HCS 487 Week 4 Technology Integration Process Presentation Example

Reviewed by Lenora Whitcombe, MSN, RN · University of Phoenix · Updated

This HCS 487 Week 4 example is a presentation on the technology integration process, twelve slides with speaker notes explaining how a composite network of community health centers connected a new electronic consultation platform to its electronic health record and daily work. University of Phoenix HCS 487 gives week four to integration because a system that stands apart from existing records and workflow is a system clinicians avoid, and HCS/487 health administration students usually present the steps, standards, testing and safeguards involved. The full deck with notes follows the facts table. It defines integration at three levels, data, workflow and people; explains the interface standards used for orders, results and single sign-on, including an open standard for apps that run inside health records; walks through testing, security and monitoring; and ends with what integration changed for clinicians, coordinators and specialists after go-live, measured against targets from a published trial.

CourseHCS 487 Technology and Systems Approach for Health Care Managers (HCS/487)
Week4
Paper typeTechnology integration presentation
Lengthabout 775 words, 3 double-spaced pages plus title page and references
FormatAPA 7 student paper
SchoolUniversity of Phoenix
ProgramBS in Health Administration
UpdatedSeptember 2026

Free sample paper for HCS 487 Week 4

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One Login, No Retyping, Every Answer in the Chart: A Twelve-Slide Presentation on Integrating an E-Consult Platform With a Health Center Network's Electronic Record

[Student Name]

University of Phoenix

HCS/487: Technology and Systems Approach for Health Care Managers

Week 4 Assignment

[Instructor Name]

[Date]

The health center network and its systems are composites written for a model paper; standards and research come from the sources listed.

What this part is doingThe title repeats the clinicians' own three goals, which the presentation uses as its measure of successful integration.
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Slide 1: The Goal Clinicians Set

One login.

No retyping.

Every specialist answer in the patient's chart.

Speaker notes

When our clinicians helped select the e-consult platform, they set three conditions for using it: they would not log in to a second system, they would not retype information already in the record and every specialist's answer had to appear in the patient's chart where anyone caring for the patient could find it. This presentation explains how we integrated the platform to meet those conditions.

Slide 2: Three Levels of Integration

Data: information flows between systems.

Workflow: steps fit how people work.

People: roles, training and support.

Speaker notes

Integration is often described as a technical connection, but data integration alone does not make a tool usable. If the steps add work or no one knows who acts on a delayed answer, clinicians will work around the system.

Slide 3: Launching Inside the Record

The platform opens as an app inside the record.

Single sign-on uses the clinician's existing login.

Patient context passes automatically.

Speaker notes

Mandel et al. (2016) described SMART on FHIR, an open, standards-based approach that lets applications run inside different electronic health records and access data through standard interfaces with secure authorization. Our platform launches this way: a clinician clicks the e-consult order, the app opens already knowing the patient and no second login is needed.

What this part is doingSingle sign-on is explained through what the clinician sees, a click with no second login, rather than through the technical protocol.
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Slide 4: Data Flowing Out and In

Out: consult order, template answers, results, images.

In: specialist answer as a signed document.

In: status updates to the referral tracking list.

Speaker notes

Templates pull recent results, such as an electrocardiogram or hemoglobin A1c, from the record, so clinicians do not retype them. The specialist's answer returns as a document filed in the chart and a message to the ordering clinician.

Slide 5: The Standards Behind It

Standard order and result messages.

Standard application programming interfaces for data access.

Federal rules now require certified records to support them.

Speaker notes

Federal rules adopted under the 21st Century Cures Act require certified health record systems to support standardized application programming interfaces, which made our integration faster than it would have been a decade ago (Office of the National Coordinator for Health Information Technology, 2020).

Slide 6: Testing

Sixty end-to-end scenarios before the pilot.

Failure tests: missing data, late answers, outages.

Fourteen defects fixed before go-live.

Speaker notes

We tested every consult type from order to answer and deliberately tested failures. One defect would have filed dermatology photographs under the wrong encounter, invisible to the next clinician.

Slide 7: Security and Privacy

Business associate agreement with the vendor.

Role-based access and audit logs.

Encryption in transit and at rest.

Speaker notes

Our security analyst reviewed the vendor's security assessment, and the contract requires breach notification and audit logs we can review. Specialists see only the information attached to the consult.

Slide 8: Workflow Integration

Clinician: select order, complete short template, sign.

Coordinator: check, route, track, schedule if needed.

Specialist: answer within three business days.

Speaker notes

The biggest workflow change moved routing and follow-up from clinicians to referral coordinators, who now watch a single list of open consults and act when answers are late.

Slide 9: People Integration

A champion at each site.

Role-based training.

Morning huddles for two weeks after go-live.

Speaker notes

Champions answered questions in real time and reported problems to the project team. Integration is finished not when the interface works, but when the coordinator knows what to do when it does not.

Slide 10: Monitoring

Dashboard: volume, response time, resolved without visit.

Interface errors reviewed daily for the first month.

Monthly review with specialty partners.

Speaker notes

Interface error queues are checked each morning; a stuck message can mean a patient's answer never arrives.

Slide 11: Results at 90 Days

Median specialist response: 2.4 business days.

Resolved without a visit: 58%.

Eligible referrals sent as e-consults: 83%.

Speaker notes

Our targets came from a randomized trial in a similar network, where 69% of cardiology e-consults were resolved without a specialist visit (Olayiwola et al., 2016). We are close on resolution and ahead on response time and adoption.

What this part is doingResults are compared with a published benchmark, which shows the audience the targets were not invented to be easy.
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Slide 12: Lessons Learned

Fit the workflow before building interfaces.

Test failures, not only success.

Keep monitoring after the celebration.

Speaker notes

Integration succeeded because clinicians defined the goals, standards made the technical work manageable and the network planned for people and workflow as carefully as for data. The next step is adding endocrinology templates and asking our Medicaid plans to pay for e-consults.

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References

Mandel, J. C., Kreda, D. A., Mandl, K. D., Kohane, I. S., & Ramoni, R. B. (2016). SMART on FHIR: A standards-based, interoperable apps platform for electronic health records. Journal of the American Medical Informatics Association, 23(5), 899-908. https://doi.org/10.1093/jamia/ocv189

Office of the National Coordinator for Health Information Technology. (2020). 21st Century Cures Act: Interoperability, information blocking, and the ONC Health IT Certification Program. Federal Register, 85, 25642. https://www.federalregister.gov/d/2020-07419

Olayiwola, J. N., Anderson, D., Jepeal, N., Aseltine, R., Pickett, C., Yan, J., & Zlateva, I. (2016). Electronic consultations to improve the primary care-specialty care interface for cardiology in the medically underserved: A cluster-randomized controlled trial. Annals of Family Medicine, 14(2), 133-140. https://doi.org/10.1370/afm.1869

What the HCS 487 Week 4 instructions ask

HCS 487 Week 4 typically asks for a presentation on the process of integrating a technology into a health care organization's existing systems and workflows. Students may be asked to explain the steps of integration, the technical standards and interfaces involved, data exchange and interoperability, privacy and security requirements, testing, training and monitoring and the role of managers in making integration succeed. Some versions tie the presentation to a technology evaluated in earlier weeks. Around 10 to 12 slides with speaker notes is common. Strong presentations treat integration as more than a technical connection, include workflow and people, name relevant standards accurately and show how success will be monitored.

How this HCS 487 Week 4 example is built

The deck opens with the goal clinicians set: one login, no retyping and every specialist answer in the chart. It defines three levels of integration and then explains each technical piece in plain language: orders flowing out of the record, answers returning as documents, results pulled into consult templates and single sign-on through an app launched inside the record. A slide explains the standards involved. Testing, security and a monitoring dashboard get their own slides. Workflow and people integration follow: who does what, and how champions support colleagues. The deck closes with results at 90 days and the lessons the network learned about integration.

HCS 487 Week 4 grading rubric: where the points go

The integration presentation is generally graded on accuracy, completeness and clarity. Instructors look for the steps of integration, correct description of interfaces and standards at a level suited to managers, attention to data security and privacy and a plan for testing and monitoring. Points go to presentations that address workflow and people alongside technology and that connect integration to outcomes. Speaker notes should explain each slide in depth, and sources should be cited in APA format on a reference slide. Visual clarity and a logical sequence matter, and a simple diagram of data flow is often worth including. Decks that stay at the level of buzzwords, or that describe a technical interface with no attention to who uses it, usually score lower.

HCS 487 Week 4 help: mistakes to avoid

The easiest mistake in HCS 487 Week 4 is presenting integration as purely technical. Include workflow and people: who enters data, who acts on alerts, how staff are supported. Another is using jargon without explanation; define terms such as interface, standard and single sign-on in plain words in the notes. Students also forget testing and monitoring after go-live, which is where many integration problems appear. Name the standards accurately but briefly, since managers need to know what they do more than how they work. Address privacy and security, including agreements with vendors. Keep slides sparse. Finally, show evidence that integration worked, such as adoption, time saved and fewer calls chasing missing results.

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HCS 487 Week 4 questions, answered

What does HCS/487 Week 4 usually ask for?

Many sections ask for a presentation on the process of integrating a technology into a health care organization's existing systems and workflows, including standards, security, testing and monitoring.

Where can I find a free HCS 487 Week 4 sample paper?

The e-consult integration deck is published above with all speaker notes and costs nothing to read; margin comments explain the slide order. Your first integration presentation can be written free.

What is interoperability in health care?

The ability of different information systems and software to exchange data and use the information exchanged, so records can move between organizations and applications.

What is SMART on FHIR?

An open, standards-based approach that lets third-party applications run inside electronic health records and access data through standard interfaces, with secure sign-on.

Why does workflow integration matter for health IT?

Because a system that adds steps, logins or duplicate data entry is often avoided or worked around, even when it is technically connected.

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