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Bachelor of Science in Biomedical Informatics

Powering health science research with big data

Learn how to effectively utilize biomedical data as a tool for improving lives. By translating basic research into better health care, you can drive innovation in the field of information technology when you complete a Bachelor of Science degree in Biomedical Informatics.

Earning this degree from the IU School of Informatics and Computing at IUPUI lets you follow your passion, specializing in one of the following fields:

  • Health informatics
  • Bioinformatics
  • Premedical Bioinformatics

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At a vibrant crossroads in medical research

This degree prepares you to be part of a dynamic workforce in a state with a thriving biomedical and genome research industry. You’ll develop hands-on, essential skills in biomedical data analytics and applications—skills that will prepare you for biomedical informatics jobs and enable you to become an informatics leader in the bioinformatics, clinical, pharmaceutical, and health care industries.

You’ll gain knowledge and research experiences needed for medical school, or pursuing graduate studies in bioinformatics, health, and biomedicine.

Our internship option allows you to gain practical experience, and the availability of evening courses offers working students more flexibility.

First of its kind

This degree is the first and only undergraduate program in Biomedical Informatics in Indiana and the Midwest.

The place to grow your biomedical knowledge

At the School of Informatics and Computing, you can expect:

  • Rigorous curricula: Learn crucial informatics skills to prepare you for careers in biomedical data and health information management in industry and academia.
  • Medical school preparation: A natural pathway from premedical specialization in Biomedical Informatics to further your career in medical school.
  • Cutting-edge research with renowned faculty. Study with experts in biomedical big data analytics, drug discovery, genetics and omics technologies, precision medicine, and smart health.
  • Close industrial connections with biomedical companies and enterprises such as Eli Lilly, Dow AgroSciences, IU Health, and Roche offering internships, sponsorships, and collaborative research.

Our students and faculty utilize emerging technologies in projects on the frontiers of clinical data and biomedical research, and learn how to incorporate artificial intelligence, cloud computing, machine learning, and data mining techniques.

The Regenstrief Institute, the IU School of Medicine, the IU Simon Cancer Center, and many other health care schools, programs, and centers make IUPUI a leader in cross-disciplinary research.

Reduce the cost of a biomedical informatics degree

The B.S. in Biomedical Informatics offered by IUPUI is eligible for Midwest Student Exchange Program (MSEP) which significantly reduces out-of-state IUPUI tuition—to 150% of in-state tuition—for students from participating states.

Accelerated studies save you time and money

Our program offers a gateway to accelerated graduate studies. Students can earn a Bachelor of Science in Biomedical Informatics plus a Master of Science either in Health Informatics or Bioinformatics in only 5 years.

Accelerated 4+1 programs are time and cost efficient—allowing you to complete two degrees in five years—with increased career opportunities and earning potential.

An interdisciplinary field of study

The Biomedical Informatics Bachelor of Science degree is aimed at students who have an introductory background in both computing and biology. The 120-credit-hour program integrates knowledge from health, information science, biomedical science, programming, bioinformatics, and other related areas.

Upon enrolling in the program, you’ll select a specialty: bioinformatics, health informatics, or premedical bioinformatics. From there, we’ll help you to select classes that will elevate your skills in these and other disciplines.


Data can become an agent for change only when we have the ability to retrieve and organize it. Turn bio-repositories into tools for research and resources for developing precision medicine. Learn how to utilize genomic, molecular, and patient data to diagnose and treat rare diseases, reduce harmful drug interactions, and repurpose FDA-approved drugs.

Bioinformatics is changing how decisions are made, with focused analysis that redefines clinical practice. Effectively managing the results of experiments using high-throughput technology is crucial to drug research, and genomic and protein sequencing.

View the Bioinformatics specialization requirements

Health Informatics

Each of us intersects with the world of health care. It may be as a diagnostician, researcher, lab technician … and, almost surely at some point, as a patient.

Learn to solve real-world problems in computational biology using informatics. Specializing in health informatics means you’ll develop skills to enhance research, and to improve both the security of our electronic medical records and the ways we obtain care.

Standardizing data and how we retrieve it has far-reaching implications. By studying biomedical and health informatics, you’ll learn how to access and monitor health information, which can aid researchers in detecting trends to contain outbreaks of disease.

View the Health Informatics specialization requirements

Premedical bioinformatics

This course of study focuses on the same areas of expertise as the bioinformatics specialization. It includes all courses required for medical school at Indiana University and most other universities.

View the Premedical specialization requirements


Your Biomedical Informatics bachelor of science degree from IUPUI will give you the skills for high-salary jobs such as:

  • Bioinformatics scientist
  • Biomedical data scientist
  • Biomedical data warehousing specialist
  • Clinical data analyst
  • Clinical project manager
  • Health database analyst
  • Health care IT director
  • Health information manager

Biomedical Informatics salaries

Potential employers

  • Biotechnology companies
  • Community health centers
  • Hospitals
  • Physician practices
  • Clinics
  • eHealth companies
  • Pharmaceutical companies
  • Health insurance companies

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