Health Informatics PhD Programs

The Doctor of Health Informatics (DHI) at Rutgers University offers a Health Data Analytics Track that dives deep into data acquisition, mining, and analytics for healthcare. You'll master core informatics concepts, clinical research methods, and information management, then specialize in data analytics to tackle real-world health challenges. The curriculum includes 15 credits of core courses, 12 credits in your chosen track, and 27 credits of doctoral project work. With both in-person and 100% online formats, this program suits working professionals and pre-career students alike. Graduates step into leadership roles as CIOs, managers, directors, or university faculty, with strong earning potential. The program's flexibility lets you choose a 3-year full-time or 4-year part-time plan, and no GRE is required. You'll learn from expert faculty and use cutting-edge technologies, preparing you to lead in hospitals, pharmaceutical firms, and health insurance organizations.

• 3 concentration options
• No entrance exam required
• 3-Year program
• Complete in possible graduation in three years
• 54 total credit hours
• Full-time and part-time options
• 3.0 GPA minimum
• average salary of a DHI graduate
• 3 letters of recommendation (minimum)
• In-person and online options

Rutgers’ Doctor of Health Informatics (DHI) Health Information Management Track equips students for senior leadership in healthcare. The 54-credit hybrid curriculum blends informatics theory, data analytics, and information management, culminating in a doctoral project. Students select from three tracks: Health Data Analytics, Health Information Management, or Pharmacoinformatics. Coursework covers data acquisition, mining, and clinical research methods, delivered via state-of-the-art in-person or 100% online formats. Graduates become CIOs, directors, or professors, with a strong earning potential averaging $140,910 annually. Admission requires a master’s degree, 3.0 GPA, three letters of recommendation, and a career goals statement—but no GRE. Full-time and part-time plans, a June 15 deadline, and a military-friendly environment enhance accessibility.

• 3 concentration options
• No entrance exam required
• 54 total credit hours
• Full-time and part-time options
• 3.0 GPA minimum
• $140,910 average salary of a DHI graduate
• 3 letters of recommendation (minimum)
• Leadership careers as CIOs and directors
• Both in-person and online delivery
• Designed for pre-career and working professionals

Rutgers University–New Brunswick’s Doctor of Health Informatics with a Pharmacoinformatics Track prepares leaders for the pharmaceutical and healthcare sectors. This 54-credit hybrid program integrates data analytics, informatics applications, clinical research, and information management, with a capstone doctoral project addressing real-world pharmacoinformatics challenges. The cohort-based structure supports both full-time and part-time students, allowing completion in three to four years. Offered in-person and online, the program leverages cutting-edge technologies and video conferencing. No GRE is required; applicants need a master’s, 3.0 GPA, and three recommendations. Graduates pursue CIO, director, and research roles in hospitals, pharma, and health insurance, earning an average salary of $140,910. The application deadline is June 15.

• 3 concentration options
• No entrance exam required
• 3-Year program
• Complete in possible graduation in three years
• 54 total credit hours
• Full-time and part-time options
• Cohort-based structure
• 3.0 GPA minimum
• $140,910 average salary of a DHI graduate
• 3 letters of recommendation (minimum)

Northeastern University’s PhD in Personal Health Informatics is a research-focused, campus-based program blending human-computer interaction with health sciences. It trains students to design and evaluate patient-facing technologies for hospitals, clinics, and homes. The 48-credit curriculum includes software engineering, HCI, research methods, and statistics, emphasizing needs assessment, rapid prototyping, and experimental design. Year two features a two-semester project to build and test a personal health interface. Qualifying exams, dissertation proposal, and original research follow. Admission needs a 3.0 minimum GPA; a thesis is required. Graduates collaborate with medical professionals, computer scientists, and policymakers in health informatics research. No entrance exam is specified.

• 48 total credit hours
• 3.0 GPA minimum
• Thesis required
• Patient-facing interactions in health settings
• Individual and team-based experiential learning
• Health science perspective, not medical
• Development and rigorous evaluation of technologies
• Population needs assessment
• Rapid prototyping of personal health systems
• Experimental design with human subjects

The PhD in Biomedical and Health Informatics at Case Western Reserve University is a full-time, research-focused program for clinicians, computer scientists, and data scientists. It offers three concentration options: data analytics, biomedical research, and computing/data science, with a strong emphasis on artificial intelligence. The 54-credit curriculum includes core courses in statistics, AI, and ethics, culminating in a dissertation. Students work with faculty from the Department of Population and Quantitative Health Sciences and have access to resources from four Cleveland hospital systems: Cleveland Clinic, University Hospitals, MetroHealth, and the VA. First-year students receive full funding covering tuition, stipend, and health insurance. Graduates pursue careers in academia, industry, healthcare, and government. Entrance exam requirements are not specified.

• 3 concentration options
• 54 total credit hours
• Full-time enrollment
• Thesis required
• Financial aid available
• Scholarships available
• Three themes: Data Analytics, Biomedical research, Computing and Data Science
• Full-time, research-oriented program
• Careers in industry, academia, health care, and government
• Focus on dynamic Artificial Intelligence research

The PhD in Biomedical and Health Informatics at UNC Chapel Hill is a research-intensive, 55-credit program advancing health informatics through scholarship. Students gain expertise in informatics theories, methods, and tools while conducting research. The curriculum, structured around five pillars (core concepts, infrastructure, research methods, leadership, implementation), provides comprehensive training in technical skills, analysis, and leadership. A dissertation is required. Graduates become faculty, researchers, and industry leaders in healthcare and technology. Interdisciplinary faculty from computer science, public health, medicine, and data science mentor students in an on-campus environment. No entrance exam is specified. The program is military friendly and offers research, teaching, and practical exposure.

• 55 total credit hours
• Thesis required
• Research, teaching, and practical exposure
• Trains scholars for research, instruction, and industry leadership
• Provides research experience in informatics concepts, theories, methods

UWM's PhD in Biomedical and Health Informatics, developed with the Medical College of Wisconsin, is the state's only doctoral program of its kind. Students select from six tracks: Health Information Systems, Health Services Management and Policy, Knowledge-Based Systems, Medical Imaging and Instrumentation, Public Health Informatics, or Translational Bioinformatics. Coursework spans human pathophysiology, medical informatics, database systems, and medical ethics. The program emphasizes research; students frequently publish and present findings, supported by teaching and research assistantships and fellowships. Graduates launch careers in healthcare, pharmaceutical, public health, and academic sectors. As an R1 research university, UWM offers a collaborative, interdisciplinary environment with faculty from multiple colleges.

• 6 concentration options
• Financial aid available
• Scholarships available
• Interdisciplinary collaboration with Medical College of Wisconsin
• State's first and only such doctoral program
• Graduates in high demand by healthcare employers
• Over 200 peer-reviewed articles since 2013
• Teaching and research assistantships available
• Six specialized tracks to choose from
• Curriculum includes pathophysiology, databases, ethics

The Public Health Informatics concentration within UWM's Biomedical and Health Informatics PhD—Wisconsin's first such doctorate—prepares professionals to apply data-driven solutions to population health challenges. Offered jointly with the Medical College of Wisconsin, the program blends informatics, medical science, and public health policy. Alongside core courses in pathophysiology, medical informatics, databases, and ethics, students engage in research that has generated over 200 peer-reviewed publications since 2013. Graduates find high demand in healthcare, pharmaceuticals, government agencies, and academia, often pursuing careers in public policy, cancer research, or data analytics. Teaching and research assistantships provide funding and mentorship, while the R1 university's extensive resources support cutting-edge investigations.

• 6 concentration options
• Interdisciplinary collaboration with Medical College of Wisconsin
• R1 research university
• Teaching and Research Assistantships available
• Graduates in high demand
• Students published 200+ peer-reviewed articles since 2013
• Six specialized tracks available
• On campus format
• Prepares for careers in public health, research, data analytics

UWM's Translational Bioinformatics concentration, part of the university's PhD in Biomedical and Health Informatics, trains researchers to convert genomic and clinical data into actionable medical insights. This interdisciplinary track, run with the Medical College of Wisconsin, integrates informatics, biology, and data science. Coursework covers human pathophysiology, medical informatics, databases, and ethics, with hands-on projects in clinical outcome prediction and drug discovery. Students develop advanced data management and bioinformatics skills, preparing for roles in healthcare, biotech, and pharmaceutical research. The program's R1 research status grants access to cutting-edge laboratories and funded assistantships. Graduates emerge as leaders ready to publish and present their findings, contributing to translational medicine.

• 6 concentration options
• Financial aid available
• Scholarships available
• State's first doctoral program in biomedical and health informatics
• Collaboration with Medical College of Wisconsin
• Six specialized tracks available
• R1 research university with cutting-edge labs
• Graduates in high demand by healthcare and industry
• Students publish and present research
• Teaching and research assistantships available

Clemson University and the Medical University of South Carolina offer a joint PhD in Biomedical Data Science and Informatics with concentrations in precision medicine, population health, and clinical and translational informatics. The interdisciplinary curriculum integrates computer science, statistics, and biomedical sciences, emphasizing big data analytics, prescriptive modeling, and research leadership. This hybrid program requires 65 credit hours, including doctoral research, and delivers courses synchronously across Clemson, MUSC, Greenville, and North Charleston campuses, eliminating travel. It is the only program of its kind in South Carolina and one of just a few nationally, preparing graduates for informatics careers in academia, healthcare, and industry. No standardized entrance exam requirement is listed for admission.

• 3 concentration options
• 65 total credit hours
• Thesis required
• Joint PhD with Medical University of South Carolina
• Synchronous remote learning option
• Multiple campus locations across South Carolina
• Focus on big data and public health
• Interdisciplinary curriculum in five areas
• Unique program in South Carolina

The joint Clemson–MUSC PhD in Biomedical Data Science and Informatics offers a focused clinical and translational informatics concentration. This track applies data science, computer science, statistics, and decision science to improve healthcare delivery and public health. Students complete 65 credits, including doctoral research, with courses delivered on-campus or synchronously online across four South Carolina locations—no travel between campuses needed. The clinical and translational focus equips students to analyze big data for applications in biology, medicine, and population health. Graduates often lead informatics programs in academia and healthcare. No entrance exam is listed as a requirement for this doctoral program.

• 3 concentration options
• 65 total credit hours
• Synchronous online classes
• Joint PhD with MUSC
• No travel between campuses
• Courses at multiple locations
• Unique program in South Carolina
• Careers in biology, medicine, public health
• Interdisciplinary: CS, stats, decision science
• Synchronous remote connection

Temple University's hybrid PhD in Health Informatics prepares leaders for academic health systems, pharmaceutical companies, and public health. The 45-credit curriculum, grounded in AMIA foundational domains, includes electronic health records, health data exchange, clinical decision support, data mining, and natural language processing. Students gain hands-on lab experience and work on real-world projects with interprofessional collaboration. Dissertation and area paper are required. Fellowships, research and teaching assistantships, and scholarships support full-time students. Faculty mentorship and a translational research focus are hallmarks. Graduates pursue roles as data scientists, informatics analysts, directors, or faculty. Fall admission only. Entrance exam requirements are not specified; check admissions.

• 45 total credit hours
• 1 start dates per year
• Starts fall
• 3 letters of recommendation (minimum)
• Prerequisite courses required
• Thesis required
• Financial aid available
• Scholarships available
• AMIA foundational domains
• Interprofessional education focus

The University of Missouri–Columbia offers a PhD in Informatics with an Emphasis in Health Informatics, an interdisciplinary campus-based program under the Graduate School. Its core curriculum covers computation, genomics, statistics, and health systems, with specialized health informatics coursework. Three emphasis areas—health informatics, bioinformatics, and geospatial informatics—encourage cross-disciplinary study. Required methods courses and electives like Data Science for Healthcare and Precision Medicine Analytics build advanced analytical skills. Professional development includes lab rotations, journal club, and teaching experiences, preparing graduates for careers in health IT, clinical informatics, and research. No entrance exam requirement is specified in the program information.

• 3 concentration options
• Interdisciplinary doctoral program
• Three emphasis areas available
• Health Informatics emphasis area
• Core curriculum in computation, genomics, statistics
• Lab rotations and journal club required
• At least 15 credits in area courses

Columbia University's PhD in Biomedical Informatics is a full-time, campus-based program requiring 60 credit hours. Students complete core coursework in informatics methods, plus electives, before undertaking research rotations in two different labs during their first year. The curriculum includes a teaching assistantship for two courses, weekly departmental seminars, and four milestone exams (breadth, depth, proposal, and dissertation defense). The program emphasizes collaborative research and strong publication culture, with funding from fellowships and scholarships available. Graduates pursue careers in academia, industry, and research institutions. Entrance exam requirements are not specified.

• 5 concentration options
• 60 total credit hours
• Thesis required
• Financial aid available
• Scholarships available
• Research rotations in two different labs first year
• Required teaching assistantship for two courses
• Four milestone exams and dissertation defense
• Weekly DBMI seminar attendance required
• Funding sources and fellowships available

The Clinical Informatics concentration within Columbia's PhD in Biomedical Informatics prepares researchers to advance healthcare through data. This full-time, campus-based program spans 60 credit hours, blending core informatics coursework with specialized electives in electronic health records, clinical decision support, and health data analytics. Students complete research rotations in two labs, serve as teaching assistants, and pass four milestone exams culminating in a dissertation defense. The collaborative student community, strong publication record, and mentorship from clinical informatics faculty distinguish the program. Financial support includes fellowships and scholarships. No entrance exam information is provided.

• 5 concentration options
• 60 total credit hours
• Thesis required
• Financial aid available
• Scholarships available
• Research rotations in two labs
• Teaching assistantship required
• Four milestone exams
• Students from top universities
• Strong publication records

Columbia's PhD in Biomedical Informatics with a Public Health Informatics concentration trains students to apply computational methods to population-level health data. This full-time, campus-based program requires 60 credit hours and includes core informatics coursework, electives in public health informatics, research rotations in two labs, and a teaching assistantship. Students progress through four milestones—breadth, depth, proposal, and defense—while attending weekly seminars and completing ethics training. The program fosters a collaborative, internationally diverse community with strong publication expectations. Graduates become informatics researchers, data scientists, or faculty. Entrance exam requirements are not mentioned.

• 5 concentration options
• 60 total credit hours
• Thesis required
• Financial aid available
• Scholarships available
• Research rotations in two labs
• Teaching assistantship for two courses
• Four milestones: breadth, depth, proposal, defense
• Students from top universities worldwide
• Strong publication records expected

The University of North Texas offers an interdisciplinary Information Science Ph.D. with a Health Informatics concentration, preparing researchers at the intersection of information science, healthcare, and technology. Coursework is organized into four blocks: information science core, qualitative and quantitative research methods, a health informatics concentration covering medical geography, knowledge management, medical informatics, and information retrieval, plus electives from computer science, anthropology, and economics. Students develop expertise in data mining, health GIS, biocomputing, and health communication. The program integrates contributions from multiple UNT departments, fostering a collaborative research environment. Graduates pursue careers in healthcare, health information management, and academia. A doctoral dissertation is required after completing a qualifying exam.

• 7 concentration options
• Thesis required
• Interdisciplinary education across UNT departments
• Prepares for health informatics research careers
• Focuses on information science, healthcare, and technology
• Graduates work in healthcare and health information management
• Doctoral dissertation required after qualifying exam

The University of Florida's doctoral program in Medical Sciences, specializing in Biomedical Informatics, is a campus-based, 90-credit journey designed for future researchers and faculty. This PhD curriculum integrates computer science, biostatistics, and engineering, delving into unique areas like ontologies, social media-driven health research, mHealth, and clinical informatics. With a strong emphasis on translational science and patient-centered outcomes, students benefit from small cohorts and direct mentoring by renowned faculty. Collaborative ties with the Clinical and Translational Science Institute, Informatics Institute, and OneFlorida Clinical Research Consortium enhance real-world research opportunities. The program mandates a dissertation and a publishable manuscript, ensuring graduates contribute meaningful knowledge to the field. Ideal for innovators passionate about applying biomedical informatics to transform healthcare delivery and research.

• 90 total credit hours
• Apply by 2025-12-02
• Thesis required
• Research in ontologies and mHealth
• One-on-one faculty mentorship
• Limited enrollment for personalized attention
• Partnerships with CTSI and Informatics Institute

Indiana University–Indianapolis offers a Ph.D. in Informatics with a Health and Biomedical Informatics specialization, a 90-credit campus-based program integrating informatics theory, health information systems, and biomedical data analytics. The curriculum includes clinical decision support, health IT standards, biostatistics, and research design, with electives in human-computer interaction and specialized health informatics topics. Students complete research rotations in the first year, receive a faculty advisor, and may choose minors in public health or biostatistics. The program requires written and oral qualifying exams, a thesis, and a dissertation with public defense. Graduates pursue academic positions, industry research roles, and leadership in healthcare organizations.

• 90 total credit hours
• Thesis required
• Integrates informatics, health care, and IT
• Written and oral qualifying exams
• Minors in public health or biostatistics
• HCI elective courses available
• Research rotations in first year
• Faculty advisor assigned
• Dissertation with public defense

The University of Iowa's PhD in Informatics with a Health Informatics concentration is a campus-based, research-intensive program. It requires 72 semester hours, including 19 hours of core courses, plus additional coursework chosen with your committee. Students must pass qualifying, comprehensive, and proposal exams before defending a dissertation. The curriculum applies computational methods to healthcare delivery, clinical decision-making, and patient outcomes. Graduates pursue careers in academia, industry, and government labs. Five concentration options allow customization, and faculty mentors guide your research. No entrance exam requirement is explicitly stated in the program description; prospective students should verify with the university.

• 5 concentration options
• 72 total credit hours
• Thesis required
• Prepares for research and teaching careers
• Qualifying, comprehensive, and proposal exams
• 19 hours of core courses
• For academic, industrial, government labs

UCLA’s Ph.D. in Bioinformatics with a Medical Informatics concentration trains researchers to apply computational approaches to healthcare challenges. This five-year campus-based program combines coursework in bioengineering, biostatistics, and computer science with first-year laboratory rotations. Students develop expertise in biomedical informatics methodology, data analysis, and proposal writing, culminating in a dissertation. The program requires an individual development plan, a one-quarter teaching experience, and a written qualifying exam through a one-month project. No graduate entrance exam (such as the GRE) is explicitly listed, but applicants should confirm admission policies. Graduates pursue careers in academia, industry R&D, and healthcare innovation, supported by close mentorship from a doctoral committee.

• 5-Year program
• Complete in Normative time-to-degree is five years (15 quarters)
• Thesis required
• Individual development plan required annually
• Teaching experience: one quarter required
• Laboratory rotations during first year
• Dissertation proposal in NIH grant format
• Written qualifying exam: one-month project
• Annual progress report required

The University of Utah's PhD in Biomedical Informatics with a Public Health Informatics concentration prepares researchers to leverage data for population health. Core coursework builds foundational knowledge, while specialized methods in Data Science & Analytics and Ethics shape expertise. Students engage with research threads like Precision Medicine and Health Variations, culminating in a dissertation. Founded in 1964 as the first biomedical informatics department, the program is internationally recognized. Admitted students receive full funding—a $41,000 annual stipend, tuition coverage, and health insurance—plus conference support. Graduates pursue independent research careers in academia, industry, and public health agencies. Entrance exam requirements are not specified.

• 4 concentration options
• 3.0 GPA minimum
• Thesis required
• Financial aid available
• Scholarships available
• First biomedical informatics department
• Annual $41,000 stipend
• 100% tuition coverage
• Support for research conferences
• NLM Training Grant support

The University of Utah's PhD in Biomedical Informatics provides comprehensive research training across four application tracks: Translational Bioinformatics, Clinical Research Informatics, Clinical Informatics, and Public Health Informatics. Students complete 35 credit hours, select methods in AI, Data Science, Ethics, and Standards, and explore research threads like Precision Medicine and Disease Prevention. The curriculum includes comprehensive and qualifying exams, plus an original dissertation defense. As the first biomedical informatics department established in 1964, it combines historic leadership with cutting-edge research. Full funding for admitted students includes a $41,000 annual stipend, 100% tuition, health insurance, and conference travel support. No entrance exam requirement is stated.

• 4 concentration options
• 35 total credit hours
• Thesis required
• Financial aid available
• Scholarships available
• First department established in 1964
• Internationally recognized leader
• Annual $41,000 stipend
• 100% tuition coverage
• Health insurance included

The Ph.D. in Informatics – Health Informatics at Indiana University Bloomington prepares researchers to design and implement transformative health technologies. The program emphasizes population-based disease prediction, patient-facing management applications, and privacy-preserving data mining, with elective tracks in Design or Data. Students join a single cohort, work closely with experts like James Clawson and Katie Siek in the Proactive Health Lab, and may pursue a minor in Public Health or HCI. The 90-credit curriculum includes research rotations and a thesis requirement. Graduates build tools for personalized medicine and environmental sensing. No entrance exam requirement is stated in the program overview.

• 90 total credit hours
• Cohort-based structure
• Thesis required
• Design or Data focus
• Population-based disease prediction tools
• Patient-facing health management apps
• Privacy-preserving health data mining
• Personalized medicine via sensors
• Cohort-based learning model
• Minor in Public Health or HCI

The University at Buffalo's PhD in Biomedical Informatics is a rigorous, in-person program at the Jacobs School of Medicine and Biomedical Sciences. Designed for aspiring researchers and leaders, the curriculum integrates clinical informatics, bioinformatics, biomedical ontologies, and socio-technical design. Students engage in cutting-edge research areas such as clinical decision support, population health informatics, and human-centered design, preparing them for roles in healthcare, industry, academia, or policy. The program requires 72 credit hours and typically spans five years, with both full-time and part-time enrollment options. Applicants must submit GRE or MCAT scores as part of the admission process. With a $0 application fee and a strong emphasis on interdisciplinary collaboration, this PhD equips graduates to advance health informatics through innovative research and practical application.

• Entrance exam required
• Exams: GRE, MCAT
• 5-Year program
• 72 total credit hours
• Full-time and part-time options
• $0 application fee
• In-person instruction
• Prepares for leadership roles
• Research areas: clinical informatics, bioinformatics

The University of Missouri–Kansas City's PhD in Biomedical and Health Informatics is an interdisciplinary program that merges health, biomedicine, computer science, and information technology. Students analyze real-world clinical data to address complex health challenges, with coursework spanning biostatistics, clinical research methodology, and bioinformatics. The curriculum emphasizes individualized training tailored to each student's career goals, and graduates often pursue leadership roles in clinical or IT settings and research science. Alumni hold positions at organizations such as Yale and Oracle. This campus-based doctoral program requires 48 credit hours and typically takes five years to complete. Applicants must take the GRE and submit at least three recommendation letters. The total tuition is $25,824, with 92% of doctoral students receiving financial aid, and scholarships are available. The program starts each fall.

• Entrance exam required
• Exams: GRE
• $25,824 total program tuition
• 5-Year program
• 48 total credit hours
• Starts fall
• 3 letters of recommendation (minimum)
• Financial aid available
• Scholarships available
• Graduates work at Yale, Oracle

The University of Illinois Chicago offers a research-intensive PhD in Biomedical and Health Informatics requiring 96 credit hours, making it the first program of its kind in Illinois. Students complete at least 40 hours of focused research under the guidance of dual mentors—one for specialized research and one for methodology—while collaborating across seven health sciences colleges. Real-world clinical settings include a 495-bed tertiary care hospital and numerous clinics. Graduates pursue careers such as clinical informatics research scientists, directors of medical informatics, or academic faculty. Situated in Chicago’s thriving healthcare and biomedical research community, the program emphasizes interdisciplinary collaboration to improve clinical outcomes, harness health data, and advance health equity. This doctoral pathway prepares leaders for academia and industry alike.

• 96 total credit hours
• First program of its kind in Illinois
• Access to 495-bed tertiary care hospital
• Primary and secondary research mentors
• Collaboration across seven health sciences colleges
• Career paths in academia and industry
• Located in Chicago healthcare hub

Northeastern University's PhD in Personal Health Informatics prepares researchers to design and evaluate consumer-facing health technologies. This five-year, 48-credit program integrates human-computer interaction with health sciences, covering patient interface design, software engineering, experimental methods, and computational modeling. Students complete a usability practicum and a two-semester capstone project in real clinical or community settings, then conduct original dissertation research. Emphasis on wellness, recovery, and healthcare across diverse environments positions graduates for interdisciplinary collaboration with medical professionals, engineers, and policymakers. The program also engages an industrial consortium to strengthen applied research. Standardized entrance exam requirements are not specified in available program information.

• 48 total credit hours
• 3.0 GPA minimum
• Thesis required
• Rapid prototyping of health systems
• Experimental design with human subjects
• Computational modeling and data analytics
• Produce and defend original research
• Interdisciplinary research projects
• Three-part qualifying exam
• Self-directed usability practicum

Northern Arizona University's PhD in Informatics and Computing offers a Health and Bioinformatics concentration, preparing students for challenges at the intersection of data science, biology, and healthcare. The curriculum blends computational theory with practical application, covering machine learning, genomic data analysis, and health informatics. Hands-on research begins immediately, with faculty experts in bioinformatics, cybersecurity, and environmental informatics. Small classes and mentored projects provide personalized guidance, while capstones and internships offer real-world experience. Five concentration options, scholarships, and 200+ hours of hands-on learning are available. Graduates pursue careers as research scientists, bioinformatics analysts, or data-driven leaders in healthcare, government, and industry. No entrance exam requirement is mentioned in the program description.

• 5 concentration options
• Scholarships available
• Small class sizes
• 200+ hours of hands-on experience
• Connect with industry mentors
• Learn from experts in bioinformatics
• Capstones, internships, collaborative projects
• Health and Bioinformatics research track

The Doctorate in Health Informatics (DHI) at UTHealth Houston's McWilliams School of Biomedical Informatics is a terminal degree for experienced informatics professionals. This four-year, part-time hybrid program uses an executive-style curriculum built on Learning Health System principles. Instead of a dissertation, students complete a translational project addressing real organizational problems. The 63-credit curriculum emphasizes evidence-based practice and data-driven improvement, preparing leaders for healthcare IT, clinical informatics, and data analytics. A cohort structure builds a professional network. Competitive scholarships may allow out-of-state students to pay in-state tuition. Total tuition: $25,300. Applicants need 3+ years of management experience; no entrance exam is mentioned. The program is an HIMSS Approved Education Partner.

• $25,300 total program tuition
• 4-Year program
• 63 total credit hours
• Part-time available
• Cohort-based structure
• Work experience required
• Capstone required
• Financial aid available
• Scholarships available
• Cohort-based collaborative network

Oregon Health & Science University's PhD in Biomedical Informatics (Health and Clinical Informatics) is an on-campus program requiring 135 credits, including advanced research methods, a cognate area, mentored teaching, and a dissertation. Students may take courses at Portland State University. The curriculum emphasizes clinical decision support, data analytics, and health information systems. Graduates often become research scientists, chief informatics officers, or data science leaders in healthcare, government, and academia. The program's master's track is CAHIIM-accredited. No entrance exam requirement is stated in the program description; prospective applicants should check current admissions policies.

• 135 total credit hours
• Thesis required
• On-campus program
• Minimum 135 credits required
• Cognate area of study required
• Residency: 9-15 credits per term
• Mentored teaching component
• Courses at Portland State University
• Dissertation required
• Advanced research methods training

The University of Tennessee Health Science Center's PhD in Health Informatics, with a concentration in Health Outcomes and Policy, integrates advanced informatics with health services research and policy analysis. The interdisciplinary 77-credit curriculum includes 36 core credits covering telemedicine, applied health informatics, and health data analytics, plus 15 electives, 18 dissertation hours, and 8 seminar hours. Administered through the Institute for Health Outcomes and Policy (IHOP), this campus-based program prepares graduates for careers as researchers, scholars, and educators focused on improving healthcare delivery and policy decisions. A dissertation, including a thesis component, is required. Applications are due by March 15 for this doctoral program.

• 77 total credit hours
• Thesis required
• Interdisciplinary degree
• Affiliated with IHOP
• Application deadline March 15
• Dissertation component included
• 15 elective credit hours
• 8 seminar hours