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What is a Master of Science in Health Informatics and Analytics?
Rapid advances in technology have revolutionized many aspects of the health care industry, including the way health data is recorded, secured, and shared. The industry-wide implementation of electronic health records has increased access to information which is improving the quality, safety, and efficiency of healthcare. With your Master of Science in Health Informatics and Analytics degree from the University of Arizona Global Campus, you will gain the knowledge to help health professionals provide optimal care.
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Degree Completion Journey
Coursework for the master’s in health informatics online explores topics such as the foundations of health informatics, program management, systems analysis, technology management, health data governance, biostatistics, epidemiology, clinical research, and grant writing.
This foundation course addresses essential elements of health informatics. Students will study facets of this evolving field and their relationship with all aspects of health care. As a foundational course, students will explore the relationship of data and information; informatics skills; the current state of health care information systems; and specialized applications of health informatics.
This course applies health care data in real-world contexts. Factors such as service line identification, program planning, implementation models and outcome monitoring are covered.
This course defines the role of leadership in effectively managing multiple projects to achieve the organization’s goals. Students will learn the key elements of planning, execution, monitoring, and controlling the variables of a project as well as multiple projects simultaneously. The course includes project management theory, processes, quality control, and communication with stakeholders. There is emphasis on practical application of project management theories and management of resources and priorities.
This course examines technical aspects of health informatics such as the development of functional and technical requirements as well as the design of data structures and business logic. Technology topics such as networking, systems virtualization, security and web- based application development are addressed. Students explore best practices in cost- effective technology design. Prerequisite: HIA 601.
Students are introduced to the technology tools and methods associated with data governance, metadata design, data warehousing and business intelligence. Data transformation technologies used to turn transactional data into business intelligence models are explored. The course also addresses the technical aspects of how to secure technology platforms.Prerequisite: HIA 601.
Principles of health data governance are addressed from a management perspective. There is a focus on how stakeholders can use big data models to make better financial and clinical decisions. The course also explores the legal and regulatory aspects of health data governance and information exchange including issues at the consumer, organizational, local, state, national and global level. Prerequisites: HIA 601 and HIA 612.
This course explores data analytics: tools, techniques, data and data visualization. The course content includes the principles of the data analytics process; open source and free software; and the differences between a database and a database management system. The course includes different modalities of data visualization and decision support. Prerequisite: HIA 601.
This course explores the application of fundamental statistical methods to the health care environment. Course content includes both descriptive and inferential methods including data analysis, statistical estimation, regression analysis, analysis of variance, hypothesis testing and analysis of longitudinal data. Students will analyze quantitative and qualitative data using biostatistics informatics, computer-based programming, and software.
This course provides an introduction to epidemiology for students majoring in any aspect of public health. The focus will be on the principles and methods of epidemiologic investigation, including describing the patterns of illness in populations and research designs for investigating the etiology of disease. Students will examine quantitative measures to determine risk, association, and procedures for standardization of rates. Prerequisite: HIA 625 and Faculty Advisor Approved..
This course examines the essential elements of writing grant proposals and research papers. Students will learn how to develop a hypothesis, conduct a literature search, guidance in completing key components of a research study and strategies and tips for conveying information in an oral presentation. Throughout the course, students will learn tips on how to write for a scientific audience. Prerequisites: HIA 601 and HIA 620.
This course explores the roles of clinical providers in the adoption of transformative information technology. There is a focus on the interdisciplinary use of advanced informatics solutions to improve health outcomes. Students examine ways in which providers contribute to the development of knowledge systems and clinical content in informatics applications. Prerequisites: HIA 601, HIA 610, HIA 612, and HIA 615.
This course examines progressive topics in biomedical informatics. Emphasis is on the use of these technologies in addressing issues related to clinical care improvement and population health. This advanced course also addresses progressive informatics topics such as biobank data and integration of phenotypes into models of care. Prerequisites: HIA 601, HIA 610, HIA 612, HIA 615, and HIA 640.
This capstone course will highlight topics, issues, and skills learned during the completion of the health informatics coursework. The course will address cutting edge components related to data analytics and data visualization in all aspects of the healthcare industry. The final project will showcase the student’s application of the skills and knowledge developed throughout the program. Prerequisite: Successful completion of MSHIA program core courses.
To be awarded the Master of Science in Health Informatics and Analytics degree, all students must complete 39 credit hours with a 3.0 minimum grade point average in all coursework attempted at the University.
Successful completion of this program by itself does not lead to licensure or certification in any state. Further, the University of Arizona Global Campus does not guarantee that any professional organization will accept a graduate’s application to sit for any exam for the purpose of professional certification. Students seeking licensure or certification in a particular profession are strongly encouraged to carefully research the requirements prior to enrollment. Requirements may vary by state. Further, a student’s criminal history may prevent an applicant from obtaining licensure, certification, or employment in this field of study. Certain degree programs may not be available in all states.
The Online Teaching Support Certification recognizes programs that require all online faculty to undergo training in best practices for online course delivery, provide faculty with ongoing pedagogical support, encourage faculty professional development to increase their knowledge and skill in online teaching, emphasize instructor availability and feedback to learners, and collect and use feedback from learners to improve online teaching. Learn More
Careers in Health Informatics and Analytics
The Master of Science in Health Informatics and Analytics degree program prepares you to handle the technology used to record, secure, and share health data. If you successfully complete the program, you may choose to pursue career opportunities that include:
- Clinical Informatics Manager
- Data Architect
- Health Informatics Analyst
- Health Informatics Director
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*Residents of California are only eligible to receive up to six (6) credits due to state regulations.