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 Course Details

Outline of Program for Health Informatics Online Certificate Course from
PSG Institute of Medical Sciences & Research, Coimbatore 

Index 

Course Coordinator

Dr. Supten Sarbadhikari, MBBS, PhD
Head, Department of Biomedical Informatics
PSG Institute of Medical Sciences and Research
Coimbatore 641 004
Email: supten@gmail.com

Certification

The approval of this course is a requirement for the certification; however, students can attend it regardless of course completion certification.

If students want to receive an Official Course Completion Certificate, they must satisfactorily complete all mandatory assignments in the specified timeframe. PSG Institute of Medical Sciences and Research, Coimbatore, India will issue the Certificate.

This course is estimated to take about 50 hours to complete.

Career gains

Participants successfully completing the course are likely to be involved in the identification, planning, implementation and use of computer-based information systems in all areas of the healthcare industry, including hospitals and health directorates. The ones from a technology background may envision the potential benefits of using computers and work at the interface of technology and society in the area of healthcare delivery. 

Course Fees:

INR 5,000/= (Rupees five thousand only in Indian Currency) or USD 150/=. For Further details please download the Application Form from: Application.pdf 

Course Contents

1. Introduction and overview
2. Computer hardware, software and networks basics
3. Net searching tips
4. Databases and Knowledge management
5. Standards for health informatics
6. Electronic Health Records, HL7 and XML
7. Integrated HIS including Clinical Decision Support Systems
8. Imaging, including PACS and DICOM
9. Requirements management
10. Tele-health principles and practice

Introduction

Health informatics is an inter-disciplinary, multi-dimensional field focusing on the collection, storage, retrieval, management, and optimal use of health related data, information and knowledge. It is a socio-technical field that emphasizes an understanding of both the organizational and cultural environment of health services and computing and information systems tools and processes. 

Basic Concepts

Health information management is becoming increasingly important to effective and efficient health care. The informatics tools, commonly known as Information and Communication Technology (ICT) tools applied to healthcare delivery, used judiciously can help us to deliver more effective, more efficient and more patient-oriented health care. However, improperly used they waste time and money, create inefficiencies, and dehumanize our interactions with each other. Healthcare delivery personnel who understand and are able to utilize health informatics tools and applications will be more empowered to deliver better healthcare.

Health informatics is an emerging discipline and profession in its own right, with emerging career opportunities. For technocrats involved with healthcare delivery, there is a need for interactions with a wide range of people, including consumers, health professionals, administrators and vendors, in many instances playing a pivotal role as information systems are developed, implemented and maintained. The health informatics professional therefore needs broad skills and knowledge which incorporates principles and applications of information management, and an understanding of organizational culture, change management and innovation diffusion. This program intends to offer students the opportunity to develop the necessary skills and knowledge.

Further advanced training will allow students to specialize in a particular area of health informatics, like bioinformatics, public health informatics, and clinical informatics.
This course is designed using flexible delivery mode. This allows self directed learning, with the majority of the course being completed by students working from home, or at their workplaces. All the study materials are accessed through a personal computer. A range of media is used including the Internet and email, to contact with academic staff.

We are for helping you for anything that you would need. You can talk with the others in your mentor group at any time. But remember:

You must never discuss your Tutor-Marked Assignment with anyone else until all of you have submitted it.

Enjoy this course and Good luck to all of you! 

Goal

This course is intended to introduce the basics of healthcare informatics. At the end of completion of this course, the students will be skilled in the learning objectives listed below.

Learning Objectives

  1. Know about basic health informatics including electronic health / medical records (EHR/EMR), telehealth (e-health and telemedicine), medical imaging, evidence- based medicine (EBM), standards, patient privacy and security issues.
  2. Be aware of the role of hardware, software and networks used in healthcare.
  3. Identify the features of a good database management system for handling patient records.
  4. Demonstrate skills in querying medical databases (including literature) relevant to clinical management and medical research and produce reports.
  5. Demonstrate basic skills in database administration activities: namely creating and adding, retrieving, updating, and deleting records (the CRUD stuff).
  6. Understand basic skills required to develop databases relevant to healthcare.
  7. Understand and use a hospital information system (identify the data requirements enough for a requirement analysis).

Structure of the Course

Schedule / Study plan: MODULES and Objectives:

1. Introduction and overview

This unit will address the basic concepts of health informatics. You will learn about various topics and their relevance. The topics presented here form the basis for much of the subsequent course and further detail on some of those will be provided in later modules.

2. Computer hardware and software basics

This unit will cover the basic concepts of computer hardware, software and networks.

3. Net searching tips

This unit will provide some tips for making effective search on the Internet (Google, PubMed).

4. Databases and Knowledge management

This unit will introduce the basic concepts of databases, nomenclature, vocabulary, terminology and evidence-based medicine (EBM).

5. Standards for health informatics

This unit will cover the basic concepts of types and need for standards in healthcare information exchange like LOINC, SNOMED-CT, ICD-9/10.

6. Electronic Health Records, HL7 and XML

This unit will introduce the basic concepts of electronic health records (EHR) and EMR, a standard HL7, issues of concern, and the importance of XML in transmitting and receiving useful medical records.

7. Integrated HIS including Clinical Decision Support Systems

This unit will stress on the necessity of Integration of health information technology with clinical knowledge management and decision support.

8. Imaging and DICOM

This unit will cover the basic concepts of medical imaging, including PACS, and a related standard DICOM.

9. Requirements management

This unit will address the concept of “requirements management” with respect to design, development, implementation; testing and deployment of integrated HIS.

10. Telehealth principles and practice

This unit will introduce the basic concepts of e-health and telemedicine.  

The 10 modules of this course will be conducted over a 13 week (3-months) period. The student should plan for an estimated average of 4-5 hours of course work per week, taking into account the topics of study and background of students. 

Methodology (Study Guide)

                        Hardware and Software requirements

                              To access the course materials students need a personal computer (PC) or Laptop, running MS Windows or Linux, MS Office or Open Office and a web browser. Students also require Internet access via an Internet Service Provider (ISP) of their choice. Minimum hardware requirements are: 133 megahertz or higher Pentium or equivalent, 20 gigabytes or higher hard disk, minimum 32 megabytes of RAM, monitor – 800 ´ 600 at 65,000 or more colors, 28.8k modem or better, sound card and CD / DVD read/write facility.

                        Eligibility

The Course is directed at anyone (either from healthcare or technology background) associated with and/or interested in healthcare delivery. As this is a virtual course students need to know how to navigate through a web site in order to access and download the course resources and upload the assignments and participate in the discussion forums.

This course also requires fluency in reading/writing in English language.

                        Resources

The resources include:

• Study guides facilitating the student learning process
• Reading materials developed by faculty
• Application Activities using course acquired knowledge
• Links to other interesting sites or reading material
          The activities will promote the exchange and use of knowledge and experiences of students as well as facilitate the implementation of new apprenticeships to professional practice. The activities will include:
• Mandatory weekly assignments: activity required for approval of course completion. Assignments specified as mandatory will have to be complete and uploaded to the online site before the deadline specified by the tutor

                        Communications

Two-way communication between those taking the course and the faculty will be through emails only.

Assessment

Assessment consists of weekly assignments. Students are required to email and discuss their assessment items with the subject tutor.  There is no on-campus requirement. 

References:

  1. Sarbadhikari SN, A Step-by-step Primer for using the Internet for Medical Education, South East Asian Journal of Medical Education, 2007, 1: 49 – 51.
  2. Sarbadhikari SN, The State of Medical Informatics in India: A Roadmap for optimal organization, J. Medical Systems, 2005, 29: 125-141.
  3. Sarbadhikari SN, Basic Medical Education must include Medical Informatics, Indian J Physiol. Pharamcol., 2004, 48(4): 395-408.
  4. Sarbadhikari SN, Guest Editorial on “Health Care Delivery — The Roads Not Taken!”, J .Indian Med. Assoc. , 1995, 93: 329 – 330 .
  5. Sarbadhikari SN, Guest Editorial on “Medical Informatics — Are the Doctors Ready?”,   J.Indian Med. Assoc. , 1995, 93: 165 ­– 166.

Recommended Books:

  1. Sarbadhikari SN, A Short Introduction to Biomedical Engineering, Universities Press India Ltd., Hyderabad, 2006.
  2. Babu AN, Ed, Clinical Research Methodology and Evidence-based Medicine: The Basics, BI Publishers, New Delhi, 2008
  3. Shortliffe EH, et al., Biomedical Informatics: Computer Applications in Health Care and Biomedicine, Springer Verlag; 3rd ed, 2006
  4. Lele RD, Computers in Medicine: Progress in Medical Informatics, Tata McGraw Hill, 2005
  5. Blobel B, Pharow P, Eds, Advanced Health Telematics and Telemedicine: The Magdeburg Expert Summit Textbook, IOS Press, 2003

Supplementary Online Resources: 

     ##  http://www.mieur.nl/mihandbook/r_3_3/handbook/home.htm 
##  http://www.dbmi.columbia.edu/~hripcsa/textbook/  
##  http://john-norris.net/2008/07/25/what-is-a-medical-informaticist/
##  http://www.ohsu.edu/ohsuedu/academic/som/dmice/about/whatis.cfm
##  http://ocw.mit.edu/OcwWeb/Health-Sciences-and-Technology/HST-950JMedical-ComputingSpring2003/CourseHome/index.htm
##  http://en.wikipedia.org/wiki/Computer_terms

 

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