This is the culminating activity of the course, requiring the student to demonstrate mastery of the course’s objectives.
Create a PowerPoint presentation (20–30 slides); include accompanying notes.
Present the life cycle of an electronic health record (EHR).
The life cycle model should include:
- Need
- Solution (used in Hardware Solution: RFP in Module 2)
- Implementation
- Measurement
Integrate and apply course content by identifying an authentic problem that can be solved with an EHR.
Include content and concepts from other assignments within the course.
View “Health Information Exchange.” Use the content and concepts contained therein to assist in organizing your presentation.
Consider the following:
- Interoperability
- Stakeholders
- Hardware and software requirements
- Planning
- Execution
- Management
- Measuring effectiveness
- Quality assurance
The deliverable is a PowerPoint presentation that you will be able to present in a professional job interview to demonstrate your proficiency in utilizing computer technologies, configurations, and applications in a health care environment.
The presentation can be of an actual EHR or of a hypothetical situation. In either case, scholarly research is required.
Search the GCU Library and the websites of professional health care informatics organizations, such as the American Health Information Management Association (AHIMA), American Medical Informatics Association (AMIA), and the Healthcare Information and Management Systems Society (HIMSS). Useful periodicals include:
- Health Data Management
- Health Management Technology
- Healthcare Informatics
- Healthcare IT News
Include graphics and relevant URL links.
Expert Solution Preview
The life cycle of an electronic health record (EHR) encompasses several key stages that are essential in its successful implementation and utilization. These stages include the need for an EHR, finding a suitable solution, implementing the EHR, and measuring its effectiveness. In this presentation, we will explore these stages in detail, along with the key concepts of interoperability, stakeholders, hardware and software requirements, planning, execution, management, measuring effectiveness, and quality assurance.
Firstly, the need for an EHR arises from the growing demand for efficient and accurate health information management. With the increasing complexity of healthcare systems and the need for seamless data exchange, EHRs play a vital role in improving patient care and outcomes.
Next, finding a suitable solution involves identifying the hardware and software requirements necessary to support the EHR implementation. This includes evaluating the interoperability capabilities of different systems and ensuring compatibility with existing healthcare technologies.
The implementation stage is a crucial step in the EHR life cycle, as it involves the actual deployment of the chosen solution. This requires careful planning, including data migration, training, and workflow adjustments, to ensure a smooth transition from paper-based records to an electronic system.
Once the EHR is implemented, measuring its effectiveness becomes paramount. This stage involves evaluating the EHR’s impact on various key performance indicators, such as patient outcomes, efficiency of healthcare delivery, and data security. Continuous improvement and quality assurance efforts are also necessary to address any shortcomings or areas for enhancement.
To integrate and apply course content, we will identify an authentic problem that can be solved using an EHR. This problem will be analyzed using the concepts and principles discussed in previous assignments, demonstrating the practical application of EHR technology in a healthcare setting.
Throughout the presentation, we will incorporate graphics and relevant URL links to support our discussion and provide additional resources for further exploration. By the end of this presentation, you will have a comprehensive understanding of the life cycle of an EHR and its potential to revolutionize healthcare information management.
Please note that this presentation can be based on either an actual EHR implementation or a hypothetical scenario. In either case, scholarly research is required to ensure the accuracy and validity of the information presented. Resources such as the GCU Library and professional healthcare informatics organizations’ websites, including AHIMA, AMIA, and HIMSS, are valuable sources of information. Periodicals like Health Data Management, Health Management Technology, Healthcare Informatics, and Healthcare IT News can also provide valuable insights into current trends and developments in the field.
Thank you for your attention, and let us now delve into the fascinating world of electronic health record life cycles.
