Health Informatics PhD Programs

Rutgers University-New Brunswick's Doctor of Health Informatics with a Health Data Analytics Track is designed for aspiring leaders in healthcare, pharmaceuticals, and clinical research. This hybrid program merges online flexibility with in-person engagement, ideal for working professionals. Emphasizing data analytics and information management, the curriculum prepares graduates for roles such as CIOs, directors, or researchers. Admission prerequisites include a master's degree with a 3.0 GPA, three recommendation letters, and a career goals statement. Spanning 54 credits, the program offers full-time or part-time study options, ensuring a comprehensive education in health informatics without the need for a GRE.

• 54-credit degree program.
• Hybrid online and in-person.
• Health Data Analytics Track.
• Master’s degree required.
• 3.0 GPA minimum.
• Three recommendation letters.
• Career goals statement.
• Full-time or part-time options.
• Leadership roles post-graduation.
• Focus on data analytics.

The Health Information Management Track within Rutgers University-New Brunswick's Doctor of Health Informatics program equips students for leadership positions in healthcare through a hybrid learning model. This program focuses on data analytics and information management, catering to working professionals with its flexible schedule. Admission requires a master's degree and a 3.0 GPA, with no GRE needed. The 54-credit curriculum is designed to produce future CIOs, managers, and educators, leveraging state-of-the-art technologies for an immersive learning experience.

• 54-credit degree program.
• Hybrid online and in-person.
• Health Information Management Track.
• Master's degree required.
• 3.0 GPA minimum.
• Leadership career paths.
• Focus on data analytics.
• Flexible for professionals.
• State-of-the-art learning technologies.
• No GRE required.

Specializing in Pharmacoinformatics, Rutgers University-New Brunswick's Doctor of Health Informatics program offers a unique blend of data analytics and pharmaceutical applications. This hybrid program is tailored for both aspiring and current professionals, providing flexible learning options. With an average graduate salary of $104,280, the program is a gateway to high-demand careers in healthcare and pharmaceuticals. Admission is based on a master's degree and a 3.0 GPA, with no GRE requirement. The 54-credit curriculum focuses on practical informatics skills, preparing students for leadership roles in an evolving sector.

• 54-credit degree program.
• Hybrid learning options.
• Specialization in Pharmacoinformatics.
• Average salary $104,280.
• No GRE required.
• Master's degree required.
• 3.0 GPA minimum.
• Flexible course plans.
• Leadership career preparation.
• State-of-the-art learning technologies.

Northeastern University's PhD in Personal Health Informatics stands out for its interdisciplinary approach, blending human-computer interaction with health sciences to innovate healthcare technologies. This program is designed for those aiming to lead in the development and evaluation of personal health technologies, offering a curriculum rich in health interface design, software engineering, and research methodologies. Unique to Northeastern is the emphasis on real-world technology evaluation and collaboration with health professionals, preparing students to make immediate impacts in healthcare settings. A strong academic background is required for admission, with recommendations for prior coursework in programming and statistics. This program is ideal for aspiring leaders in health informatics seeking to drive technological advancements in patient care and wellness.

• Focus on human-computer interaction.
• Interdisciplinary research opportunities.
• Real-world technology evaluation.
• Core courses in health interface design.
• Electives tailored to research interests.
• Strong foundation in software engineering.
• Research methods and statistics included.
• Collaboration with health professionals.
• Designed for future healthcare technology leaders.
• Admission requires strong academic background.

The University of North Carolina at Chapel Hill offers a prestigious Biomedical and Health Informatics PhD program, designed for individuals aiming to lead in the intersection of healthcare and technology. This interdisciplinary program emphasizes both theoretical foundations and practical applications, preparing graduates for impactful careers in academia, industry, and healthcare settings. With a focus on cutting-edge technology, students engage in research and coursework covering systems analysis, database management, and electronic health records. The program does not specify a concentration, allowing students to tailor their studies to their interests. Admission requirements include a strong academic background, though specific entrance exam details are not mentioned, suggesting a holistic review process.

• Interdisciplinary program
• Master and Ph.D. options
• Clinical Informatics track
• Public Health Informatics track
• Hands-on experience
• Systems analysis focus
• Database management skills
• Electronic health records training
• Business skills included
• Prepares for leadership roles
• Healthcare transformation focus
• Technical and business curriculum
• Strong academic admission requirements
• Campus-based program
• Cutting-edge technology focus

Case Western Reserve University offers a PhD in Biomedical and Health Informatics, a research-intensive program that prepares students for leadership in transforming healthcare through data-driven insights. With full first-year funding, students benefit from an interdisciplinary approach, gaining expertise in data analytics, computational research design, and health sciences. The program includes 36 credit hours of coursework, three research rotations for mentorship exploration, and comprehensive doctoral training. Graduates emerge with cutting-edge computational skills, ready to contribute to innovative research in health informatics. No entrance exam is mentioned as required, highlighting the program's focus on research potential and interdisciplinary collaboration.

• Full first-year funding
• Interdisciplinary research approach
• 36 credit hours coursework
• Three research rotations
• Comprehensive doctoral training
• Research mentor support
• Cutting-edge computational skills
• World-leading expert seminars

Temple University's Health Informatics PhD program stands out for its hybrid format, combining online and on-campus learning in Philadelphia, PA. Aimed at future leaders in healthcare sectors like academic health systems and pharmaceuticals, the program requires a master's degree for admission, with no mention of an entrance exam. It emphasizes interprofessional education and research, aligning with the American Medical Informatics Association's standards. Students delve into electronic health records, health data exchange, and clinical decision support among other areas. The program mandates full-time study, offers financial aid through assistantships, and sets a 7-year completion timeframe. Unique features include hands-on learning, faculty mentorship, and a focus on preparing graduates for high-level roles in health informatics.

• Hybrid program format
• 7-year completion limit
• Full-time study required
• Financial support available
• Interprofessional education focus
• AMIA curriculum alignment
• Hands-on learning opportunities
• Faculty mentorship
• Interdisciplinary research encouraged
• Prepares for leadership roles
• 45 credit hours beyond baccalaureate
• Fall admission only
• Master's degree required
• Research assistantships available
• Teaching assistantships available
• Focus on electronic health records
• Health data exchange topics
• Clinical decision support
• Data mining and NLP
• Public health components
• Global health informatics
• Implementation science
• Project management
• Translational science
• Academic faculty preparation

The University of Florida's Ph.D. in Medical Sciences with a Biomedical Informatics concentration is designed for those aiming to excel in academic and research careers, blending health outcomes research, translational science, and computer science. This campus-based program requires 90 credit hours, including 36 in BMI-specific coursework, and emphasizes a self-directed research project under faculty mentorship. Students gain expertise in computer science, health, biostatistics, and data science, with opportunities for interdisciplinary research across UF's health science centers. The program aligns with PCORI initiatives, focusing on translating research into practice. Graduates are prepared for faculty-level positions, contributing to healthcare innovation. Entrance exams are required for admission.

• 90-credit hour degree
• 36 credits in BMI coursework
• Campus-based program
• Faculty mentorship
• Interdisciplinary research opportunities
• Focus on translational science
• Aligns with PCORI initiatives
• Prepares for academic careers
• Self-directed research project
• Publishable manuscript goal
• Expertise in ontologies, mHealth
• Access to health science centers
• OneFlorida Clinical Research Consortium
• Limited enrollment for personalized attention
• Vibrant research environment

Columbia University's PhD in Biomedical Informatics is a full-time, campus-based program designed for students with a strong academic background in relevant disciplines. It offers a rigorous curriculum that combines coursework with hands-on research in areas such as bioinformatics, clinical informatics, and public health informatics. The program requires 60 graduate coursework points, including core and elective courses, teaching assistantships, and research seminars, culminating in a dissertation. Admission is competitive, focusing on applicants ready to engage in dynamic, collaborative research environments. The program prepares graduates for advanced roles in informatics research, with a strong emphasis on publication and innovation in health care and biomedicine.

• Full-time enrollment required.
• 60 points graduate coursework.
• Core and elective courses.
• Teaching assistantship included.
• Research-focused curriculum.
• Dynamic, collaborative environment.
• Strong publication records.
• Focus on informatics research.
• Admissions require relevant background.
• Campus-based program.

The PhD in Biomedical Informatics with a concentration in Clinical Informatics at Columbia University is tailored for students aiming to lead at the intersection of healthcare and information technology. This full-time program demands 60 graduate-level coursework points, encompassing core classes, domain-specific courses, and ethics training. From the first year, students dive into research, with the latter years dedicated to independent research projects leading to a dissertation. The program fosters a collaborative research environment, requires teaching assistantships, and encourages regular seminar participation. Admission is highly competitive, seeking individuals with robust academic credentials, ready to contribute to clinical informatics advancements.

• Full-time campus program.
• 60 graduate coursework points.
• Focus on Clinical Informatics.
• Research starts year one.
• Teaching assistantships required.
• Weekly seminar participation.
• Competitive admissions.
• Ethics training included.
• Dissertation required.
• Collaborative research environment.

Columbia University offers a PhD in Biomedical Informatics concentrating on Public Health Informatics, ideal for those aspiring to pioneer in health information science. This full-time, campus-based program integrates comprehensive coursework with practical research, addressing real-world public health data challenges. The curriculum covers core informatics methodologies, specialized domain courses, and ethics, starting research early with rotations in leading labs. Admission criteria include a solid academic foundation. The program provides funding opportunities, teaching assistantships, and a vibrant student community, preparing graduates to innovate in public health data analysis and policy with a strong publication record and collaborative research ethos.

• Full-time campus program.
• Focus on Public Health Informatics.
• 60 points coursework required.
• Research rotations in first year.
• Teaching assistantship opportunities.
• Weekly seminar attendance.
• 6 residence units needed.
• Four key milestones to complete.
• Early research involvement.
• Ethics course in first year.
• Dynamic student community.
• Strong publication records.
• Collaborative research environment.
• Specialization courses available.
• Funding and fellowships offered.

Indiana University-Indianapolis offers a Ph.D. in Informatics with a Health and Biomedical Informatics specialization, tailored for individuals eager to merge informatics with healthcare advancements. This 90-credit-hour, campus-based program emphasizes health informatics, biomedical data analytics, and clinical information systems through a curriculum that includes core courses, research rotations, and a dissertation. It stands out for its interdisciplinary approach, allowing students to pursue minors in complementary fields such as public health or biostatistics. Admission is competitive, requiring a robust academic record, and the program offers financial aid to eligible students. Designed for future leaders in healthcare technology, it equips graduates with the skills to drive innovation in health informatics. Notably, the program requires qualifying examinations but does not specify the need for entrance exams like the GRE.

• 90-credit-hour program
• Health and Biomedical Informatics focus
• Includes research rotations
• Choice of minor available
• Qualifying examinations required
• Dissertation component
• Campus-based learning
• Interdisciplinary approach
• Prepares for healthcare leadership
• Strong academic admissions requirements
• Financial aid opportunities
• Focus on innovation in health informatics

Clemson University's PhD in Biomedical Data Science and Informatics, specializing in Precision Medicine, merges computational and biomedical disciplines to tackle health informatics challenges. This program, a collaboration with MUSC, equips students with the skills to analyze vast datasets from EHRs and biomedical texts. Ideal for candidates with a foundation in computer science, math, engineering, or biomedical sciences, it mandates prerequisites in calculus, biology, and programming. The curriculum is research-intensive, offering financial aid and tailored academic support to foster innovation in precision medicine.

• Interdisciplinary PhD program
• Concentration in Precision Medicine
• Combines computing and biomedical expertise
• Full-time program
• Requires bachelor's in related field
• Calculus and biology prerequisites
• Programming experience needed
• Financial assistance available
• Research opportunities in health informatics
• Prepares for careers in biomedical data science

Focused on Population Health, Clemson University's PhD in Biomedical Data Science and Informatics, in partnership with MUSC, trains students to manage and interpret large-scale biomedical data. This program suits individuals with backgrounds in computing, math, engineering, or biomedical sciences, requiring 67 graduate credits in biomedical informatics and population health. Admission prerequisites include a related bachelor's degree, calculus, biology, and programming knowledge. Emphasizing research, the program culminates in a dissertation, preparing graduates for impactful roles in health informatics.

• Joint program with MUSC.
• Focus on Population Health.
• 67 graduate credits required.
• Background in related field needed.
• Emphasis on research and dissertation.

The Clinical and Translational Informatics concentration within Clemson University's PhD program in Biomedical Data Science and Informatics prepares students for careers in analyzing complex biomedical data. This interdisciplinary initiative, co-offered with MUSC, blends computing and biomedical sciences, focusing on EHRs, biomedical texts, and omics data. Designed for full-time students with relevant academic backgrounds, it requires calculus, biology, and programming experience for admission. The program's research-centric approach is customized to align with students' career aspirations in health informatics.

• Joint program with MUSC
• Focus on Clinical and Translational Informatics
• Interdisciplinary curriculum
• Full-time study requirement
• Background in relevant fields needed
• Skills in large-scale data analysis
• Prepares for informatics careers
• Research-focused
• Tailored to student goals
• Admission requires calculus
• Admission requires biology
• Programming experience required
• Combines computing and biomedical expertise
• Handles electronic health records
• Analyzes biomedical texts
• Works with omics data
• Contributes to health sciences
• For students with engineering backgrounds
• For students with computer science backgrounds
• For students with biomedical sciences backgrounds

The University of Iowa's Ph.D. in Health Informatics is a rigorous campus-based program requiring 72 semester hours post-bachelor's degree. It covers core areas like Health Informatics and Principles of Public Health Informatics, alongside specialized coursework and research methodology. Students must complete a dissertation based on original research, preparing them for leadership roles in the field. The program includes comprehensive exams and yearly progress evaluations, with admissions open to those holding a bachelor's degree. No specific entrance exam is mentioned, suggesting a holistic review process.

• 72 semester hours required.
• Campus-based program.
• Includes Health Informatics core.
• Specialization courses available.
• Research methodology included.
• Ethical research conduct course.
• Dissertation required.
• Comprehensive exam milestone.
• Qualifier by Year 2.
• Advisor-guided research.
• Yearly progress evaluations.
• Original research focus.
• Leadership role preparation.
• Bachelor's degree prerequisite.

Focusing on Public Health Informatics, the University of Iowa's Ph.D. program integrates computational and clinical expertise across 72 semester hours. Students delve into core and elective courses, research methodology, and must pass qualifier and comprehensive exams. A dissertation showcasing original research is required, alongside a proposal defense. The program seeks applicants whose research interests align with faculty expertise, preparing graduates for leadership with a blend of theoretical knowledge and practical skills. Entrance exam requirements are not specified, indicating a possible emphasis on academic and research potential.

• 72 semester hours required
• Focus on Public Health Informatics
• Includes core and elective courses
• Original research dissertation
• Qualifier and comprehensive exams
• Proposal defense required
• Faculty advisor alignment needed
• Prepares for leadership roles
• Strong theoretical foundation
• Practical application emphasis

With a concentration in Clinical Informatics, this Ph.D. program at the University of Iowa is tailored for future leaders in healthcare IT integration. The 72-semester-hour curriculum includes core courses in Health Informatics, specialized studies, and a strong emphasis on original research culminating in a dissertation. Students must navigate qualifier and comprehensive exams, and a final defense, under faculty guidance. The program is ideal for those aiming to contribute to clinical informatics through research, with no mention of specific entrance exams, suggesting a focus on academic and research credentials.

• 72 semester hours required.
• Concentration in Clinical Informatics.
• Campus-based program.
• Includes core Health Informatics courses.
• Emphasizes original research.
• Requires comprehensive exams.
• Final dissertation defense.
• Advisor-guided research focus.
• Ethical research conduct included.
• Specialization courses available.

The University of Minnesota-Twin Cities offers a PhD in Health Informatics with a concentration in Clinical Informatics, designed for students aiming to excel in health data analysis, systems analysis, and human-computer interaction. This program requires a 3.5 GPA, GRE scores, and a background in life or health sciences for admission. International students must provide English proficiency scores. The 70-credit curriculum blends theoretical knowledge with practical applications, focusing on decision support systems and predictive modeling. Opportunities for internships and teaching are available, making it ideal for future leaders in clinical informatics research and practice.

• Concentration in Clinical Informatics
• 3.5 GPA required
• GRE scores mandatory
• 70 total credits
• Internship opportunities available
• Teaching opportunities included
• Background in life sciences needed
• English proficiency for internationals
• Blend of theory and practice
• Focus on decision support systems
• Covers predictive modeling
• Includes human-computer interaction
• Health data analysis
• Systems analysis training
• Electives supplement interests
• Research interests statement required
• 3 recommendation letters needed
• Interview part of admission
• Application fee varies
• PhD from accredited university exempts GRE
• Curriculum includes biostatistics
• Relational database theory
• Analytics methodologies
• Data science methodologies
• Interprofessional practice focus

At the University of Minnesota-Twin Cities, the PhD in Health Informatics with a concentration in Data Science and Informatics for Learning Health Systems is tailored for students passionate about merging data science with health sciences. Admission prerequisites include a 3.5 GPA, GRE scores, and a strong foundation in calculus, linear algebra, and statistics. The program, which includes completing a Masters in Data Science, focuses on advanced analytics applications in healthcare. It prepares graduates for significant research contributions in health informatics, requiring a thesis and offering a curriculum rich in health analytics and data science methodologies.

• PhD in Health Informatics
• Data Science concentration
• Campus program
• 3.5 GPA preferred
• GRE required
• 70 total credits
• Includes MS in Data Science
• Focus on health analytics
• Advanced coursework required
• Research thesis component
• Health sciences credits needed
• Interview part of admissions
• Letters of recommendation required
• Personal statement needed
• International applicants welcome

The University of Missouri-Columbia's PhD in Informatics with an Emphasis in Health Informatics is a comprehensive program tailored for those passionate about merging healthcare with technology. This campus-based program stands out for its interdisciplinary approach, covering essential areas like computation, genomics, and health systems, alongside specialized health informatics coursework. It uniquely prepares students through lab rotations, seminars, and professional development activities, focusing on healthcare data science and innovative research. A strong academic background is required for admission, though specific entrance exam requirements are not mentioned. This program is ideal for aspiring professionals looking to make significant contributions to the field of health informatics.

• Interdisciplinary doctoral program
• Concentration in Health Informatics
• Core curriculum in computation, genomics
• Professional development activities included
• Lab rotations and seminars
• Focus on healthcare data science
• Prepares for innovative research
• Strong academic background required
• Pathway to health informatics careers
• Specialized coursework available

Ohio State University-Main Campus offers a PhD in Biomedical Informatics, tailored for aspiring leaders at the nexus of healthcare and technology. This campus-based program emphasizes cutting-edge research and education, spanning areas like AI in digital health and clinical informatics. With opportunities for interdisciplinary collaboration, particularly within the College of Medicine, students are equipped for roles in academia, research, and healthcare technology innovation. A robust academic foundation in related disciplines is required for admission. The program stands out for its focus on AI applications, extensive research collaborations, and available financial support, preparing graduates to spearhead advancements in healthcare technology.

• Focus on AI in digital health.
• Interdisciplinary research opportunities.
• Strong industry and academic collaborations.
• Funding opportunities available.
• Prepares for leadership in healthcare technology.

The University of California-Los Angeles offers a Ph.D. in Bioinformatics with a specialized concentration in Medical Informatics, tailored for those eager to integrate biology, medicine, and data science. This on-campus program is ideal for aspiring leaders in healthcare, research, and academia, focusing on innovative computational solutions to medical challenges. Admission is competitive, requiring a solid foundation in biology or computer science. Students engage in interdisciplinary research, contributing to groundbreaking projects. The program is military-friendly and benefits from an on-campus hospital, enhancing practical learning opportunities. While entrance exam requirements are not specified, the program's rigorous nature suggests a comprehensive application review.

• Concentration in Medical Informatics
• Campus-based program
• Interdisciplinary research focus
• Prepares for healthcare leadership
• Strong biology, CS background needed

The University of Utah's PhD in Biomedical Informatics with a concentration in Public Health Informatics prepares students to tackle health challenges through data. This campus-based program emphasizes research and coursework, offering specializations in data science and ethical issues. Admitted students receive a $40,000 annual stipend, full tuition coverage, and health insurance. A minimum GPA of 3.0 and comprehensive exams are required. The program, established in 1964, is a leader in the field, providing extensive research opportunities and support for conferences. It aims to develop independent researchers capable of improving health outcomes.

• PhD in Biomedical Informatics
• Concentration in Public Health Informatics
• Campus-based program
• $40,000 annual stipend
• Full tuition coverage
• Health insurance included
• Minimum GPA of 3.0 required
• Comprehensive exams required
• 35 hours of formal coursework
• 14+ research work hours
• Independent research project
• Rigorous admission process
• Funding for admitted candidates
• Support for research conferences
• First department established in 1964
• Internationally recognized leader
• Abundant research opportunities
• National Library of Medicine Training Grant
• Curriculum tailored to student needs
• Focus on improving health outcomes

At the University of Utah, the PhD in Biomedical Informatics program is tailored for aspiring scientists focusing on health data transformation. Students can choose from specializations like Translational Bioinformatics or Clinical Informatics. The program offers a $40,000 annual stipend, full tuition coverage, and health insurance. Admission is competitive, requiring a strong academic background, with deadlines on December 1st and 31st. Established in 1964, it provides a rigorous curriculum, research opportunities, and support from the National Library of Medicine Training Grant, aiming to foster independent research in improving health outcomes.

• 35 hours of coursework required
• Annual $40,000 stipend
• 100% tuition coverage
• Health insurance included
• Support for research conferences
• Four application tracks available
• Four methods tracks to choose from
• Focus on independent research
• Comprehensive and qualifying exams
• Internationally recognized program
• Established in 1964
• Abundant research opportunities
• National Library of Medicine Training Grant support
• Precision medicine research thread
• Health disparities focus area
• Disease prevention research thread
• Data science methods track
• Ethical issues in informatics
• Sociotechnical design focus
• Standards and interoperability track

The University of Wisconsin-Milwaukee's PhD in Biomedical and Health Informatics stands as Wisconsin's first, blending medical science with IT to revolutionize healthcare. This interdisciplinary program, in partnership with the Medical College of Wisconsin, focuses on enhancing patient care and public health through innovative information systems. Applicants with a master's in a related field are preferred, though outstanding bachelor's degree holders may qualify. The curriculum covers human pathophysiology, medical informatics, and ethics, offering six specialized tracks. Graduates are highly sought in healthcare, research, and academia, with numerous assistantships and fellowships available to support their journey.

• First in Wisconsin
• Interdisciplinary approach
• Six specialized tracks
• High demand careers
• Assistantships available
• Collaboration with Medical College
• Focus on patient care
• Public health impact
• Research opportunities
• Ethics included
• Master's preferred
• Bachelor's considered
• Curriculum diverse
• Faculty mentorship
• Published research
• Presentations encouraged
• Teaching Assistantships
• Research Assistantships
• Fellowships offered
• Cutting-edge research
• R1 university
• Diverse faculty
• Advisory support
• On Campus
• Doctoral program

Specializing in Public Health Informatics, the University of Wisconsin-Milwaukee's PhD program is a trailblazer in integrating medical science with IT to improve public health outcomes. This unique concentration within the Biomedical and Health Informatics PhD prepares students to tackle public health challenges using information technology. Ideal candidates possess a master's degree, with exceptional bachelor's degree holders also considered. The program emphasizes research, ethics, and practical applications in public health, supported by funding opportunities like assistantships. Graduates emerge ready to lead in healthcare, research, and policy-making, contributing significantly to public health advancements.

• Interdisciplinary PhD program
• Concentration in Public Health Informatics
• On-campus format
• Collaboration with Medical College of Wisconsin
• Courses in human pathophysiology, databases
• Six specialized tracks available
• Opportunities for research and publication
• Teaching and research assistantships
• High demand for graduates
• Focus on healthcare IT advancements

With a concentration in Translational Bioinformatics, the University of Wisconsin-Milwaukee's PhD program in Biomedical and Health Informatics is at the forefront of merging medical science with IT to transform healthcare research and delivery. This program is designed for those holding a master's in a related field, though exceptional bachelor's degree holders may apply. Students delve into human pathophysiology, medical informatics, and ethics, with ample opportunities for research and teaching assistantships. Graduates are in high demand across healthcare and academia, equipped to drive innovations in healthcare through bioinformatics.

• Interdisciplinary doctoral program
• Concentration in Translational Bioinformatics
• Combines medical science with IT
• Prepares for careers in healthcare, research
• Opportunities for research and teaching assistantships
• Curriculum includes human pathophysiology
• Courses in medical informatics, databases
• Focus on ethics in healthcare
• Students publish peer-reviewed articles
• Graduates in high demand
• Collaboration with Medical College of Wisconsin
• On-campus program format
• Master’s degree preferred for applicants
• Exceptional bachelor’s degree holders considered
• Faculty mentorship across disciplines
• Proficiency in data management required
• Students present research findings
• Over 200 articles published by students
• More than 40 presentations given
• Funding through assistantships available
• Leadership skills development
• Steering committee from multiple colleges
• Cutting-edge research opportunities
• R1 research university
• Diverse career paths post-graduation

Indiana University-Bloomington offers a Ph.D. in Informatics with a potential focus on Health Informatics, designed for students aiming to transform healthcare through technological innovation. This campus-based program requires 90 credits, combining in-depth coursework with practical research to tackle health management challenges beyond traditional clinical environments. Students explore areas like mobile design and health information privacy, customizing their academic journey with elective courses. The program emphasizes interdisciplinary collaboration, supported by research rotations and minor options, preparing graduates to solve intricate health issues with advanced tech solutions. Admission is competitive, with funding and strong faculty mentorship available to qualified candidates.

• Ph.D. in Health Informatics
• Campus-based program
• 90 credits required
• Focus on technology in healthcare
• Interdisciplinary research opportunities
• Tailored course electives
• Funding opportunities available
• Strong faculty support
• Research rotations included
• Minor options available

The University of Missouri-Kansas City's PhD in Biomedical and Health Informatics is a comprehensive program designed for those aiming to lead in the intersection of healthcare and technology. This 5-year, on-campus program requires 48 credit hours, with students typically taking 2-3 courses per semester. It stands out for its interdisciplinary approach, combining health, biomedicine, computer science, and IT to tackle real-world health challenges. Admission criteria include GRE scores, a resume, personal statement, three recommendation letters, and official transcripts, with TOEFL or IELTS scores for international applicants. The program's focus on clinical research methodology, bioinformatics, and data analysis prepares graduates for high-demand roles in top healthcare and research organizations.

• Doctorate program
• 48 standard credit hours
• In-person delivery mode
• 5 years typical length
• 2-3 courses per semester
• $24,595 estimated cost
• Resume/CV required
• Personal statement needed
• Three recommendation letters
• Official transcripts required
• GRE scores needed
• TOEFL/IELTS for internationals
• Interdisciplinary approach
• Real-world data applications
• Prepares for diverse careers
• Clinical research methodology
• Bioinformatics and data analysis
• Quantitative epidemiological research
• Respected by employers
• Graduates work at top organizations

The University of North Texas offers a Ph.D. in Information Science with a concentration in Health Informatics, designed for those aiming to lead in the intersection of healthcare, information science, and technology. This campus-based program emphasizes interdisciplinary research, requiring students to complete core courses, research hours, and electives that delve into specialized areas such as medical digital imaging. With a curriculum supported by multiple departments, it prepares graduates for impactful roles in healthcare and health information management. The program includes a doctoral dissertation, fostering advanced research skills. Notably, it addresses the critical need for professionals in health informatics, making it a standout choice for aspiring researchers and practitioners.

• Interdisciplinary health informatics focus.
• 12 credit hours core courses.
• 24 credit hours research courses.
• 12 credit hours electives.
• Campus-based program.
• Prepares for healthcare roles.
• Includes doctoral dissertation.
• Courses from multiple departments.
• Focus on research skills.
• Addresses healthcare workforce needs.

The University at Buffalo's Biomedical Informatics PhD program is designed for aspiring leaders in healthcare technology and research. Offering a comprehensive curriculum that spans 72 credit hours, this campus-based program emphasizes hands-on learning and research in areas like clinical informatics and bioinformatics. With flexible full-time and part-time options, students can complete the program in 4 to 5 years. Admission requires GRE or MCAT scores, catering to individuals eager to drive innovation in healthcare information management. The program stands out for its faculty's diverse research interests and the opportunity to engage in impactful projects, preparing graduates for high-level roles in the field.

• 72 credit hours required
• 4 to 5 years to complete
• Full-time and part-time options
• Campus-based program
• GRE or MCAT required
• Focus on healthcare information management
• Research opportunities in clinical informatics
• Prepares for leadership roles
• In-person learning
• Faculty with diverse research portfolios

The University of Illinois Chicago offers a pioneering PhD in Biomedical and Health Informatics, the first of its kind in Illinois, designed for aspiring leaders in academia and the healthcare sector. This campus-based program emphasizes rigorous research, scholarship, and interprofessional teamwork to tackle complex health informatics challenges. Students engage in a full-time, face-to-face curriculum spanning 96 credit hours, enriched by access to UI Health resources for hands-on learning. The program's mentorship model fosters deep professional development, preparing graduates for high-demand roles such as clinical informatics research scientists and directors of medical informatics. No entrance exam is required, making it accessible to qualified candidates eager to advance in this dynamic field.

• 96 credit hours
• First of its kind in Illinois
• Face-to-face, full-time study
• Extensive mentorship model
• Access to UI Health resources
• Focus on research and scholarship
• Interprofessional collaboration
• Prepares for academia and industry roles
• High demand for specialists
• Career opportunities in Chicago

Northern Arizona University's Doctor of Philosophy in Informatics and Computing, specializing in Health and Bioinformatics, stands out for its focus on genetic and genomic analysis, population health, and disease transmission. This five-year, campus-based program is tailored for individuals with a solid foundation in science and computer programming, aiming to equip them for leadership positions in academia, research, and the health informatics industry. With a curriculum that's both research-intensive and interdisciplinary, students engage in professional development and complete a comprehensive dissertation. Admission prerequisites include a 3.0 GPA, letters of recommendation, and a personal statement, with no GRE requirement mentioned. The program's 60-unit requirement and emphasis on tailored coursework allow for a personalized academic journey.

• Five-year program duration.
• Health and Bioinformatics concentration.
• Research-intensive curriculum.
• Interdisciplinary approach.
• Requires comprehensive exams.
• Dissertation and oral defense.
• Professional development training.
• On-campus program in Flagstaff, AZ.
• 60-unit requirement.
• 3.0 GPA admission requirement.
• Letters of recommendation needed.
• Personal statement required.
• Focus on genetic and genomic analysis.
• Prepares for industry and academia.
• Tailored coursework options.

The University of Nebraska at Omaha's Ph.D. in Biomedical Informatics, with a Health Informatics concentration, stands out for its interdisciplinary approach, merging computer science, medicine, and healthcare to tackle health challenges through technology. This campus-based program, a collaborative effort with UNMC, emphasizes the application of biomedical data and research to enhance human health. It prepares graduates for impactful roles in academia, research, and healthcare technology development. Prospective students should note that admission is competitive, requiring a robust academic background. While the program details specific entrance exam requirements on its website, it's designed for those aiming to lead in the evolving field of health informatics.

• Interdisciplinary focus
• Health Informatics concentration
• Collaboration with UNMC
• Research and teaching skills
• Campus-based program
• Focus on biomedical data
• Improves human health
• Multidisciplinary approach
• Academic and applied research
• Strong foundation in BMI

Northeastern University's PhD in Personal Health Informatics stands out for its unique blend of human-computer interaction and health sciences, tailored for aspiring researchers. This program delves into behavioral change and health technology, equipping students with cutting-edge skills in software engineering and rapid prototyping. A hallmark of the curriculum is its emphasis on interdisciplinary research, fostering collaboration between tech experts and healthcare professionals. Graduates emerge ready to lead in the health tech arena, backed by a robust foundation in experimental design and real-world application. Notably, the program does not require an entrance exam, making it accessible to a broader range of applicants.

• Focus on human-computer interface technology.
• Strong foundation in health sciences.
• Interdisciplinary research projects.
• Skills in software engineering.
• Rapid prototyping and implementation.
• Experimental design with human subjects.
• Real-world applications emphasized.
• Prepares for impactful careers.
• Effective communication across disciplines.
• Collaboration with medical personnel.

The University of Texas Health Science Center at Houston offers a Doctorate in Health Informatics (DHI) designed for healthcare professionals aiming to leverage data for healthcare improvement. This hybrid program merges online coursework with practical applications, catering to working professionals over a flexible four-year period. Unique to this program is its emphasis on a translational project over a traditional dissertation, enabling students to apply evidence-based solutions to real-world healthcare challenges. Admission prerequisites include at least three years of management experience in informatics or healthcare IT. The program stands out for its competitive scholarships, in-state tuition rates for non-residents, and extensive networking opportunities with industry leaders, all within an accredited institution framework.

• Hybrid program format
• Focus on data-driven improvement
• Flexible, four-year structure
• Online, executive-style courses
• Cohort-based learning
• 63 credit hours required
• Translational project replaces dissertation
• Industry networking opportunities
• Peer engagement with professionals
• In-state tuition for non-residents
• Competitive scholarships available
• Accredited institution
• Large-scale translational project
• Designed for working professionals
• 3+ years management experience required