Health Informatics Scholarships 2026: Study Healthcare, Data & Digital Health Technology

Health Informatics Scholarships 2026: Study Healthcare, Data & Digital Health Technology

Excerpt: Health informatics scholarships in 2026 can help students and professionals build careers at the intersection of healthcare, data science, information technology and digital health. Explore scholarship pathways, eligible study areas, skills to develop, application strategies, funding opportunities and official resources for studying health informatics, biomedical informatics, health data science and digital health technology.

Healthcare is becoming increasingly dependent on data and technology.

Electronic health records, telemedicine, clinical decision-support systems, health information exchanges, artificial intelligence, medical databases and digital public-health platforms are changing how health information is collected, analyzed and used.

As health systems become more digital, there is growing demand for professionals who understand both healthcare and information technology.

This is where health informatics comes in.

For students and professionals interested in technology, healthcare, data science or public health, health informatics scholarships in 2026 can provide a pathway toward advanced education without carrying the full cost of tuition and related expenses.

Scholarship opportunities can be found through universities, government programs, research institutions, international organizations and specialized health programs.

Some awards may support master’s or doctoral study, while others are tied directly to specific health informatics, biomedical informatics, data science or digital-health programs.

For example, the University of Michigan’s Master of Health Informatics funding page states that eligible applicants are automatically considered for scholarships through the admissions process, with a January 15 priority deadline for first consideration.

The field is also expanding beyond traditional hospital information systems. The World Health Organization describes digital health as an important part of strengthening health systems and emphasizes areas such as interoperability, data sharing and the use of digital technologies to improve health outcomes.

For prospective students, this makes 2026 an excellent time to explore health informatics and related digital-health funding opportunities.

What Is Health Informatics?

Health informatics combines healthcare, information technology, data and organizational processes to improve the way health information is collected, managed and used.

It sits at the intersection of several disciplines, including:

  • Healthcare
  • Computer science
  • Data science
  • Public health
  • Statistics
  • Information systems
  • Clinical research
  • Health administration

A health informatics professional may work on systems that help healthcare providers access patient information, analyze health data, improve workflows or support clinical decision-making.

Health informatics can therefore be an excellent option for people who want a technology career while remaining connected to healthcare.

What Can You Study Through a Health Informatics Scholarship?

Scholarships may support a variety of programs, including:

  • Master of Health Informatics
  • Master of Science in Health Informatics
  • Biomedical Informatics
  • Clinical Informatics
  • Public Health Informatics
  • Health Data Science
  • Digital Health
  • Health Information Management
  • Bioinformatics
  • Medical Informatics
  • Health Information Technology
  • Healthcare Analytics
  • Biostatistics
  • Epidemiology with informatics components

Not every scholarship will use the exact phrase “health informatics.”

Students should therefore search related fields when looking for funding.

For example, the South African Medical Research Council’s 2026 master’s and doctoral scholarship call included research areas at the intersection of statistics, mathematics, biomedicine, computer science, data science, bioinformatics, epidemiology and health informatics.

Why Health Informatics Is Becoming Important

Healthcare organizations generate enormous amounts of information.

This includes:

  • Patient records
  • Laboratory results
  • Medical images
  • Prescription information
  • Hospital data
  • Disease surveillance data
  • Public-health statistics
  • Clinical research data
  • Population-health information

The challenge is turning this information into useful, secure and actionable knowledge.

Health informatics professionals help address this challenge.

The WHO’s digital-health strategy highlights the importance of data, evidence, interoperability and digital technologies in strengthening health systems.

This means health informatics graduates can potentially contribute to projects involving hospitals, governments, technology companies, universities, research institutions and international organizations.

Major Health Informatics Career Paths

1. Clinical Informatics

Clinical informatics focuses on using information and technology to support healthcare professionals and clinical processes.

Potential areas include:

  • Electronic health records
  • Clinical decision support
  • Patient data
  • Health information systems
  • Clinical workflows

Students interested in healthcare and technology may find this pathway particularly relevant.

2. Public Health Informatics

Public health informatics uses data and technology to support population health.

Professionals may work on:

  • Disease surveillance
  • Immunization systems
  • Outbreak monitoring
  • Public-health databases
  • Health reporting
  • Population health analytics

This pathway can be particularly suitable for public-health students.

3. Health Data Science

Health data scientists analyze healthcare datasets to identify patterns and support decisions.

Skills can include:

  • Python
  • R
  • SQL
  • Statistics
  • Machine learning
  • Data visualization

4. Digital Health

Digital-health professionals may work on:

  • Telemedicine
  • Mobile health
  • Digital health platforms
  • Remote monitoring
  • Health applications
  • Digital transformation

WHO’s digital-health work specifically recognizes the potential of digital technologies to improve health-system efficiency and access to healthcare.

5. Health Information Management

Health information management focuses on organizing, maintaining and protecting health information.

Potential areas include:

  • Data governance
  • Records management
  • Privacy
  • Data quality
  • Information systems

6. Biomedical Informatics

Biomedical informatics combines computing and biomedical research.

Professionals may work with:

  • Clinical research data
  • Genomic data
  • Biomedical databases
  • Computational research
  • Artificial intelligence

Health Informatics Scholarship Opportunities at a Glance

Scholarship PathwayPotential Study AreaUseful Background
Health Informatics ScholarshipHealth information systemsIT, healthcare
Digital Health FundingDigital healthcarePublic health, IT
Health Data Science ScholarshipData and analyticsData science, statistics
Biomedical Informatics FundingBiomedical dataScience, medicine, computing
Public Health InformaticsPopulation health dataPublic health
Biostatistics ScholarshipHealth statisticsMathematics, statistics
Bioinformatics FundingBiological dataBiology, computing
Clinical InformaticsHealthcare technologyMedicine, nursing, IT
Health Information ManagementHealth records and governanceHealth administration
AI & Healthcare FundingMachine learningComputer science, data science

Who Can Apply for Health Informatics Scholarships?

Eligibility depends on the scholarship and university.

Potential applicants may come from backgrounds such as:

  • Computer Science
  • Information Technology
  • Software Engineering
  • Data Science
  • Statistics
  • Mathematics
  • Public Health
  • Medicine
  • Nursing
  • Pharmacy
  • Biomedical Sciences
  • Biology
  • Health Administration
  • Healthcare Management

Some programs may require a closely related bachelor’s degree, while others accept applicants from a wider range of disciplines.

For example, the University of Michigan’s Master of Health Informatics funding is integrated into its graduate admissions process, while individual fellowships have their own eligibility criteria.

Always read the academic requirements for the specific program.

Scholarships Can Have Different Types of Funding

One of the most important things applicants should understand is that “scholarship” does not always mean the same thing.

Funding can include:

Full Tuition

The scholarship covers some or all tuition costs.

Partial Tuition

The award reduces the cost of tuition but does not cover the entire program.

Stipend

A scholarship may provide regular financial support for living or educational expenses.

Research Funding

Doctoral or research students may receive support for research-related expenses.

Travel Support

Some international scholarships may contribute toward travel.

Health Insurance

Certain graduate fellowships may include health insurance.

For example, the University of Michigan’s Health Informatics Achievement Fellowship provides four semesters of support that include tuition, required fees, health and dental insurance and a stipend for eligible students.

However, applicants should never assume that every health informatics scholarship provides the same benefits.

Health Informatics Scholarships for International Students

International applicants should pay particularly close attention to eligibility.

A scholarship may be:

  • Open internationally
  • Restricted to specific countries
  • Limited to students from low- and middle-income countries
  • Restricted to a university’s domestic students
  • Available only to applicants with specific professional backgrounds

For example, the University of Michigan’s Achievement Fellowship described above is restricted to U.S. citizens or permanent residents, while other health-related scholarship programs have international eligibility.

Therefore, international applicants should never assume that a scholarship attached to an international-looking program is automatically open worldwide.

WHO and Digital Health Opportunities

The World Health Organization is an important organization to monitor for students interested in digital health and global health technology.

WHO’s digital-health work covers areas such as:

  • Digital health systems
  • Interoperability
  • Data sharing
  • Digital innovation
  • Health information
  • Evidence-based decision-making

The organization states that digital technologies can support more efficient and sustainable health systems and improve equitable access to quality health services.

While WHO is not itself a universal scholarship provider for health informatics degrees, its digital-health resources can help applicants identify important research themes and career directions.

Health Informatics and Data Science Scholarships

Health informatics is increasingly connected to data science.

Students interested in this pathway should develop quantitative skills alongside healthcare knowledge.

Useful subjects include:

  • Statistics
  • Probability
  • Data visualization
  • Machine learning
  • SQL
  • Python
  • R
  • Database management

The South African Medical Research Council’s 2026 scholarship call illustrates this interdisciplinary approach by including health informatics alongside biostatistics, data science, computer science, bioinformatics and epidemiology.

This means students should consider scholarships in health data science, biostatistics and biomedical data rather than searching only for “health informatics scholarships.”

Skills to Develop Before Applying

Data Analysis

Learn how to clean, analyze and visualize datasets.

Start with:

  • Excel
  • SQL
  • Python
  • R

Statistics

Understand:

  • Mean and median
  • Probability
  • Correlation
  • Regression
  • Sampling
  • Hypothesis testing

Healthcare Knowledge

Understand the basics of:

  • Healthcare systems
  • Patient records
  • Public health
  • Clinical workflows
  • Health outcomes
  • Healthcare data

Data Privacy

Health data is highly sensitive.

Learn the basic principles behind:

  • Privacy
  • Security
  • Access controls
  • Data governance
  • Ethical data use

Communication

Health informatics professionals often work between technical and healthcare teams.

You should be able to explain technical concepts in language that healthcare professionals and decision-makers can understand.

How to Build a Health Informatics Portfolio

A portfolio is especially useful for students coming from technology or data backgrounds.

Project 1: Hospital Data Dashboard

Use a synthetic or publicly available dataset to create a dashboard showing:

  • Patient demographics
  • Admissions
  • Length of stay
  • Diagnosis categories
  • Healthcare utilization

Do not use real patient information.

Project 2: Disease Surveillance Dashboard

Create a dashboard using publicly available disease data.

Analyze:

  • Geographic patterns
  • Trends over time
  • Age groups
  • Case counts

Explain the limitations of the data.

Project 3: Healthcare Database

Create a fictional database containing:

  • Patients
  • Appointments
  • Providers
  • Diagnoses
  • Treatments

Use SQL to query the database.

Project 4: Health Risk Prediction

Use a public dataset to build a basic predictive model.

Document:

  • Dataset
  • Features
  • Model
  • Evaluation
  • Ethical considerations

Avoid presenting a student model as a clinically validated diagnostic tool.

Project 5: Digital Health Research Brief

Write a short research paper examining a topic such as:

  • Telemedicine
  • Electronic health records
  • AI in healthcare
  • Digital health in low-resource settings
  • Interoperability
  • Mobile health

This can demonstrate research and communication skills.

How to Find Health Informatics Scholarships in 2026

Search University Funding Pages

Universities offering health informatics degrees often have:

  • Merit scholarships
  • Graduate assistantships
  • Fellowships
  • Research funding
  • Departmental awards

For example, the University of Michigan states that applicants to its Master of Health Informatics program are automatically considered for scholarships as part of the admissions process.

Search Research Institutions

Medical research organizations sometimes fund postgraduate study in:

  • Biostatistics
  • Health data science
  • Epidemiology
  • Bioinformatics
  • Health informatics

Search Government Scholarship Programs

Government-funded scholarships can sometimes support international postgraduate study.

Check the official government education or foreign-affairs website rather than relying on social-media advertisements.

Search Development Organizations

Organizations working in global health and development may support research capacity and postgraduate training.

WHO’s TDR postgraduate training scheme, for example, provides full academic scholarships through participating universities in low- and middle-income countries for master’s-level training focused on implementation research.

How to Prepare a Strong Scholarship Application

Scholarship committees often receive many academically qualified applications.

Academic performance matters, but it is not the only consideration.

1. Explain Your Motivation

Do not simply say:

“I am interested in health informatics.”

Explain the problem you want to solve.

For example:

“I want to use health data systems to improve disease surveillance and decision-making in health systems with limited digital infrastructure.”

2. Connect Your Background

Explain how your previous education prepares you for health informatics.

A computer science graduate could emphasize:

  • Programming
  • Databases
  • Systems development

A public-health graduate could emphasize:

  • Epidemiology
  • Health systems
  • Population health

A statistics graduate could emphasize:

  • Quantitative analysis
  • Modeling
  • Research

3. Define Your Career Goals

Show how the degree fits into your long-term career.

Avoid vague statements such as:

“I want to help people.”

Instead, identify the specific area you want to work in.

4. Demonstrate Impact

Explain how your education could contribute to:

  • Health-system improvement
  • Digital transformation
  • Disease surveillance
  • Healthcare access
  • Data-driven decision-making

Documents You May Need

Scholarship requirements vary, but applicants may commonly need:

  • Academic transcripts
  • Degree certificate
  • CV
  • Statement of purpose
  • Motivation letter
  • Recommendation letters
  • Research proposal
  • Proof of English proficiency
  • Identification document
  • Passport
  • Portfolio
  • Admission letter

Do not prepare documents based on assumptions. Follow the official scholarship instructions.

A Practical 90-Day Scholarship Preparation Plan

Days 1–30: Identify Your Field

Decide whether you want to focus on:

Health Informatics

Digital Health

Health Data Science

Biomedical Informatics

Public Health Informatics

Biostatistics

This will make your scholarship search more focused.

Days 31–60: Build Your Profile

Complete at least one relevant project.

Improve:

  • Python
  • SQL
  • Statistics
  • Research
  • Data visualization

Update your CV.

Days 61–90: Prepare Applications

Create a scholarship tracker containing:

  • University
  • Scholarship
  • Degree
  • Eligibility
  • Funding
  • Deadline
  • Required documents
  • Application link
  • Application status

Start preparing recommendation requests and personal statements early.

Common Mistakes Scholarship Applicants Should Avoid

Searching Only for “Fully Funded Health Informatics Scholarships”

This can cause you to miss partial scholarships, fellowships and research funding.

Search for related fields.

Ignoring University-Based Funding

Some scholarships are automatically considered as part of admission.

Others require separate applications.

Check both.

Using Outdated Scholarship Information

Deadlines and funding conditions change.

Always verify the current academic-year information.

Applying Without Checking Eligibility

A scholarship can sound perfect but still be restricted by:

  • Citizenship
  • Academic background
  • Degree level
  • Location
  • Age
  • Work experience

Submitting a Generic Personal Statement

Explain why the specific program fits your goals.

Health Informatics Scholarships 2026: Summary Table

Scholarship/PathwayStudy FocusPotential FundingBest For
University Health Informatics ScholarshipsHealth informaticsTuition/support variesGraduate applicants
Health Informatics FellowshipsHealth information technologyTuition/stipend may applyHigh-achieving students
Digital Health ScholarshipsDigital healthcareVariesHealth + technology students
Health Data Science FundingHealthcare analyticsVariesData/health students
Biomedical Informatics FundingBiomedical dataVariesScience + computing
Biostatistics ScholarshipsHealth statisticsVariesQuantitative students
TDR Postgraduate SchemeImplementation researchFull academic scholarship at participating institutionsEligible LMIC candidates
Research ScholarshipsHealth data researchVariesMaster’s/PhD researchers

Frequently Asked Questions

What are health informatics scholarships?

They are scholarships or fellowships that help students finance education in health informatics, digital health, biomedical informatics, health data science and related fields.

Who can study health informatics?

Students from computer science, IT, public health, medicine, nursing, statistics, mathematics, biology and other related disciplines may qualify depending on the program.

Can international students get health informatics scholarships?

Yes, some opportunities are open to international students, but eligibility varies considerably. Always check the official scholarship requirements.

Is health informatics a good career?

Health informatics can be a strong career choice for people interested in combining healthcare with technology, data and information systems.

What skills should I learn before studying health informatics?

Focus on statistics, databases, SQL, Python or R, healthcare systems, data visualization, privacy and research methods.

Do I need to be a doctor to study health informatics?

No. Many health informatics programs accept students from technology, data science, public health, statistics, business and other relevant backgrounds.

Can computer science graduates study health informatics?

Yes. Computer science provides a strong foundation for areas such as health information systems, healthcare analytics, AI and digital health technology.

Can public-health graduates study health informatics?

Yes. Public-health knowledge can be highly relevant to public health informatics, health data, disease surveillance and digital health.

Are health informatics scholarships fully funded?

Some can provide substantial funding, but not all scholarships are fully funded. Applicants should carefully check tuition coverage, stipends, insurance, travel and other benefits.

When should I apply?

Start searching well before the academic-year deadline. Some scholarships close months before classes begin.

Can I study health informatics online?

Yes. Some universities offer online health informatics degrees. For example, the University of Illinois Chicago currently lists a 100% online Master of Science in Health Informatics program covering digital health, data science and healthcare-related information systems.

Official Application Resources

Applicants should verify every scholarship directly through the university, government or organization’s official website.

Final Thoughts

Health informatics sits at an increasingly important intersection of healthcare, data and technology.

For students who want to work in digital health, hospitals, public health, healthcare analytics, medical research or health technology, a health informatics degree can provide a useful interdisciplinary foundation.

Scholarship applicants should avoid limiting their search to one exact program title.

Look at health informatics alongside:

  • Digital health
  • Health data science
  • Biomedical informatics
  • Public health informatics
  • Bioinformatics
  • Biostatistics
  • Healthcare analytics
  • Health information management

This broader strategy can uncover additional funding opportunities.

The strongest applications also go beyond academic grades. Build evidence of your interest through data projects, research, healthcare volunteering, technology projects or relevant professional experience.

If you are a technology student, learn healthcare concepts.

If you are a healthcare student, develop data and technology skills.

If you are a statistics student, explore health datasets.

The goal is to demonstrate that you can operate at the intersection of these disciplines.

For 2026 applicants, a practical formula is:

Strong academic preparation + relevant technical skills + clear career goals + targeted scholarship applications.

Start early, track deadlines carefully and verify every funding opportunity through its official source before submitting documents or personal information.

Important Scholarship Disclaimer

CareersWorldwide is a third-party careers and education information website and is not the scholarship provider, university admissions office or funding authority for the opportunities mentioned in this article. Scholarship availability, eligibility, deadlines, funding amounts and program requirements can change. Applicants should verify all information through the official university, government or organization website before applying. Never pay an individual or unofficial intermediary simply to obtain a scholarship.

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Melisa Saineti
Melisa Saineti
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