HIM 500 Healthcare Informatics sample papers, module by module

Reviewed by Delia Ravenscroft, MSN, RN

HIM 500 asks graduate health information students to judge technology the way an informatics leader must: by its history, its standards, the laws around it and the evidence that it helps patients. The samples below follow one composite health information and informatics manager at a 380-bed teaching hospital in coastal Georgia deciding which technologies to recommend next, with published research and federal rules behind every judgment.

HIM 500 is SNHU’s Healthcare Informatics course. It centers on healthcare informatics for health information leaders: the history of clinical systems from early decision support to national adoption, federal incentives and certification, terminology and messaging standards, FHIR application programming interfaces, privacy, security and information blocking rules, clinical decision support and alert fatigue, usability and safety, artificial intelligence and ambient documentation and a structured process for evaluating and recommending health IT. Every module below opens a full sample paper or takes a free request for one; searches like "him 500 module 3", "HIM500 sample paper" and "HIM 500 milestone example" land on this page.

What HIM 500 is really about

HIM 500 is the informatics foundation of SNHU's MS Health Information Management, and its rubrics reward technology judgments made with evidence and regulation in view. Graders expect accurate history, correct use of standards vocabulary, laws applied to specific systems, attention to safety and usability and recommendations that weigh benefits, risks and costs rather than enthusiasm for new tools.

The voice in every sample here is a composite health information and informatics manager at Bramble Bay Medical Center, a 380-bed teaching hospital in coastal Georgia. The hospital adopted its current record system in 2012 under federal incentives, overrides 91% of its medication alerts, exchanges records with only two of the region's six hospitals and is being offered an ambient documentation tool by its record vendor. Across the term, the manager studies the field, the rules and the evidence and recommends what to adopt. The manager and hospital are illustrative.

What HIM 500’s modules ask for

Across ten modules, HIM 500 typically asks for discussions of informatics and of the informatics leader's role, short papers on the history of clinical systems, interoperability standards, decision support and artificial intelligence, and a final project built in milestones: history, standards and an evaluation process, the laws and regulations that shape records, technology recommendations and the complete recommendations report.

Where students lose points in HIM 500

The most common HIM 500 deduction is recommending a technology because it is new rather than because evidence shows it solves a defined problem. The second is naming standards and laws without applying them, such as listing HIPAA without saying what it requires of the system under review. Graders also mark down histories that are a list of dates, decision support papers that ignore alert fatigue and recommendation reports without costs, risks or measures. Strong work starts from a defined need, cites real evidence and applies each rule to the system at hand.

The HIM 500 drawers

Module 1

HIM 500 Module 1 Discussion example

The graduate course opens with a composite health information and informatics manager arguing that adoption was only the first chapter: a teaching hospital that installed its record under federal incentives now overrides 91% of medication alerts and exchanges records with two of six neighbors, which makes informatics, the study of how information is used, a core skill for HIM leaders, with Adler-Milstein and Jha on adoption, Ancker and colleagues on alert fatigue and Holmgren and Adler-Milstein on exchange. Full sample paper, read it free.

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Module 2

HIM 500 Module 2 History Short Paper example

A graduate history of clinical information systems told through turning points: the HELP system's built-in decision support, the Veterans Affairs record built by clinicians, evidence that order entry prevents medication errors, the low adoption found in 2008, federal incentives and meaningful use, a debate over how low adoption really was and the shift from adoption to exchange, with lessons for a teaching hospital today, drawing on Pryor, Brown, Bates, Kuperman, Jha, Blumenthal, Adler-Milstein and Everson and colleagues. Full sample paper, read it free.

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Module 3

HIM 500 Module 3 Final Project Milestone One example

The first final project milestone condenses informatics history into three lessons, lays out the standards and certification a new system must meet, from terminologies and messaging to FHIR interfaces, and builds a seven-step process for evaluating health IT: define the need, write requirements, check standards and certification, review legal duties, weigh the evidence, test usability and cost it over five years, with Kawamoto, Mandel, Ratwani, Sittig and Singh and Cresswell and colleagues. Full sample paper, read it free.

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Module 4

HIM 500 Module 4 Standards Short Paper example

A graduate standards paper built on one question: why transfer patients reach a teaching hospital with records that cannot be used. It separates getting data there from making them understood, audits local laboratory codes against LOINC, compares HL7 version 2, C-CDA documents and FHIR interfaces, explains the US Core Data for Interoperability and national trusted exchange and recommends a standards roadmap, with McDonald, Bodenreider, Mandel, Ayaz and Holmgren and colleagues. Full sample paper, read it free.

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Module 5

HIM 500 Module 5 Final Project Milestone Two example

The second final project milestone maps the rules that apply to three pending technologies: HIPAA privacy, security and breach duties, information blocking, substance use disorder confidentiality, federal oversight of decision support software and transparency for predictive tools, rules for consumer health apps, retention and legal holds, then applies them to ambient documentation, expanded decision support and national exchange, drawing on Cohen and Mello, Price and Cohen, Adler-Milstein and Pfeifer and Neprash and colleagues. Full sample paper, read it free.

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Module 6

HIM 500 Module 6 Decision Support Short Paper example

A graduate paper on decision support at a hospital that overrides 91% of medication alerts: what trials say makes decision support work, why overrides reach such levels, a review of 300 overridden alerts that sorts appropriate from inappropriate overrides, an alert rationalization plan that retires, tiers and redesigns alerts and a caution about adding predictive models before fixing the basics, with Kawamoto, Bright, van der Sijs, Nanji and Ancker and colleagues. Full sample paper, read it free.

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Module 7

HIM 500 Module 7 Final Project Milestone Three example

The third final project milestone runs three proposals through the full evaluation process and scores them on weighted criteria: join national exchange once substance use records are segmented, defer the predictive decision support package until alerts are rationalized and pilot ambient documentation with 20 clinicians under contract conditions on recordings, with measures, costs and conditions for each, drawing on Sinsky, Arndt, Tierney, Duggan and Holmgren and colleagues. Full sample paper, read it free.

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Module 8

HIM 500 Module 8 Emerging Technology Short Paper example

A graduate paper on artificial intelligence from the record's point of view: the kinds of AI now touching documentation, coding, patient messages and prediction, what the evidence shows, the risks of fabricated text, bias and automation bias, and the questions AI raises for the legal health record, from authorship and authentication to amendment and retention, ending with an AI governance framework, drawing on Topol, Tierney, Ayers, Obermeyer and Char and colleagues. Full sample paper, read it free.

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Module 9

HIM 500 Module 9 Final Project example

The final report brings the course project together for hospital leadership: an executive summary, the hospital's position after a decade on its record, how options were judged, five recommendations (national exchange, alert rationalization, a conditional ambient pilot, record rules for AI-drafted content and a deferred predictive package), an eighteen-month roadmap, costs, governance, measures and risks, citing Adler-Milstein and Jha, Kawamoto, Sinsky, Holmgren, Tierney and Cresswell and colleagues. Full sample paper, read it free.

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Module 10

HIM 500 Module 10 Reflection example

The closing reflection considers what the course taught about leading informatics from a health information seat: that the hardest recommendation was to defer, that the job is translating among clinicians, technologists, lawyers and finance, that record integrity is the HIM leader's distinct contribution and what the writer still needs to learn, with Sittig and Singh on the sociotechnical view, Ratwani and colleagues on usability and Char and colleagues on the values built into tools. Full sample paper, read it free.

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Southern New Hampshire University revises courses; module counts and deliverables shift between terms. Send what your classroom shows and the desk matches it exactly.

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Using a HIM 500 sample the right way

Read an HIM 500 sample by checking whether each technology is tied to a defined need, whether standards and laws are applied to the system at hand and whether recommendations carry evidence, costs, risks and measures. For HIM 500, send the assignment wording, the case organization you were given and the rubric; a first custom sample is returned free in 24-48h.

HIM 500 questions, answered

What does HIM 500 cover?

The history of health informatics, standards and interoperability, privacy and security law, decision support, emerging technology and evaluating and recommending health IT.

Is HIM 500 technical?

It expects accurate use of informatics vocabulary and standards, but always applied to decisions a health information leader must make.

What makes a strong HIM 500 paper?

Technology judged against a defined need, with evidence, correctly applied standards and laws and recommendations that include costs, risks and measures.