The bachelor's and master's degree programs at The College of St. Scholastica are accredited by the Commission on Accreditation for Health Informatics and Information Management Education (CAHIIM).
92 percent of B.S. in HIM graduates responding to the College graduate survey are employed or in graduate school within one year of graduation
100 percent of those who apply to graduate school are accepted
85 percent retention rate overall for B.S. in HIM students
The B.S. in Health Information Management program curriculum emphasizes the application of technology to the practice of HIM. It also focuses on building lifelong problem-solving and critical-thinking skills as well as written and verbal communication skills.
The focus of the curriculum is to produce leaders in the field of health information management. Students are given opportunities throughout the curriculum to develp the leadership skills that will help them uphold the leadership tradition of the program.
As part of the educational requirements for a Bachelor of Science degree in HIM, students are required to complete courses with a grade of C or better.
To earn a Health Information Management bachelor's degree from The College of St. Scholastica you will need:
Included in the total credits are:
A semester course that combines essential topics of anatomy & physiology for Health Informatics & Information Management students. Topics include: Chemistry/Cell Biology Basics and the anatomy & physiology of the Integumentary, Circulatory, Nervous, Musculo-Skeletal, Urinary, Respiratory, Digestive, Endocrine and Reproductive Systems.
A semester course on pathophysiology that is necessary background for students in the Health Information Management undergraduate program. Topics include: Chemistry/Cell Biology Basics, Neoplasia, Pathophysiology of the Circulatory, Nervous, Musculo-Skeletal, Urinary, Respiratory, Digestive, Endocrine and Reproductive Systems.
Focuses on engaging students in activities that show how computing changes the world. By learning the central ideas of computer science and computational thinking, students will learn to be creative, collaborative, and innovative in developing technical solutions to problems. The course includes learning to create mobile apps to solve those problems, examining how computing has impacted society, and analyzing large data sets.
Provides an understanding of fundamental concepts in the management of data, hands-on experience with a small-scale database management system, and an awareness of the application of business data base management systems. Lab exercises involve use of a relational DBMS to load, update and retrieve information from a database.
Focuses on the five phases of the systems development life cycle. Topics include: preliminary investigation, physical and logical documentation, detailed investigation of requirements and alternative specifications, analysis and design techniques, implementation considerations, development of logical and physical data flow diagrams, data modeling, prototyping, CASE tools and the use of Gantt and PERT charts. A sample project is introduced and is integrated using the SDLC methodology.
Explores the ways computer-based information technologies and systems are used to address specific organizational needs. Students will become familiar with the terms, concepts, and issues in information technology management; become involved in the process of developing and modifying information systems which support crucial problem solving and decision-making in organizations; and conduct data analysis using common techniques.
An introduction to project management and the supporting techniques and tools. The course exposes students the project management process, the deliverables produced while managing a project, and the collaborative nature of the project environment.
Studies terminology common to medicine; utilizing word elements as a basis for building medical terms and analyzing meanings; defining, pronouncing, and spelling commonly used medical terms; conversion of layman’s terms to appropriate medical terminology. In addition, terminology of specific medical allied health specialties (surgery, dentistry, radiology, etc.) and abbreviations are reviewed.
Introduces the variety of drugs used for disease treatment for each body system. A general understanding of how drugs work, their potential and limitations, as well as their diversity and number will be explored.
Introduces the field of health information management. Content areas include an overview of the electronic patient record, professional roles within the field, professional organizations and the professional Code of Ethics; the content and structure of manual, computerized and hybrid health record and the standards that govern the development of the record within a health care facility; viewing medical documents and e-forms. Hands-on lab experience will be used by students to develop their confidence and competence with employing this type of clinical information technology in the practice of their profession.
Applies technology to HIM practice including electronic health records, clinical information systems, and management information systems in HIM. Hands on experience with electronic systems and technology applications for creating, managing, and storing and retrieving electronic health data will be used by students to develop their confidence and competence with employing this type of clinical information technology in the practice of their profession.
Study of the U.S. judicial system; hospital, medical staff and other professional liability; health information as evidence; consent for treatment; retention and release of medical information; the health record as a legal document; risk management, prevention and potential; confidentiality of health information; and a patient's right to know.
Focuses on the roles of classification systems, vocabularies, terminologies, and clinical and administrative data standards in the healthcare setting. Topics include the utilization, collection, maintenance, and retrieval of specified health vocabularies and data in healthcare facilities. The course will also focus on the relationship between the systems and processes for standardization in health information exchange. Prerequisite: HIM 2101 and BIO 3020.
Managing coded data in healthcare organizations; uniform data sets and healthcare informatics standards for health data collection; evaluation of data quality; DRGs, MS-DRGs and other case mix systems; revenue cycle management; data collection for enterprise; reportable and specialized databases; data mining of healthcare data. Prerequisite: HIM 3211.
Calculates meaningful clinical, administrative, vital, and public health statistics; addresses medical staff organization and function; evaluation of patient care; clinical information analysis; integrated quality improvement activities; patient safety; case management; utilization management; risk management; and performance improvement processes.
Focuses on the concepts, principles, tools, and strategies utilized in managing operations within a performance improvement model. It includes problem solving and decision making models as well as tools and techniques for planning, organizing, directing, and controlling the available resources which comprise a Health Information Service.
Provides a foundation for designing databases and analyzing healthcare data to enhance clinical and administrative decision-making. Topics include database management, data analysis, data reporting, SQL, statistics, data mining, and data visualization. Students will have practical experience with software applications used in the healthcare industry.
Analyzes health record content and format; regulatory and accreditation requirements; privacy & security requirements, data standards and classification systems; computerized information systems; reimbursement and compliance issues; quality measures and reporting, and current trends and issues in a variety of types of primary healthcare settings.
This course focuses on the role of applied research in health care services, health informatics, and health information management. Topics include research design, research methods, evaluation and outcomes research, research process, data analysis, the data-to-information-to-knowledge continuum, and ethical issues in research. Students will analyze published research projects, develop a research proposal and data collection tool(s), prepare an IRB submission, conduct and present the results of an applied research study.
Directed Practice is a component of the professional practice experience for distance/online program with no or minimal current work experience in health information services. The focus is on the common functions, procedures and staffing requirements in hospital-based health information services. Prerequisite: HIM 2110 and HSC 2203.
This is a supervised professional practice experience (internship) that includes managerial or other related professional practice roles and experience in health information management departments and other health information related areas. Hospitals, medical centers, clinics and alternative healthcare facilities across the United States are used. An administrative project, visits with users of health information (finance, decision support, registries, etc.) or unique healthcare facilities or agencies are an integral component of the clinical internship.
Seminar is a student-centered experience revolving around internship experiences. Students discuss and present professional practice experiences; share learning experiences, and present project work. In addition, employment preparation and career opportunities are a focus. HIM professionals in unique career settings are invited to interact with the students. Preparation for the credentialing examination is explored to help the student transition successfully into the professional world. Prerequisite: HIM 4555 or HIM 4530, 4540, 4550.
Covers the history and development of the healthcare system in the United States; health in society today; types of healthcare institutions and services, organizational structure, roles of healthcare professionals and functions of hospitals and other health facilities; accountability in healthcare and the role of government in healthcare, introduction to current models of health financing.
Covers basic statistical concepts and methods useful in conducting research and evaluating results of studies done by others. Topics include frequency distributions and graphs, measures of central tendency and variability, transformed scores, correlations, multiple regression, hypothesis testing (t test, analysis of variance, and chi square), selection of appropriate statistics, calculation with MS Excel spreadsheets and SPSS, interpretation of the "results" sections of journal articles, and numeracy (understanding and using numbers in decision-making). Prerequisite: competence in arithmetic.
The College of St. Scholastica will accept credits in transfer from any post-secondary accredited college or university. Grades earned must be a C or better for transfer. To transfer credits an official transcript must be sent directly to St. Scholastica. An unofficial Transcript Review will be provided.