Introduction to Medical Informatics, ONLINE!

COURSE SYLLABUS



WELCOME MESSAGE

Please read the Welcome message under the course Content before or during the first week of class.

COURSE NUMBER

HSA4192/5197

COURSE TITLE

Introduction to Medical Informatics

COURSE OVERVIEW

Online course that serves as an introduction to the field of Medical Informatics. The course covers the background, history, issues and barriers to medical informatics and health information technology. This course is a technical elective in the Master of Science in Computer Science-Software Engineering program and the Master of Public Health program and is one of four courses that count towards a Certificate in Medical Informatics.

COURSE COORDINATOR and FACILITATORS

Robert Hoyt MD

CONTACT INFORMATION

rhoyt@uwf.edu

School of Allied Health and Life Sciences, University of West Florida

PREREQUISITES OR COREQUISITES

Please see the official UWF Catalog.

Computer phobic? Think again...No prior knowledge of medical informatics is required as a prerequisite. Students will be taught basics in the course and will also have the opportunity to utilize online resources for additional skill development in order to complete assignments for this course. You must be willing to review (and re-review, when necessary!) these resources if you want to be successful.

COURSE DESCRIPTION

Please see the official UWF Catalog.

COURSE OBJECTIVES AND STUDENT LEARNING OUTCOMES

This course meets the following programmatic goals for the School of Allied Health and Life Sciences. Upon completion of this course, students will be able to:

  1. Describe how the United States healthcare system could benefit from digitized health information
  2. Enumerate the multiple civilian and federal stakeholders who would benefit from a modern healthcare infrastructure
  3. Discuss the benefits and obstacles associated with electronic health records
  4. Apply knowledge of health information exchange to discuss the need for information sharing
  5. List the multiple new online medical resources and search engines that benefit physicians and patients
  6. Demonstrate knowledge about data standards, privacy and security
  7. Describe how mobile technology is being applied in the field of medicine
  8. Compare and contrast various network architectures
  9. Discuss how evidence based medicine can positively influence practice guidelines and disease management
  10. Demonstrate knowledge of how health information technology, to include electronic health records, can influence patient safety
  11. Use concepts of telemedicine to improve healthcare quality and deliver
  12. Understand the role of digital imaging and PACS systems
  13. Describe how bioinformatics and public health informatics impacts general medical informatics
  14. Understand how research can now be "paperless"
  15. Understand newer emerging technologies and their impact on the field of medicine

Fulfillment of these goals will be assessed through examinations, a set of assignments (with associated online discussion, quizzes, or other assessment requirements), and completion of one or more writing assignments. For the purposes of programmatic assessment, the following mastery levels will be used:

Characteristics of Submitted Student Work and Assignments

SKILL MASTERY LEVEL INTEGRITY/VALUES PROJECT MANAGEMENT
Exceeds Expectations (Very Good to Excellent) Student has a clearly defined sense of the value of medical informatics research and related ethical issues. Student can articulate and defend arguments with specificity. Student consistently demonstrates clarity of thought process, ability to communicate well with team members, and consistently demonstrates abilities and understanding that surpass expected average.
Meets Expectations (Satisfactory) Student demonstrates adequate awareness of the value of medical informatics research and related ethical issues. Student can articulate and defend arguments, but lacks some specificity. Student has adequate communication skills and demonstrates basic level of understanding of project management, however, these abilities rarely surpass expectations.
Below Expectations (Unsatisfactory) Student does not demonstrate adequate awareness of the value of medical informatics research and related ethical issues, or student is unable to articulate and defend arguments with any specificity. Student demonstrates poor communication skills with class members or demonstrates a critical inability to grasp central concepts, execute technologies, or think logically to synthesize appropriate conclusions.

TOPICS COVERED

Total instructional hours: 48 hoursonline

REQUIRED TEXTS/MATERIALS

Chapters from the textbook for the course, Medical Informatics: Practical Guide for the Healthcare Professional, Fourth Edition will be posted free of charge in each relevant module of the course. This eBook/textbook is available in paperback and as an e-book from the UWF bookstore or from www.lulu.com 

SPECIAL TECHNOLOGY UTILIZED BY STUDENTS

REFERENCES/BIBLIOGRAPHY

GRADING/EVALUATION

Fulfillment of the programmatic goals described above will be assessed as follows:

Calculation of Final Grade: Due to the distance learning nature of this course, all requirements must be completed within the time scheduled, unless prior arrangements are made with the instructor. Your final grade will be weighted based upon the percentages indicated above. On-line facilities will be provided so students can monitor their own progress. The final grade will be on a 10-point scale, roughly: A range = 90-100, B range = 80-89, etc., with plus/minus grades as appropriate.

Compliance with UWF Policies on Satisfactory Progress: If you have a question regarding the UWF policies for assignment of grades of 'W' or 'I', please visit the UWF Withdrawal Policy or the UWF Incomplete Grade Policy.

CLASS MEETINGS

CLASS COMMUNICATION

EXPECTATIONS FOR ACADEMIC CONDUCT/PLAGIARISM POLICY

QUALITY ASSURANCE

ONLINE TEST TAKING GUIDELINES

ASSISTANCE