratives
  • Lead cross-functional analytics and AI initiatives across healthcare, research, and public health organizations

AI Is Integrated Throughout the Curriculum

Students gain hands-on exposure to:

  • Machine learning methods and model evaluation in healthcare contexts
  • Generative AI and large language models (LLMs)
  • Natural language processing and unstructured healthcare data
  • AI model training, validation, deployment, and lifecycle considerations
  • Scaling AI and analytics across healthcare organizations
  • Responsible, ethical, and governance-aware use of AI in healthcare and research

This approach reflects how AI is used in healthcare today—as a core capability embedded within data science and analytics workflows, not a standalone tool.

Real-World Learning Through Capstone Projects

The MHDS capstone experience allows students to apply their skills to real healthcare and research challenges, including:

  • Healthcare operations and quality improvement
  • Population health and payer analytics
  • Clinical trials and real-world evidence
  • AI-enabled decision support and strategy

Projects emphasize practical impact, ethical application, and executive communication, preparing graduates for real-world leadership roles.

Who Should Apply?

The MHDS program is ideal for:

  • Healthcare professionals transitioning into data-driven or analytics-focused roles
  • Analysts and data scientists seeking specialization in healthcare and life sciences
  • Researchers working with clinical, observational, or real-world data
  • Professionals interested in AI-enabled healthcare and digital health innovation
  • Professionals seeking to pivot or advance their careers
  • Recent graduates passionate about improving healthcare and business outcomes through data science, digital health, and AI

No prior programming or AI experience is required—students build skills progressively through the curriculum.

Master of Science in Healthcare Data Science Program Goals

As a student in the master's of healthcare data science program, you'll learn how to:
  • Transform, model, and visualize healthcare data using Python, SQL, R, and AI-assisted tools
  • Apply AI/ML techniques (e.g., LLMs, generative AI, agentic AI) to solve healthcare operations, research, and innovation problems
  • Evaluate regulatory, legal, and ethical implications of AI/data science in health settings
  • Translate complex data into strategy via storytelling and stakeholder communication
  • Lead interdisciplinary initiatives using change management, innovation frameworks, and digital health strategy

From the Faculty Director

Imran Khan, MHDS Faculty DirectorHealthcare is being transformed by data—but progress depends on people who know how to turn data into responsible action.

The Master of Science in Healthcare Data Science at Northwestern was designed for this moment. Today’s healthcare challenges demand more than technical skills alone. They require professionals who can work confidently with data, understand complex health systems, apply AI thoughtfully, and communicate insights that lead to real change.

This program brings together data science, artificial intelligence, healthcare domain knowledge, and leadership in a way that reflects how work is actually done across healthcare delivery, research, and innovation. Whether your background is clinical, analytical, or strategic, our goal is to help you build practical skills—and the judgment to use them responsibly.

Our graduates are not just learning tools. They are learning how to ask better questions, navigate complexity, and lead with impact in an AI-enabled healthcare future.

I invite you to explore the MHDS program and join a community committed to shaping the future of healthcare through data, integrity, and innovation.

Imran Khan, MBA, MS, PMP, ACP, CPHIMS, FHIMSS
Faculty Director, Masters in Healthcare Data Science

More about the Master of Science in Healthcare Data Science

Master of Science in Healthcare Data Science Online Courses

Explore detailed descriptions of Master of Science in Healthcare Data Science (MHDS) online courses.

Master of Science in Healthcare Data Science Admission

A variety of factors are considered when your application is reviewed. Background and experience vary from student to student. For a complete list of requirements, see the Admission page for SPS graduate programs.

Tuition and Financial Aid for Healthcare Data Science

Tuition for the Master of Science in Healthcare Data Science program at Northwestern is comparable to similar US programs. Financial aid opportunities exist for students at Northwestern. Complete details can be found on the Healthcare Data Science Tuition and Financial Aid page.

Registration Information for Healthcare Data Science

Get ahead and register for your classes as soon as possible to ensure maximum efficiency in your trajectory.

REGISTRATION POLICIES & CONTACTS

Careers in Healthcare Data Science

The Master of Science in Healthcare Data Science will meet a market demand for workers who have both knowledge of the healthcare domain and the skills needed to retrieve, analyze, and interpret a wide range of health-related data. The program will serve both students who have a health industry background and are looking to move into analytics and students who have a computer science or tech background who want to work in the health sector.

For details visit the Master of Science in Healthcare Data Science Career Options page.

Healthcare Data Science Faculty

Instructors in the Master of Science in Healthcare Data Science program at Northwestern are leaders in the field. They bring practical real-world experiences to the online classroom and engage with students on an interpersonal level. Get to know the instructors on our Healthcare Data Science Program Faculty page. 

Frequently Asked Questions

What is Northwestern's MS in Healthcare Data Science?

The MS in Healthcare Data Science (MHDS), previously the Master's in Health Analytics, is an online graduate program from Northwestern University's School of Professional Studies that prepares professionals to apply data, analytics, and AI to healthcare, research, and life sciences challenges.

Students build technical skills in programming, statistics, and machine learning alongside healthcare domain knowledge, governance, and leadership, so they can turn complex healthcare data into decisions that hold up in clinical, operational, and research settings.

How is Northwestern's MS in Healthcare Data Science different from similar programs at other schools?

The online MS in Healthcare Data Science at Northwestern distinguishes itself from similar programs at other insitutions in several ways:

  • Healthcare-focused approach: Rather than teaching data science in a general context, the curriculum applies analytics, machine learning, AI, and data visualization directly to healthcare, research, and life sciences challenges.
  • AI-integrated curriculum: Students gain practical experience with machine learning, generative AI, large language models (LLMs), and AI-enabled healthcare workflows while also exploring responsible AI, governance, and ethics.
  • Interdisciplinary perspective: Coursework combines technical training with healthcare systems knowledge, digital health, leadership, communication, and strategy.
  • Faculty expertise: Courses are taught by experienced healthcare, analytics, and technology professionals who bring real-world industry perspectives into the classroom.
  • Practical learning: Through applied projects, case studies, and a capstone experience, students learn how to translate data into actionable insights that drive organizational impact.

What courses are included in the MHDS curriculum?

The MHDS degree curriculum requires 12 courses: 10 core courses, including a capstone, and 2 electives.

Core courses cover foundational programming, the U.S. healthcare and digital health landscape, healthcare data literacy and SQL, data governance and AI ethics, health statistics, feature engineering and unstructured data, practical machine learning and AI, data visualization and storytelling, and healthcare strategy and AI leadership. Electives let students go deeper in areas such as predictive modeling, applied AI, cloud platforms, and digital twin intelligence in healthcare.

Do I need a healthcare background to succeed in the MHDS program?

No; the Master's in Healthcare Data Science program is designed for students from a variety of professional and academic backgrounds.

Students may come from healthcare, technology, business, research, public health, or life sciences. The curriculum builds foundational healthcare knowledge while progressively developing technical skills in programming, analytics, and AI, so both healthcare professionals and technically-oriented students without healthcare experience can succeed.

Do I need prior programming experience for the MHDS?

No prior programming experience is required to succeed in the MS in Healthcare Data Science.

Students develop programming skills throughout the curriculum, beginning with foundational coursework in Python and R before progressing to more advanced analytics, machine learning, and AI applications. The program supports learners with varying levels of technical experience.

How is AI incorporated into the MHDS curriculum?

AI is integrated throughout the curriculum for the MS in Healthcare Data Science rather than treated as a standalone topic.

Students learn to apply machine learning, generative AI, large language models (LLMs), and natural language processing to healthcare and research challenges. Coursework also covers responsible AI implementation, model evaluation, governance, privacy, ethics, and organizational adoption, so graduates understand not just how AI works, but how to apply it effectively and responsibly in healthcare settings.

What is the MHDS capstone experience?

The MHDS capstone is the culminating, applied project in which students bring together the technical and healthcare skills built throughout the program.

It is a challenging but rewarding experience that prepares and enhances students' professional skills in healthcare data science, with a greater emphasis on career-relevant, real-world experience than other courses in the MHDS program. Students define a real healthcare, research, or operational problem; identify and analyze the relevant data; and present findings and recommendations to a leadership audience. Capstone projects have addressed problems such as predicting hospital readmissions, evaluating digital health or remote monitoring programs, and analyzing care access and health equity using real-world data. Depending on project complexity, students can expect to spend 5 to 10 hours per week, or 50 to 100 hours over the quarter.

What kinds of careers does the MHDS prepare students for?

Graduates of the Master's in Healthcare Data Science are prepared for a broad range of careers in analytics, AI, and data-focused across healthcare, life sciences, and public health organizations, spanning entry-level to leadership positions.

  • Entry-level: Healthcare Data Analyst, Clinical Data Analyst, Population Health Analyst, Business Intelligence Analyst
  • Mid-level and specialist: Healthcare Data Scientist, Research Data Scientist, Healthcare Analytics Manager, Healthcare AI Specialist, Digital Health Analytics Consultant
  • Senior and leadership: Director of Healthcare Analytics, Health System Strategy and Analytics Leader, Chief Data Officer

Graduates of the MHDS program (previously the MS in Health Analytics) work at healthcare providers, payers, pharmaceutical and biotechnology companies, research institutions, public health organizations, consulting firms, and health technology companies.

Is the MHDS program a good fit for clinicians, data scientists, or recent graduates?

Yes, each group can use the program differently to reach the same outcome: applying data and AI to healthcare with confidence.

Clinicians and physician scientists use it to strengthen data literacy and lead AI-enabled initiatives. Data scientists and analysts without healthcare experience use it to learn the clinical context, terminology, and privacy considerations specific to healthcare data. Recent graduates with a strong interest in healthcare, data, or AI can use it to build a specialized foundation for entry-level analytics roles.

Can I complete the Master's in Healthcare Data Science degree while working full time?

Yes; Northwestern's online MHDS degree program is designed for busy working professionals. To be successful in your classes, you should plan for approximately 12 to 15 hours of work per week per course.

What does online learning look like in the Healthcare Data Science Master's program?

Courses in the MHDS program are asynchronous, meaning that there is no designated class meeting time each week.

Please note, however, that this is not a self-paced program. Students complete assignments on their own schedule but still have weekly deliverables such as readings, discussions, projects, and problem sets. Each course also includes a minimum of three live, optional Zoom sessions per quarter, hosted by the professor and recorded for students who cannot attend.

How do MHDS students gain real-world experience?

Students in the online Master's in Healthcare Data Science gain real-world experience through applied projects, healthcare datasets, case studies, and the capstone.

Coursework uses tools and technologies common in industry, including Python, R, SQL, Tableau, Power BI, and AI-enabled workflows, so students build a portfolio of practical work alongside their degree.

What networking opportunities are available to students in the MHDS program?

Students in the online MS in Healthcare Data Science build professional connections through faculty who are active practitioners, classroom discussions and group projects with peers from diverse professional backgrounds, and through Northwestern's alumni network.

Additional opportunities include the student leadership council and career resources, webinars, and professional development programming available through Northwestern.

What is the tuition for the MS in Healthcare Data Science?

As of the 2026-27 academic year, the online MS in Healthcare Data Science degree consists of 12 courses at $4,780 per course, for an estimated program total of $58,740, including a technology fee for each online course.

Tuition is paid per course each term—there is no quarterly or annual fee, and students do not pay tuition when not enrolled in courses. Program tuition, which is competitive with comparable programs at peer institutions, includes access to career advising, writing and math support, and Northwestern's global alumni network.

How does the MS in Healthcare Data Science differ from Northwestern's MS in Health Informatics?

Both programs prepare students to improve healthcare through technology and data, but they emphasize different areas of expertise.

The MS in Healthcare Data Science focuses on analytics, statistical modeling, machine learning, AI, programming, and data-driven decision-making. The MS in Health Informatics focuses on the design, implementation, and optimization of healthcare information systems, including electronic health records, health information exchange, and clinical workflows.

The Healthcare Data Science Master's program is best suited for professionals interested in analytics, AI, machine learning, and data-driven innovation. Health Informatics Master's program is best suited for professionals interested in healthcare technology implementation, clinical systems, and informatics leadership.

How is the MHDS program different from a general MS in Data Science?

A general MS in Data Science teaches broad technical methods applicable across industries; Northwestern's MHDS applies those same methods specifically to healthcare, research, and life sciences.

That distinction matters because healthcare data carries unique complexity: clinical context, payer and provider workflows, health data standards, privacy requirements, and regulatory constraints. MHDS is designed for students who need data science and AI skills to hold up in healthcare settings where accuracy, responsible use, and stakeholder trust all matter.

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